Physics Instructional Resources Lab
@ MIT Physics

Old MIT Physics Demo Lists

8.01 Fall 2008 - various 8.01 Fall 2007 - various 8.012 Fall 2022 - Necib 8.012 Fall 2021 - Harris 8.012 Fall 2018 - Soljacic
8.012 Fall 2009 - Zwierlein 8.012 Fall 2008 - Burgasser 8.012 Fall 2007 - Burgasser 8.012 Fall 2003 - ? 8.012 Fall 1999 - Imai
8.012 Fall 1997 - Kleppner 8.012 Fall 1996 - Ketterlie 8.012 Fall 1995 - Ketterlie 8.012 Fall 1994 - Mochrie 8.012 Fall 1993 - Mochrie
8.012 Fall 1992 - Mochrie 8.012 Fall 1991 - Aggarwal 8.012 Fall 1990 - Stahler 8.012 Fall 1989 - Stahler 8.012 Fall 1988 - Stahler
8.012 Fall 1986 - Dreher 8.01C Fall 1989 - Taylor 8.02 Spring 2024 - various 8.02 Spring 2023 - various 8.02 Fall 2022 - various
8.02 Fall 1999 - Belcher 8.02 Fall 1997 - Mochrie 8.02 Fall 1996 - Kleppner 8.02 Fall 1995 - Kleppner 8.02 Fall 1994 - Bekefi
8.02 Fall 1993 - Wurtle 8.02 Fall 1992 - Wurtle 8.02 Fall 1991 - Lazarus 8.02 Fall 1990 - Busza 8.02 Fall 1989 - Busza
8.02 Fall 1988 - Busza 8.022 Spring 2023 - Slatyer 8.022 Spring 2022 - Slatyer 8.022 Fall 2022 - Ashoori 8.022 Spring 2018 - Gedik
8.022 Fall 2017 - Winslow 8.022 Spring 2010 - ? 8.022 Fall 2008 - Winn 8.022 Fall 2007 - ? 8.022 Spring 2007 - ?
8.022 Spring 2004 - ? 8.022 Spring 2003 - ? 8.022 Fall 2003 - ? 8.022 Spring 2002 - Ashoori 8.022 Spring 2000 - Becker
8.022 Fall 1999 - Gao 8.022 Spring 1999 - Becker 8.022 Fall 1997 - Ashoori 8.022 Fall 1996 - Ashoori 8.022 Fall 1995 - Fisher
8.022 Fall 1994 - Sphicas 8.022 Fall 1993 - Sphicas 8.022 Fall 1992 - Sphicas 8.03 Fall 2023 - Vanderburg 8.03 Fall 2022 - Ju
8.03 Fall 2021 - Ju 8.03 Fall 2017 - Lee 8.03 Fall 2007 - Ashoori 8.03 Spring 2007 - ? 8.03 Spring 2004 - ?
8.03 Spring 2003 - ? 8.03 Fall 2003 - ? 8.03 Spring 2000 - Kardar 8.03 Fall 1999 - Kaspi 8.03 Spring 1999 - Busza
8.03 Fall 1991 - Bekefi 8.03 Fall 1990 - Herton 8.03 Fall 1989 - Herton 8.03 Fall 1988 - Herton 8.03 Fall 1958 - Mueller
8.03 Fall 1954 - ? 8.031 Fall 1958 - Olbert 8.011 Fall 1975 - Morrison
8.01 Fall 2023 - various 8.01 Fall 2022 - various 8.01 Fall 2008 - Greytak 8.01 Fall 2003 - ? 8.01 Fall 1999 - Lewin
8.01 Fall 1997 - Guth 8.01 Fall 1996 - Busza 8.01 Fall 1995 - Busza 8.01 Fall 1994 - Busza 8.01 Fall 1993 - Lewin/Wyslouch
8.01 Fall 1992 - Lewin/Feld 8.01 Fall 1991 - Redwine/Feld 8.01 Fall 1990 - Lewin/Ledoux 8.01 Fall 1989 - Pritchard 8.01 Fall 1988 - Kowalski
8.01 Fall 1986 - Kowalski 8.01 Fall 1984 - Cosman/LeDoux 8.01 Fall 1983 - French/King 8.01 Fall 1982 - French/King 8.01 Fall 1981 - Hulsizer
8.01L Fall 2008 - Schechter 8.01L Fall 2003 - ? 8.01L Fall 1999 - Kowalski 8.01L Fall 1997 - Stephans 8.01L Fall 1996 - Stephans
8.01L Fall 1995 - Mathews/Wyslouch 8.01L Fall 1994 - Stephans 8.01L Fall 1993 - Lazarus 8.01L Fall 1992 - Lazarus/Stephans 8.01X Fall 1999 - Dourmashkin
8.01X Fall 1997 - King/Dourmashkin 8.01X Fall 1996 - Bradt/Dourmashkin 8.01X Fall 1995 - King/Dourmashkin 8.01X Fall 1994 - Milner 8.01X Fall 1993 - Milner
8.01X Fall 1992 - French/Milner 8.01X Fall 1991 - King/French 8.01X Fall 1990 - King/French 8.01X Fall 1989 - King/French 8.013 Fall 1975 - Cosman/Kanzig
8.02 Fall 2007 - various 8.02 Spring 2004 - ? 8.02 Spring 2003 - ? 8.02 Fall 2003 - ? 8.02 Spring 2002 - Lewin
8.02 Spring 2000 - Bradt 8.02 Spring 1999 - Bradt 8.02X Spring 2004 - ? 8.02X Spring 2003 - ? 8.02X Spring 2002 - ?
8.02X Spring 2000 - Fasoli 8.02X Spring 1999 - Fasoli 8.03 Fall 2009 - Gedik 8.03 Fall 2008 - ? 8.03 Fall 2007 - ?
8.03 Spring 2002 - Van Oudenaarden 8.03 Fall 1997 - Rasio 8.03 Fall 1996 - Rasio 8.03 Fall 1995 - Kumar 8.03 Fall 1994 - Hewitt
8.03 Fall 1993 - Hewitt 8.03 Fall 1992 - Hewitt 8.01 Fall 1980 - Hulsizer 8.01 Fall 1978 - Lazarus 8.01 Fall 1977 - Beuchner/Cosman
8.01 Fall 1977 - Tanaka

8.01 Fall 2008 - various


Week 1, Day 1:
  

Week 1, Day 2:
 Z19 Powers of Ten (Eames)

Week 2, Day 1:
  

Week 2, Day 2:
 A6 Apple and Gun

Week 3, Day 1:
 B13 Spring Constant

Week 3, Day 2:
 B40 Wooden Block Between Two Strings
 Y10 Force and Motion

Week 4, Day 1:
  

Week 4, Day 2:
 B38 Torque on a Steel Bar

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 6, Day 1:
 B28 Kinetic Energy and Friction Force

Week 6, Day 2:
 B92 Spring Potential to Kinetic Energy
 B95 Loop-The-Loop

Week 7, Day 1:
  

Week 7, Day 2:
 C3 Circular and Simple Harmonic Motion

Week 8, Day 1:
 B78 Center of Mass Trajectory
 Y30 Work and Energy
 X70 Force Platform

Week 8, Day 2:
 B78 Center of Mass Trajectory
 Y30 Work and Energy
 X70 Force Platform

Week 9, Day 1:
  

Week 9, Day 2:
 B64 Colliding Balls - Hanging
 X70 Force Platform
 Y40 Momentum and Collisions

Week 10, Day 1:
  

Week 10, Day 2:
 B116 Chrome Inertia Wheel
 B115 Moment of Inertia Wheel
 B3 Low Friction Atwood Machine
 B107 Flywheel Yo-Yo
 B113 Rolling Cylinders

Week 11, Day 1:
  

Week 11, Day 2:
 B113 Rolling Cylinders
 B107 Flywheel Yo-Yo

Week 12, Day 1:
 B141 Gyroscope in a Suitcase
 B140 Gimbaled Gyroscope
 B137 Bicyclewheel Gyroscope

Week 12, Day 2:
 B141 Gyroscope in a Suitcase
 B140 Gimbaled Gyroscope
 B137 Bicyclewheel Gyroscope

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
 C5 Simple Pendulum

Week 14, Day 2:
 C5 Simple Pendulum

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.01 Fall 2007 - various


Week 1, Day 1:
  

Week 1, Day 2:
 Z19 Powers of Ten (Eames)

Week 2, Day 1:
 A21 Air Cart with a Pulley and Weight

Week 2, Day 2:
 A6 Apple and Gun

Week 3, Day 1:
 B13 Spring Constant
 A21 Air Cart with a Pulley and Weight

Week 3, Day 2:
 B40 Wooden Block Between Two Strings
 Y10 Force and Motion

Week 4, Day 1:
  

Week 4, Day 2:
 B26 Leaning Plank
 B38 Torque on a Steel Bar

Week 5, Day 1:
 ME3
 B102 Centrifugal vs. Centripetal Motion
 B104 Orbiting Bucket

Week 5, Day 2:
 ME3
 B102 Centrifugal vs. Centripetal Motion
 B104 Orbiting Bucket

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 7, Day 1:
 LabVIEW

Week 7, Day 2:
 B57 Elastic Collisions

Week 8, Day 1:
 B28 Kinetic Energy and Friction Force

Week 8, Day 2:
 B92 Spring Potential to Kinetic Energy
 B97 Potential Energy to Kinetic Energy - Pendulum and Ball
 ME4

Week 9, Day 1:
 C2 Mass on a Spring
 C3 Circular and Simple Harmonic Motion
 B64 Colliding Balls - Hanging

Week 9, Day 2:
 B63 Force Due to a Stream of Balls
 B64 Colliding Balls - Hanging

Week 10, Day 1:
 B78 Center of Mass Trajectory

Week 10, Day 2:
 B115 Moment of Inertia Wheel
 B116 Chrome Inertia Wheel
 B3 Low Friction Atwood Machine

Week 11, Day 1:
 B114 Ice Skater's Twirl
 B133 Bicycle Wheel & Rotating Stool

Week 11, Day 2:
 ME6
 B133 Bicycle Wheel & Rotating Stool
 B134 Train on a Horizontal Wheel

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 13, Day 1:
 B113 Rolling Cylinders
 B107 Flywheel Yo-Yo

Week 13, Day 2:
 B141 Gyroscope in a Suitcase
 B140 Gimbaled Gyroscope
 B137 Bicyclewheel Gyroscope

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.012 Fall 2022 - Necib


Week 1, Day 1:
  

Week 1, Day 2:
 X60 Basketball and Tennis Ball
 X62 Astro Blaster
 B133 Bicycle Wheel & Rotating Stool
 X92 Rattleback

Week 2, Day 1:
  

Week 2, Day 2:
 A6 Apple and Gun
 A7 Relative Motion Gun
 A9 Range of a Projectile

Week 3, Day 1:
 B2 Massive Atwood Machine
 B102 Centrifugal vs. Centripetal Motion

Week 3, Day 2:
 B24 Block with Pulley and Weight on an Incline

Week 4, Day 1:
 A8 Feather and Coin in a Vacuum

Week 4, Day 2:
 B17 Spring Paradox
 C5 Simple Pendulum
 C11 Damped and Undamped Masses on a Spring

Week 5, Day 1:
  

Week 5, Day 2:
 B51 Repelling Air Carts
 B80 Push-Me/Pull-You

Week 6, Day 1:
  

Week 6, Day 2:
 B76 Center of Mass of an Arbitrary Object
 B78 Center of Mass Trajectory
 B79 No-Win Tug of War

Week 7, Day 1:
 B63 Force Due to a Stream of Balls
 B69 Fire Extinguisher on a Tricycle

Week 7, Day 2:
 B97 Potential Energy to Kinetic Energy - Pendulum and Ball

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 9, Day 1:
 B64 Colliding Balls - Hanging
 B57 Elastic Collisions
 B58 Inelastic Collisions
 A5 Air Table and Pucks

Week 9, Day 2:
 B112 Gravitational Well

Week 10, Day 1:
 C7 Physical Pendulum
 C9 Different Shaped Pendulums with the Same Frequency
 B107 Flywheel Yo-Yo

Week 10, Day 2:
 B113 Rolling Cylinders
 B114 Ice Skater's Twirl

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 13, Day 1:
 skew rod

Week 13, Day 2:
 B137 Bicyclewheel Gyroscope
 B138 Bicycle Wheel on a Universal Bearing
 B140 Gimbaled Gyroscope

Week 14, Day 1:
 B150 Moving Sand Cart Over a Rotating Surface
 B6 Two Balloons in a Box

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.012 Fall 2021 - Harris


Week 1, Day 1:
  

Week 1, Day 2:
 X60 Basketball and Tennis Ball
 X62 Astro Blaster
 B137 Bicyclewheel Gyroscope
 X90 Euler Disk
 X92 Rattleback

Week 2, Day 1:
 A6 Apple and Gun
 A7 Relative Motion Gun
 A9 Range of a Projectile

Week 2, Day 2:
 B102 Centrifugal vs. Centripetal Motion
 B104 Orbiting Bucket

Week 3, Day 1:
 B3 Low Friction Atwood Machine
 B24 Block with Pulley and Weight on an Incline

Week 3, Day 2:
 C2 Mass on a Spring
 B109 Apple on a String

Week 4, Day 1:
 B51 Repelling Air Carts
 B80 Push-Me/Pull-You

Week 4, Day 2:
 B76 Center of Mass of an Arbitrary Object
 B78 Center of Mass Trajectory

Week 5, Day 1:
  

Week 5, Day 2:
 B63 Force Due to a Stream of Balls
 B69 Fire Extinguisher on a Tricycle

Week 6, Day 1:
 B97 Potential Energy to Kinetic Energy - Pendulum and Ball
 B69 Fire Extinguisher on a Tricycle

Week 6, Day 2:
 B95 Loop-The-Loop

Week 7, Day 1:
 A5 Air Table and Pucks

Week 7, Day 2:
 B112 Gravitational Well

Week 8, Day 1:
  

Week 8, Day 2:
 B112 Gravitational Well

Week 9, Day 1:
 C7 Physical Pendulum
 C9 Different Shaped Pendulums with the Same Frequency
 B107 Flywheel Yo-Yo

Week 9, Day 2:
 C24 Horizontal Baseball Bat
 B113 Rolling Cylinders

Week 10, Day 1:
 B137 Bicyclewheel Gyroscope
 C24 Horizontal Baseball Bat
 B113 Rolling Cylinders

Week 10, Day 2:
  

Week 11, Day 1:
 B137 Bicyclewheel Gyroscope
 B138 Bicycle Wheel on a Universal Bearing
 B140 Gimbaled Gyroscope
 B133 Bicycle Wheel & Rotating Stool
 B141 Gyroscope in a Suitcase
 B144 Gyroscopically Stabilized Wire Walker

Week 11, Day 2:
 B135 Spherical Air-Bearing Gyroscope
 B137 Bicyclewheel Gyroscope
 X90 Euler Disk
 B140 Gimbaled Gyroscope
 B144 Gyroscopically Stabilized Wire Walker

Week 12, Day 1:
  

Week 12, Day 2:
 B150 Moving Sand Cart Over a Rotating Surface
 B6 Two Balloons in a Box

Week 13, Day 1:
 P12 Michelson Interferometer

Week 13, Day 2:
 V6 Cloud Chamber

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.012 Fall 2018 - Soljacic


Week 1, Day 1:
  

Week 1, Day 2:
 B137 Bicyclewheel Gyroscope
 C7 Physical Pendulum
 C60 Driven Torsional Balance Oscillator
 X62 Astro Blaster
 X90 Euler Disk
 X92 Rattleback

Week 2, Day 1:
 A6 Apple and Gun
 A7 Relative Motion Gun
 A9 Range of a Projectile

Week 2, Day 2:
 B102 Centrifugal vs. Centripetal Motion
 B109 Apple on a String
 B104 Orbiting Bucket
 B51 Repelling Air Carts

Week 3, Day 1:
 B3 Low Friction Atwood Machine
 B24 Block with Pulley and Weight on an Incline

Week 3, Day 2:
 C2 Mass on a Spring
 C4 Spray Paint Oscillator

Week 4, Day 1:
 B51 Repelling Air Carts
 B76 Center of Mass of an Arbitrary Object
 B78 Center of Mass Trajectory
 B80 Push-Me/Pull-You

Week 4, Day 2:
 B61 Impulse of Bouncing Ball

Week 5, Day 1:
  

Week 5, Day 2:
 B63 Force Due to a Stream of Balls
 B69 Fire Extinguisher on a Tricycle

Week 6, Day 1:
  

Week 6, Day 2:
 B76 Center of Mass of an Arbitrary Object

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 8, Day 1:
  

Week 8, Day 2:
 B97 Potential Energy to Kinetic Energy - Pendulum and Ball

Week 9, Day 1:
 C7 Physical Pendulum
 B113 Rolling Cylinders
 C24 Horizontal Baseball Bat
 C9 Different Shaped Pendulums with the Same Frequency
 B107 Flywheel Yo-Yo

Week 9, Day 2:
 B137 Bicyclewheel Gyroscope

Week 10, Day 1:
 B137 Bicyclewheel Gyroscope
 B138 Bicycle Wheel on a Universal Bearing
 B140 Gimbaled Gyroscope
 B133 Bicycle Wheel & Rotating Stool
 B141 Gyroscope in a Suitcase
 B144 Gyroscopically Stabilized Wire Walker

Week 10, Day 2:
 B135 Spherical Air-Bearing Gyroscope
 B137 Bicyclewheel Gyroscope
 X90 Euler Disk

Week 11, Day 1:
 B104 Orbiting Bucket
 B150 Moving Sand Cart Over a Rotating Surface

Week 11, Day 2:
  

Week 12, Day 1:
 B112 Gravitational Well

Week 12, Day 2:
 C1 Air Cart Between Springs
 C10 Two Pendulum with Different Amplitudes
 C11 Damped and Undamped Masses on a Spring

Week 13, Day 1:
 C20 Driven Air Carts Coupled with Springs
 C59 Driven Mechanical Oscillator

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.012 Fall 2009 - Zwierlein


Week 1, Day 1:
  

Week 1, Day 2:
 X60 Basketball and Tennis Ball
 X62 Astro Blaster
 X1 Vector Arrows
 B93 Giant Pendulum
 B137 Bicyclewheel Gyroscope
 C7 Physical Pendulum
 X90 Euler Disk

Week 2, Day 1:
 A6 Apple and Gun
 A7 Relative Motion Gun
 A9 Range of a Projectile

Week 2, Day 2:
 B102 Centrifugal vs. Centripetal Motion
 air track
 B3 Low Friction Atwood Machine
 B104 Orbiting Bucket
 B109 Apple on a String

Week 3, Day 1:
 B3 Low Friction Atwood Machine
 B24 Block with Pulley and Weight on an Incline
 C2 Mass on a Spring
 B79 No-Win Tug of War

Week 3, Day 2:
 B3 Low Friction Atwood Machine
 C2 Mass on a Spring
 C4 Spray Paint Oscillator
 B93 Giant Pendulum
 B24 Block with Pulley and Weight on an Incline

Week 4, Day 1:
 A11 Ball Bearing Dropped in a Viscous Fluid
 B93 Giant Pendulum
 B76 Center of Mass of an Arbitrary Object
 B78 Center of Mass Trajectory
 B80 Push-Me/Pull-You
 B51 Repelling Air Carts

Week 4, Day 2:
 B80 Push-Me/Pull-You
 B57 Elastic Collisions
 B58 Inelastic Collisions
 B66 Ballistic Pendulum
 X62 Astro Blaster

Week 5, Day 1:
 B60 Bouncing Ball Bearing on a Glass
 B63 Force Due to a Stream of Balls
 B69 Fire Extinguisher on a Tricycle

Week 5, Day 2:
  

Week 6, Day 1:
  

Week 6, Day 2:
 B96 Interrupted Swing
 B97 Potential Energy to Kinetic Energy - Pendulum and Ball
 B95 Loop-The-Loop
 B83 Teeter Toy
 C13 Multiple Potential Well

Week 7, Day 1:
 B114 Ice Skater's Twirl
 B128 Hero's Engine
 B113 Rolling Cylinders
 C7 Physical Pendulum

Week 7, Day 2:
 B107 Flywheel Yo-Yo
 C7 Physical Pendulum
 C9 Different Shaped Pendulums with the Same Frequency
 B113 Rolling Cylinders
 B116 Chrome Inertia Wheel

Week 8, Day 1:
 C9 Different Shaped Pendulums with the Same Frequency
 B107 Flywheel Yo-Yo
 B113 Rolling Cylinders
 C24 Horizontal Baseball Bat

Week 8, Day 2:
 B137 Bicyclewheel Gyroscope
 B138 Bicycle Wheel on a Universal Bearing
 B133 Bicycle Wheel & Rotating Stool

Week 9, Day 1:
  

Week 9, Day 2:
 B137 Bicyclewheel Gyroscope
 B138 Bicycle Wheel on a Universal Bearing
 B140 Gimbaled Gyroscope

Week 10, Day 1:
 B135 Spherical Air-Bearing Gyroscope
 B140 Gimbaled Gyroscope
 B144 Gyroscopically Stabilized Wire Walker
 B142 Airplane Turn Bank Indicator

Week 10, Day 2:
 B135 Spherical Air-Bearing Gyroscope
 X90 Euler Disk

Week 11, Day 1:
 B5 Cavendish Experiment
 B133 Bicycle Wheel & Rotating Stool
 X90 Euler Disk

Week 11, Day 2:
 B6 Two Balloons in a Box

Week 12, Day 1:
 B104 Orbiting Bucket

Week 12, Day 2:
 B150 Moving Sand Cart Over a Rotating Surface

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.012 Fall 2008 - Burgasser


Week 1, Day 1:
  

Week 1, Day 2:
 X60 Basketball and Tennis Ball
 X62 Astro Blaster
 B93 Giant Pendulum
 B137 Bicyclewheel Gyroscope
 C7 Physical Pendulum

Week 2, Day 1:
 A6 Apple and Gun
 B102 Centrifugal vs. Centripetal Motion

Week 2, Day 2:
 B102 Centrifugal vs. Centripetal Motion
 air track
 B3 Low Friction Atwood Machine
 B79 No-Win Tug of War

Week 3, Day 1:
 B3 Low Friction Atwood Machine
 B4 Levitating Cart
 C2 Mass on a Spring

Week 3, Day 2:
 B3 Low Friction Atwood Machine
 C2 Mass on a Spring
 C4 Spray Paint Oscillator
 B93 Giant Pendulum

Week 4, Day 1:
 B24 Block with Pulley and Weight on an Incline
 A11 Ball Bearing Dropped in a Viscous Fluid
 B123 Pulling a Cloth From Under a Beaker

Week 4, Day 2:
  

Week 5, Day 1:
 B76 Center of Mass of an Arbitrary Object
 B78 Center of Mass Trajectory
 B80 Push-Me/Pull-You
 B51 Repelling Air Carts

Week 5, Day 2:
  

Week 6, Day 1:
  

Week 6, Day 2:
 B61 Impulse of Bouncing Ball
 B69 Fire Extinguisher on a Tricycle
 B96 Interrupted Swing
 B95 Loop-The-Loop
 B83 Teeter Toy

Week 7, Day 1:
 C13 Multiple Potential Well
 B96 Interrupted Swing
 B87 N/A

Week 7, Day 2:
  

Week 8, Day 1:
  

Week 8, Day 2:
 B114 Ice Skater's Twirl
 B128 Hero's Engine
 B113 Rolling Cylinders

Week 9, Day 1:
 B107 Flywheel Yo-Yo
 C7 Physical Pendulum
 C9 Different Shaped Pendulums with the Same Frequency
 B113 Rolling Cylinders
 B116 Chrome Inertia Wheel

Week 9, Day 2:
 B107 Flywheel Yo-Yo
 B113 Rolling Cylinders
 C24 Horizontal Baseball Bat

Week 10, Day 1:
  

Week 10, Day 2:
 B137 Bicyclewheel Gyroscope
 B138 Bicycle Wheel on a Universal Bearing
 B133 Bicycle Wheel & Rotating Stool

Week 11, Day 1:
  

Week 11, Day 2:
 B137 Bicyclewheel Gyroscope
 B138 Bicycle Wheel on a Universal Bearing
 B140 Gimbaled Gyroscope
 B135 Spherical Air-Bearing Gyroscope

Week 12, Day 1:
 B135 Spherical Air-Bearing Gyroscope
 B140 Gimbaled Gyroscope
 B144 Gyroscopically Stabilized Wire Walker
 B42 
 X90 Euler Disk

Week 12, Day 2:
  

Week 13, Day 1:
 B5 Cavendish Experiment

Week 13, Day 2:
  

Week 14, Day 1:
 B5 Cavendish Experiment
 B6 Two Balloons in a Box
 B104 Orbiting Bucket

Week 14, Day 2:
 B150 Moving Sand Cart Over a Rotating Surface

Week 15, Day 1:
 B150 Moving Sand Cart Over a Rotating Surface

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.012 Fall 2007 - Burgasser


Week 1, Day 1:
  

Week 1, Day 2:
 X62 Astro Blaster
 B133 Bicycle Wheel & Rotating Stool
 B93 Giant Pendulum
 B137 Bicyclewheel Gyroscope
 X1 Vector Arrows

Week 2, Day 1:
 A6 Apple and Gun
 A7 Relative Motion Gun
 B102 Centrifugal vs. Centripetal Motion

Week 2, Day 2:
 B3 Low Friction Atwood Machine
 B93 Giant Pendulum
 air track

Week 3, Day 1:
 B24 Block with Pulley and Weight on an Incline
 C2 Mass on a Spring
 C4 Spray Paint Oscillator
 B93 Giant Pendulum

Week 3, Day 2:
 C2 Mass on a Spring
 B23 Inclined Plane
 A11 Ball Bearing Dropped in a Viscous Fluid
 B93 Giant Pendulum

Week 4, Day 1:
 B24 Block with Pulley and Weight on an Incline
 C2 Mass on a Spring
 C4 Spray Paint Oscillator
 A11 Ball Bearing Dropped in a Viscous Fluid
 B123 Pulling a Cloth From Under a Beaker

Week 4, Day 2:
 B76 Center of Mass of an Arbitrary Object
 B78 Center of Mass Trajectory
 B80 Push-Me/Pull-You
 B79 No-Win Tug of War

Week 5, Day 1:
 B76 Center of Mass of an Arbitrary Object
 B78 Center of Mass Trajectory
 B57 Elastic Collisions
 B79 No-Win Tug of War

Week 5, Day 2:
 B62 Colliding Balls - Sliding
 B58 Inelastic Collisions
 B80 Push-Me/Pull-You
 B66 Ballistic Pendulum

Week 6, Day 1:
 B57 Elastic Collisions
 B58 Inelastic Collisions
 B66 Ballistic Pendulum
 B63 Force Due to a Stream of Balls
 B69 Fire Extinguisher on a Tricycle

Week 6, Day 2:
  

Week 7, Day 1:
  

Week 7, Day 2:
 B69 Fire Extinguisher on a Tricycle
 B95 Loop-The-Loop
 B96 Interrupted Swing
 B63 Force Due to a Stream of Balls
 rocket

Week 8, Day 1:
 B63 Force Due to a Stream of Balls
 B61 Impulse of Bouncing Ball
 B96 Interrupted Swing
 B95 Loop-The-Loop

Week 8, Day 2:
 B96 Interrupted Swing
 B83 Teeter Toy
 C13 Multiple Potential Well

Week 9, Day 1:
 B58 Inelastic Collisions
 B57 Elastic Collisions
 B83 Teeter Toy
 X60 Basketball and Tennis Ball
 X62 Astro Blaster

Week 9, Day 2:
 B76 Center of Mass of an Arbitrary Object
 B128 Hero's Engine
 B114 Ice Skater's Twirl

Week 10, Day 1:
 B114 Ice Skater's Twirl
 B113 Rolling Cylinders
 B116 Chrome Inertia Wheel
 B76 Center of Mass of an Arbitrary Object

Week 10, Day 2:
 B107 Flywheel Yo-Yo

Week 11, Day 1:
 B137 Bicyclewheel Gyroscope
 B138 Bicycle Wheel on a Universal Bearing
 B133 Bicycle Wheel & Rotating Stool
 B135 Spherical Air-Bearing Gyroscope

Week 11, Day 2:
  

Week 12, Day 1:
 ??

Week 12, Day 2:
 ??

Week 13, Day 1:
 ??

Week 13, Day 2:
 ??

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.012 Fall 2003 - ?


Week 1, Day 1:
  

Week 1, Day 2:
 B137 Bicyclewheel Gyroscope
 B17 Spring Paradox
 B84 Double Cone and Plane

Week 2, Day 1:
 A9 Range of a Projectile
 X1 Vector Arrows

Week 2, Day 2:
 B102 Centrifugal vs. Centripetal Motion
 B103 Grinding Wheel Sparks
 X1 Vector Arrows

Week 3, Day 1:
 B23 Inclined Plane
 B24 Block with Pulley and Weight on an Incline
 B51 Repelling Air Carts

Week 3, Day 2:
 B3 Low Friction Atwood Machine
 B95 Loop-The-Loop
 B106 Air Puck Spinning on a Variable-Length String

Week 4, Day 1:
 B2 Massive Atwood Machine
 C2 Mass on a Spring
 C5 Simple Pendulum

Week 4, Day 2:
 B46 Cord around a Rod - Quantitative
 A11 Ball Bearing Dropped in a Viscous Fluid
 chain sliding off table

Week 5, Day 1:
  

Week 5, Day 2:
 B76 Center of Mass of an Arbitrary Object
 B77 Sliding Ruler
 B78 Center of Mass Trajectory

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 7, Day 1:
 B90 Gravitational Potential to Kinetic Energy
 B92 Spring Potential to Kinetic Energy
 B93 Giant Pendulum

Week 7, Day 2:
 C13 Multiple Potential Well
 C12 Oscillating Steel Ball on a Track

Week 8, Day 1:
 B57 Elastic Collisions
 B65 Many-Body Collisions
 B62 Colliding Balls - Sliding
 B64 Colliding Balls - Hanging
 X60 Basketball and Tennis Ball

Week 8, Day 2:
 B113 Rolling Cylinders
 B133 Bicycle Wheel & Rotating Stool
 B116 Chrome Inertia Wheel
 hula hoop

Week 9, Day 1:
 B107 Flywheel Yo-Yo
 C7 Physical Pendulum
 C8 Rigid Pendulum
 C9 Different Shaped Pendulums with the Same Frequency
 X82 Spool Yo-Yo

Week 9, Day 2:
 B81 Motion of a Falling Rod
 B113 Rolling Cylinders
 B128 Hero's Engine

Week 10, Day 1:
 B138 Bicycle Wheel on a Universal Bearing
 B140 Gimbaled Gyroscope
 B141 Gyroscope in a Suitcase

Week 10, Day 2:
  

Week 11, Day 1:
  

Week 11, Day 2:
 B140 Gimbaled Gyroscope
 B135 Spherical Air-Bearing Gyroscope

Week 12, Day 1:
 ME4

Week 12, Day 2:
 B150 Moving Sand Cart Over a Rotating Surface
 frames of reference film

Week 13, Day 1:
 Y50 Angular Momentum Lab

Week 13, Day 2:
  

Week 14, Day 1:
 B5 Cavendish Experiment

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.012 Fall 1999 - Imai


Week 1, Day 1:
  

Week 1, Day 2:
 B17 Spring Paradox
 B141 Gyroscope in a Suitcase
 Z19 Powers of Ten (Eames)

Week 2, Day 1:
  

Week 2, Day 2:
 A16 Pulling an Air Cart with a Spring
 A21 Air Cart with a Pulley and Weight
 A9 Range of a Projectile

Week 3, Day 1:
 A6 Apple and Gun
 B23 Inclined Plane

Week 3, Day 2:
 B2 Massive Atwood Machine
 B3 Low Friction Atwood Machine

Week 4, Day 1:
 B13 Spring Constant
 B14 Tension in Springs
 B15 Series/Parallel Springs
 C2 Mass on a Spring
 C5 Simple Pendulum

Week 4, Day 2:
 A11 Ball Bearing Dropped in a Viscous Fluid

Week 5, Day 1:
  

Week 5, Day 2:
 B57 Elastic Collisions
 B58 Inelastic Collisions

Week 6, Day 1:
 B76 Center of Mass of an Arbitrary Object
 B78 Center of Mass Trajectory

Week 6, Day 2:
 B63 Force Due to a Stream of Balls
 A11 Ball Bearing Dropped in a Viscous Fluid

Week 7, Day 1:
  

Week 7, Day 2:
 B66 Ballistic Pendulum
 B95 Loop-The-Loop
 B97 Potential Energy to Kinetic Energy - Pendulum and Ball

Week 8, Day 1:
 B57 Elastic Collisions
 B58 Inelastic Collisions
 B80 Push-Me/Pull-You

Week 8, Day 2:
  

Week 9, Day 1:
 B114 Ice Skater's Twirl
 B134 Train on a Horizontal Wheel
 B133 Bicycle Wheel & Rotating Stool

Week 9, Day 2:
 B113 Rolling Cylinders
 B114 Ice Skater's Twirl
 B115 Moment of Inertia Wheel

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 12, Day 1:
  

Week 12, Day 2:
 B137 Bicyclewheel Gyroscope
 B140 Gimbaled Gyroscope

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.012 Fall 1997 - Kleppner


Week 1, Day 1:
  

Week 1, Day 2:
 B17 Spring Paradox
 B23 Inclined Plane
 B137 Bicyclewheel Gyroscope
 C2 Mass on a Spring
 X82 Spool Yo-Yo

Week 2, Day 1:
  

Week 2, Day 2:
 A16 Pulling an Air Cart with a Spring
 A21 Air Cart with a Pulley and Weight

Week 3, Day 1:
 A6 Apple and Gun
 B3 Low Friction Atwood Machine
 B106 Air Puck Spinning on a Variable-Length String

Week 3, Day 2:
 B3 Low Friction Atwood Machine
 B5 Cavendish Experiment
 B52 Walking Chain

Week 4, Day 1:
 A11 Ball Bearing Dropped in a Viscous Fluid
 B13 Spring Constant
 B17 Spring Paradox
 C3 Circular and Simple Harmonic Motion

Week 4, Day 2:
  

Week 5, Day 1:
 A11 Ball Bearing Dropped in a Viscous Fluid
 B51 Repelling Air Carts
 B57 Elastic Collisions
 B58 Inelastic Collisions
 B80 Push-Me/Pull-You

Week 5, Day 2:
 B69 Fire Extinguisher on a Tricycle
 B78 Center of Mass Trajectory

Week 6, Day 1:
  

Week 6, Day 2:
 B93 Giant Pendulum
 B94 Giant Pendulum with Breaking Glass
 B95 Loop-The-Loop

Week 7, Day 1:
  

Week 7, Day 2:
 B93 Giant Pendulum
 B94 Giant Pendulum with Breaking Glass
 B95 Loop-The-Loop

Week 8, Day 1:
 B83 Teeter Toy
 B84 Double Cone and Plane

Week 8, Day 2:
 B62 Colliding Balls - Sliding
 B64 Colliding Balls - Hanging
 B71 Collision of Rocket-Mounted Air Carts

Week 9, Day 1:
 B105 Object Spinning on a Variable-Length String

Week 9, Day 2:
  

Week 10, Day 1:
 B113 Rolling Cylinders
 B114 Ice Skater's Twirl

Week 10, Day 2:
 B113 Rolling Cylinders
 B114 Ice Skater's Twirl
 B134 Train on a Horizontal Wheel

Week 11, Day 1:
  

Week 11, Day 2:
 B133 Bicycle Wheel & Rotating Stool
 B135 Spherical Air-Bearing Gyroscope
 C24 Horizontal Baseball Bat
 X82 Spool Yo-Yo

Week 12, Day 1:
 B114 Ice Skater's Twirl
 B135 Spherical Air-Bearing Gyroscope
 B137 Bicyclewheel Gyroscope
 B140 Gimbaled Gyroscope

Week 12, Day 2:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.012 Fall 1996 - Ketterlie


Week 1, Day 1:
  

Week 1, Day 2:
 A7 Relative Motion Gun
 B17 Spring Paradox
 B137 Bicyclewheel Gyroscope

Week 2, Day 1:
  

Week 2, Day 2:
  

Week 3, Day 1:
 B3 Low Friction Atwood Machine

Week 3, Day 2:
 B5 Cavendish Experiment
 B106 Air Puck Spinning on a Variable-Length String

Week 4, Day 1:
 B13 Spring Constant
 B24 Block with Pulley and Weight on an Incline
 C4 Spray Paint Oscillator

Week 4, Day 2:
 A11 Ball Bearing Dropped in a Viscous Fluid
 B76 Center of Mass of an Arbitrary Object
 B78 Center of Mass Trajectory
 B80 Push-Me/Pull-You

Week 5, Day 1:
  

Week 5, Day 2:
 B61 Impulse of Bouncing Ball
 B69 Fire Extinguisher on a Tricycle
 B122 Plate Sliding Under a Can of Soda

Week 6, Day 1:
  

Week 6, Day 2:
 B93 Giant Pendulum
 B94 Giant Pendulum with Breaking Glass
 B95 Loop-The-Loop

Week 7, Day 1:
  

Week 7, Day 2:
 B51 Repelling Air Carts
 B57 Elastic Collisions
 B58 Inelastic Collisions
 B83 Teeter Toy

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 9, Day 1:
 B133 Bicycle Wheel & Rotating Stool
 B134 Train on a Horizontal Wheel

Week 9, Day 2:
 B114 Ice Skater's Twirl
 B115 Moment of Inertia Wheel

Week 10, Day 1:
 B61 Impulse of Bouncing Ball
 B113 Rolling Cylinders
 B117 Stationary Cylinder on an Incline
 C24 Horizontal Baseball Bat

Week 10, Day 2:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 12, Day 1:
  

Week 12, Day 2:
 B140 Gimbaled Gyroscope
 B141 Gyroscope in a Suitcase
 B144 Gyroscopically Stabilized Wire Walker

Week 13, Day 1:
 B135 Spherical Air-Bearing Gyroscope
 B140 Gimbaled Gyroscope

Week 13, Day 2:
  

Week 14, Day 1:
 B6 Two Balloons in a Box
 B135 Spherical Air-Bearing Gyroscope

Week 14, Day 2:
 B104 Orbiting Bucket
 B150 Moving Sand Cart Over a Rotating Surface

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.012 Fall 1995 - Ketterlie


Week 1, Day 1:
  

Week 1, Day 2:
 A7 Relative Motion Gun
 B17 Spring Paradox
 B133 Bicycle Wheel & Rotating Stool
 B137 Bicyclewheel Gyroscope

Week 2, Day 1:
  

Week 2, Day 2:
  

Week 3, Day 1:
 B3 Low Friction Atwood Machine
 B8 Audio Tape of Bricklayer's Letter
 B106 Air Puck Spinning on a Variable-Length String

Week 3, Day 2:
 B5 Cavendish Experiment
 B24 Block with Pulley and Weight on an Incline

Week 4, Day 1:
 A11 Ball Bearing Dropped in a Viscous Fluid
 B13 Spring Constant
 B24 Block with Pulley and Weight on an Incline
 C4 Spray Paint Oscillator

Week 4, Day 2:
  

Week 5, Day 1:
 B76 Center of Mass of an Arbitrary Object
 B78 Center of Mass Trajectory

Week 5, Day 2:
 B69 Fire Extinguisher on a Tricycle

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 7, Day 1:
 B93 Giant Pendulum
 B95 Loop-The-Loop

Week 7, Day 2:
 B57 Elastic Collisions
 B58 Inelastic Collisions
 B83 Teeter Toy

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 9, Day 1:
 B133 Bicycle Wheel & Rotating Stool
 B134 Train on a Horizontal Wheel

Week 9, Day 2:
 B114 Ice Skater's Twirl
 B115 Moment of Inertia Wheel

Week 10, Day 1:
 B113 Rolling Cylinders
 B117 Stationary Cylinder on an Incline
 C24 Horizontal Baseball Bat

Week 10, Day 2:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 13, Day 1:
 B140 Gimbaled Gyroscope
 B141 Gyroscope in a Suitcase
 B144 Gyroscopically Stabilized Wire Walker

Week 13, Day 2:
 B136 Air-Bearing Gyroscope
 B140 Gimbaled Gyroscope

Week 14, Day 1:
 B136 Air-Bearing Gyroscope

Week 14, Day 2:
 B150 Moving Sand Cart Over a Rotating Surface

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.012 Fall 1994 - Mochrie


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 2, Day 1:
  

Week 2, Day 2:
  

Week 3, Day 1:
 B2 Massive Atwood Machine
 B6 Two Balloons in a Box

Week 3, Day 2:
 B5 Cavendish Experiment
 B106 Air Puck Spinning on a Variable-Length String

Week 4, Day 1:
 A11 Ball Bearing Dropped in a Viscous Fluid

Week 4, Day 2:
  

Week 5, Day 1:
 B65 Many-Body Collisions

Week 5, Day 2:
 B69 Fire Extinguisher on a Tricycle

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 7, Day 1:
 B93 Giant Pendulum
 B95 Loop-The-Loop

Week 7, Day 2:
  

Week 8, Day 1:
 B65 Many-Body Collisions

Week 8, Day 2:
  

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 10, Day 1:
 B106 Air Puck Spinning on a Variable-Length String
 B133 Bicycle Wheel & Rotating Stool
 B137 Bicyclewheel Gyroscope
 B144 Gyroscopically Stabilized Wire Walker

Week 10, Day 2:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 13, Day 1:
 B138 Bicycle Wheel on a Universal Bearing
 B140 Gimbaled Gyroscope

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.012 Fall 1993 - Mochrie


Week 1, Day 1:
  

Week 1, Day 2:
 Z19 Powers of Ten (Eames)

Week 2, Day 1:
  

Week 2, Day 2:
 A7 Relative Motion Gun
 A9 Range of a Projectile

Week 3, Day 1:
 B2 Massive Atwood Machine
 B6 Two Balloons in a Box

Week 3, Day 2:
 B5 Cavendish Experiment

Week 4, Day 1:
 A11 Ball Bearing Dropped in a Viscous Fluid

Week 4, Day 2:
  

Week 5, Day 1:
 B65 Many-Body Collisions

Week 5, Day 2:
 B69 Fire Extinguisher on a Tricycle

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 7, Day 1:
 B93 Giant Pendulum
 B95 Loop-The-Loop

Week 7, Day 2:
  

Week 8, Day 1:
 B93 Giant Pendulum

Week 8, Day 2:
  

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 11, Day 1:
 B113 Rolling Cylinders
 B137 Bicyclewheel Gyroscope
 B141 Gyroscope in a Suitcase
 B144 Gyroscopically Stabilized Wire Walker

Week 11, Day 2:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 13, Day 1:
 B114 Ice Skater's Twirl
 B136 Air-Bearing Gyroscope

Week 13, Day 2:
 B136 Air-Bearing Gyroscope
 B140 Gimbaled Gyroscope

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.012 Fall 1992 - Mochrie


Week 1, Day 1:
  

Week 1, Day 2:
 Z19 Powers of Ten (Eames)

Week 2, Day 1:
 B34 Vector Resolution of Forces

Week 2, Day 2:
 A7 Relative Motion Gun
 A8 Feather and Coin in a Vacuum
 A16 Pulling an Air Cart with a Spring

Week 3, Day 1:
 B2 Massive Atwood Machine
 B6 Two Balloons in a Box

Week 3, Day 2:
 B5 Cavendish Experiment
 B106 Air Puck Spinning on a Variable-Length String

Week 4, Day 1:
 A11 Ball Bearing Dropped in a Viscous Fluid
 B24 Block with Pulley and Weight on an Incline

Week 4, Day 2:
  

Week 5, Day 1:
 B65 Many-Body Collisions

Week 5, Day 2:
 B69 Fire Extinguisher on a Tricycle

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 7, Day 1:
 B93 Giant Pendulum
 B95 Loop-The-Loop

Week 7, Day 2:
  

Week 8, Day 1:
  

Week 8, Day 2:
 B133 Bicycle Wheel & Rotating Stool
 B141 Gyroscope in a Suitcase
 B144 Gyroscopically Stabilized Wire Walker

Week 9, Day 1:
 B23 Inclined Plane
 B113 Rolling Cylinders

Week 9, Day 2:
 B23 Inclined Plane
 B113 Rolling Cylinders

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 12, Day 1:
 B136 Air-Bearing Gyroscope
 B140 Gimbaled Gyroscope

Week 12, Day 2:
  

Week 13, Day 1:
 B135 Spherical Air-Bearing Gyroscope
 B140 Gimbaled Gyroscope

Week 13, Day 2:
 B135 Spherical Air-Bearing Gyroscope

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.012 Fall 1991 - Aggarwal


Week 1, Day 1:
  

Week 1, Day 2:
 A1 Standard Meter
 A3 Various Unit Masses and Weights
 A4 Measuring the Speed of Light

Week 2, Day 1:
 A7 Relative Motion Gun
 A11 Ball Bearing Dropped in a Viscous Fluid
 B24 Block with Pulley and Weight on an Incline

Week 2, Day 2:
 B4 Levitating Cart
 B24 Block with Pulley and Weight on an Incline
 B95 Loop-The-Loop

Week 3, Day 1:
 B93 Giant Pendulum
 C3 Circular and Simple Harmonic Motion
 C10 Two Pendulum with Different Amplitudes

Week 3, Day 2:
 B57 Elastic Collisions
 B58 Inelastic Collisions

Week 4, Day 1:
 B61 Impulse of Bouncing Ball
 B69 Fire Extinguisher on a Tricycle
 B78 Center of Mass Trajectory

Week 4, Day 2:
  

Week 5, Day 1:
 B61 Impulse of Bouncing Ball
 B69 Fire Extinguisher on a Tricycle
 C13 Multiple Potential Well

Week 5, Day 2:
  

Week 6, Day 1:
  

Week 6, Day 2:
 B13 Spring Constant
 B14 Tension in Springs

Week 7, Day 1:
  

Week 7, Day 2:
 B82 Rim-Weighted Cylinder on Incline
 B113 Rolling Cylinders

Week 8, Day 1:
 B96 Interrupted Swing

Week 8, Day 2:
 B134 Train on a Horizontal Wheel

Week 9, Day 1:
 B140 Gimbaled Gyroscope
 B141 Gyroscope in a Suitcase
 B145 Miscellaneous Gyroscopes
 C9 Different Shaped Pendulums with the Same Frequency
 C24 Horizontal Baseball Bat

Week 9, Day 2:
  

Week 10, Day 1:
 B136 Air-Bearing Gyroscope
 B137 Bicyclewheel Gyroscope

Week 10, Day 2:
  

Week 11, Day 1:
 C5 Simple Pendulum

Week 11, Day 2:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.012 Fall 1990 - Stahler


Week 1, Day 1:
 Z19 Powers of Ten (Eames)

Week 1, Day 2:
  

Week 2, Day 1:
 A5 Air Table and Pucks

Week 2, Day 2:
 B4 Levitating Cart
 B45 Pulling a Car Out of Mud

Week 3, Day 1:
 A4 Measuring the Speed of Light

Week 3, Day 2:
 C10 Two Pendulum with Different Amplitudes

Week 4, Day 1:
 C10 Two Pendulum with Different Amplitudes
 C58 Driven Cart on an Air Track
 Z48 Sound Waves in Air (PSSC)

Week 4, Day 2:
  

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 7, Day 1:
  

Week 7, Day 2:
 B57 Elastic Collisions
 B58 Inelastic Collisions

Week 8, Day 1:
 B57 Elastic Collisions
 B96 Interrupted Swing

Week 8, Day 2:
  

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 10, Day 1:
  

Week 10, Day 2:
 B113 Rolling Cylinders

Week 11, Day 1:
 C9 Different Shaped Pendulums with the Same Frequency
 C24 Horizontal Baseball Bat

Week 11, Day 2:
  

Week 12, Day 1:
 B140 Gimbaled Gyroscope
 B141 Gyroscope in a Suitcase

Week 12, Day 2:
 B6 Two Balloons in a Box

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.012 Fall 1989 - Stahler


Week 1, Day 1:
  

Week 1, Day 2:
 Z19 Powers of Ten (Eames)

Week 2, Day 1:
 A5 Air Table and Pucks

Week 2, Day 2:
 B4 Levitating Cart
 B45 Pulling a Car Out of Mud

Week 3, Day 1:
 A4 Measuring the Speed of Light

Week 3, Day 2:
  

Week 4, Day 1:
 C10 Two Pendulum with Different Amplitudes
 C58 Driven Cart on an Air Track
 Z48 Sound Waves in Air (PSSC)

Week 4, Day 2:
  

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 6, Day 1:
 B78 Center of Mass Trajectory

Week 6, Day 2:
  

Week 7, Day 1:
  

Week 7, Day 2:
 B57 Elastic Collisions
 B58 Inelastic Collisions

Week 8, Day 1:
 B96 Interrupted Swing

Week 8, Day 2:
  

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 10, Day 1:
  

Week 10, Day 2:
 B113 Rolling Cylinders

Week 11, Day 1:
 C7 Physical Pendulum
 C24 Horizontal Baseball Bat

Week 11, Day 2:
  

Week 12, Day 1:
 B140 Gimbaled Gyroscope
 B141 Gyroscope in a Suitcase

Week 12, Day 2:
 B6 Two Balloons in a Box
 frames of reference

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.012 Fall 1988 - Stahler


Week 1, Day 1:
  

Week 1, Day 2:
 Z19 Powers of Ten (Eames)

Week 2, Day 1:
  

Week 2, Day 2:
 A5 Air Table and Pucks

Week 3, Day 1:
 B4 Levitating Cart
 B45 Pulling a Car Out of Mud

Week 3, Day 2:
 A4 Measuring the Speed of Light

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 6, Day 1:
 C8 Rigid Pendulum

Week 6, Day 2:
 Z48 Sound Waves in Air (PSSC)

Week 7, Day 1:
 C8 Rigid Pendulum

Week 7, Day 2:
 B78 Center of Mass Trajectory
 Z48 Sound Waves in Air (PSSC)

Week 8, Day 1:
 B57 Elastic Collisions
 B58 Inelastic Collisions

Week 8, Day 2:
 B96 Interrupted Swing

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 11, Day 1:
 B113 Rolling Cylinders

Week 11, Day 2:
  

Week 12, Day 1:
 C7 Physical Pendulum
 C20 Driven Air Carts Coupled with Springs

Week 12, Day 2:
 B136 Air-Bearing Gyroscope
 B140 Gimbaled Gyroscope
 B141 Gyroscope in a Suitcase

Week 13, Day 1:
 B6 Two Balloons in a Box

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.012 Fall 1986 - Dreher


Week 1, Day 1:
  

Week 1, Day 2:
 B80 Push-Me/Pull-You
 X60 Basketball and Tennis Ball
 B137 Bicyclewheel Gyroscope

Week 2, Day 1:
  

Week 2, Day 2:
 A7 Relative Motion Gun

Week 3, Day 1:
 B103 Grinding Wheel Sparks

Week 3, Day 2:
 X10 Apple on a String
 B4 Levitating Cart

Week 4, Day 1:
 B104 Orbiting Bucket
 B23 Inclined Plane

Week 4, Day 2:
 A11 Ball Bearing Dropped in a Viscous Fluid
 C2 Mass on a Spring
 C6 Giant Pendulum

Week 5, Day 1:
 C58 Driven Cart on an Air Track

Week 5, Day 2:
 B78 Center of Mass Trajectory

Week 6, Day 1:
 B57 Elastic Collisions
 B58 Inelastic Collisions

Week 6, Day 2:
 B68 Rocket on a Wire

Week 7, Day 1:
 B96 Interrupted Swing

Week 7, Day 2:
  

Week 8, Day 1:
 C8 Rigid Pendulum
 B83 Teeter Toy
 B82 Rim-Weighted Cylinder on Incline

Week 8, Day 2:
 B66 Ballistic Pendulum
 X60 Basketball and Tennis Ball

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 10, Day 1:
 B133 Bicycle Wheel & Rotating Stool
 B105 Object Spinning on a Variable-Length String
 C9 Different Shaped Pendulums with the Same Frequency
 B107 Flywheel Yo-Yo
 X82 Spool Yo-Yo

Week 10, Day 2:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 12, Day 1:
 superball
 B138 Bicycle Wheel on a Universal Bearing
 B135 Spherical Air-Bearing Gyroscope
 B140 Gimbaled Gyroscope

Week 12, Day 2:
 B6 Two Balloons in a Box
 frames of reference film

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.01C Fall 1989 - Taylor


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 2, Day 1:
  

Week 2, Day 2:
  

Week 3, Day 1:
 A9 Range of a Projectile

Week 3, Day 2:
 B40 Wooden Block Between Two Strings
 B79 No-Win Tug of War

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 6, Day 1:
 B23 Inclined Plane
 B24 Block with Pulley and Weight on an Incline

Week 6, Day 2:
 B95 Loop-The-Loop
 B104 Orbiting Bucket

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 10, Day 1:
 B114 Ice Skater's Twirl
 B133 Bicycle Wheel & Rotating Stool

Week 10, Day 2:
 B113 Rolling Cylinders
 X82 Spool Yo-Yo

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 12, Day 1:
 B13 Spring Constant
 C2 Mass on a Spring
 C61 Wood Block on a Rubber Hose

Week 12, Day 2:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.02 Spring 2024 - various


Week 1, Day 1:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D5 Charged Conducting Ping-Pong Balls on a Stand
 Making the Lightbulb Light
 Faraday's Law

Week 1, Day 2:
  

Week 2, Day 1:
 D16 Electric Field Lines
 D22 Dipole in a Van de Graff Generator Field

Week 2, Day 2:
 D16 Electric Field Lines

Week 3, Day 1:
 Speaker Experiment

Week 3, Day 2:
 D29 Breakdown of Air - Lightning and Corona Discharge
 D14 Demonstration of the Wimshurst Machine

Week 4, Day 1:
  

Week 4, Day 2:
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator
 E4 Potential Difference between Capacitor Plates
 E6 Exploding Wire

Week 5, Day 1:
 E2 Dissectible Capacitor
 E5 Dielectrics Between Capacitor Plates
 F13 5 Different Types of Resistances in Series
 F4 Temperature Effect on Resistance
 F1 Conducting Glass
 F5 Conductivity of Ionized Water

Week 5, Day 2:
 Y120 Faraday Ice Pail

Week 6, Day 1:
 E10 RC Time COnstant Displayed with a Light Bulb

Week 6, Day 2:
 G2 Magnetic Field Lines of a Bar Magnet
 G8 Wire in a Magnetic Field - Jumping Wire
 G12 Single Wire
 G9 Series or Parallel Current-Carrying Wires

Week 7, Day 1:
 G2 Magnetic Field Lines of a Bar Magnet
 G10 Galvanometer Principle

Week 7, Day 2:
 Helmholtz Coil

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 9, Day 1:
 G9 Series or Parallel Current-Carrying Wires

Week 9, Day 2:
 G16 Magnetic Field of an 8 Turn Solenoid
 G18 B Field of a Long Solenoid

Week 10, Day 1:
 H22 Jumping Ring
 H16 Lenz's Law
 H3 Fixed Coil with a Moving Permanent Magnet

Week 10, Day 2:
 H28 Levitating Magnet
 H31 Two Small Coils and Radio
 H17 Back "emf" in a Large Inductor

Week 11, Day 1:
 Speaker Experiment

Week 11, Day 2:
 H20 Growth of Current in an Inductor
 H21 LR Time Constant
 C2 Mass on a Spring
 C59 Driven Mechanical Oscillator
 L2 Damped RLC Circuit

Week 12, Day 1:
 Generator

Week 12, Day 2:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
 N2 Hollow Prisms

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.02 Spring 2023 - various


Week 1, Day 1:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D5 Charged Conducting Ping-Pong Balls on a Stand
 Making the Lightbulb Light
 Faraday's Law

Week 1, Day 2:
 D16 Electric Field Lines

Week 2, Day 1:
 D16 Electric Field Lines
 D22 Dipole in a Van de Graff Generator Field

Week 2, Day 2:
 D16 Electric Field Lines
 X2 Inverse Square Law

Week 3, Day 1:
  

Week 3, Day 2:
 D29 Breakdown of Air - Lightning and Corona Discharge

Week 4, Day 1:
  

Week 4, Day 2:
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator
 E4 Potential Difference between Capacitor Plates
 E6 Exploding Wire
 E2 Dissectible Capacitor
 E5 Dielectrics Between Capacitor Plates

Week 5, Day 1:
 F13 5 Different Types of Resistances in Series
 F4 Temperature Effect on Resistance
 F1 Conducting Glass
 F5 Conductivity of Ionized Water
 Making the Lightbulb Light
 Power and Light Bulb

Week 5, Day 2:
 Y120 Faraday Ice Pail

Week 6, Day 1:
 G2 Magnetic Field Lines of a Bar Magnet
 G8 Wire in a Magnetic Field - Jumping Wire
 G12 Single Wire
 G9 Series or Parallel Current-Carrying Wires

Week 6, Day 2:
 Resistor Piano

Week 7, Day 1:
 G2 Magnetic Field Lines of a Bar Magnet
 G10 Galvanometer Principle

Week 7, Day 2:
 Helmholtz Coil
  

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 9, Day 1:
 G9 Series or Parallel Current-Carrying Wires
 G16 Magnetic Field of an 8 Turn Solenoid
 G18 B Field of a Long Solenoid

Week 9, Day 2:
  

Week 10, Day 1:
 H22 Jumping Ring
 H16 Lenz's Law
 H3 Fixed Coil with a Moving Permanent Magnet

Week 10, Day 2:
 H16 Lenz's Law
 H28 Levitating Magnet
 H13 Copper Pendulum between Poles of Magnet
 H31 Two Small Coils and Radio
 H17 Back "emf" in a Large Inductor

Week 11, Day 1:
 Resistor Piano

Week 11, Day 2:
 Generator

Week 12, Day 1:
 H20 Growth of Current in an Inductor
 H21 LR Time Constant
 C2 Mass on a Spring
 C59 Driven Mechanical Oscillator
 L2 Damped RLC Circuit

Week 12, Day 2:
 L6 Resonant LC Circuit with a Light Bulb
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder
 H12 Marconi Coil

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
 N2 Hollow Prisms

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.02 Fall 2022 - various


Week 1, Day 1:
  

Week 1, Day 2:
 Making the Lightbulb Light
 Faraday's Law

Week 2, Day 1:
 D16 Electric Field Lines
 D22 Dipole in a Van de Graff Generator Field

Week 2, Day 2:
 D16 Electric Field Lines
 D22 Dipole in a Van de Graff Generator Field

Week 3, Day 1:
 D29 Breakdown of Air - Lightning and Corona Discharge

Week 3, Day 2:
  

Week 4, Day 1:
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator
 D32 Faraday's Cage
 E4 Potential Difference between Capacitor Plates

Week 4, Day 2:
  

Week 5, Day 1:
 Y120 Faraday Ice Pail
 F4 Temperature Effect on Resistance
 F1 Conducting Glass
 F5 Conductivity of Ionized Water

Week 5, Day 2:
 Making the Lightbulb Light
 Power and Light Bulb
 E6 Exploding Wire
 E10 RC Time COnstant Displayed with a Light Bulb

Week 6, Day 1:
  

Week 6, Day 2:
 Resistor Piano

Week 7, Day 1:
 G12 Single Wire
 G6 Magnetic Deflection of a TV Image
 G12 Single Wire

Week 7, Day 2:
 G8 Wire in a Magnetic Field - Jumping Wire

Week 8, Day 1:
 Helmholtz Coil

Week 8, Day 2:
 G9 Series or Parallel Current-Carrying Wires
 G16 Magnetic Field of an 8 Turn Solenoid

Week 9, Day 1:
 H16 Lenz's Law

Week 9, Day 2:
 H22 Jumping Ring
 H28 Levitating Magnet
 H16 Lenz's Law
 H13 Copper Pendulum between Poles of Magnet
 H31 Two Small Coils and Radio
 H12 Marconi Coil
 H17 Back "emf" in a Large Inductor

Week 10, Day 1:
 H21 LR Time Constant
 H20 Growth of Current in an Inductor

Week 10, Day 2:
 Generator

Week 11, Day 1:
 C2 Mass on a Spring
 C59 Driven Mechanical Oscillator
 L2 Damped RLC Circuit
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder

Week 11, Day 2:
 C2 Mass on a Spring
 C59 Driven Mechanical Oscillator
 L6 Resonant LC Circuit with a Light Bulb

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 13, Day 1:
 Wireless Power Transfer

Week 13, Day 2:
 K3 Polarization of Microwaves
 K4 Polarization of Radio Waves - Dipole Antenna
 C31 Ripple Tank
 P10 Double Slit Laser Interference

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.02 Fall 1999 - Belcher


Week 1, Day 1:
  

Week 1, Day 2:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D11 Electrically Charged Student
 D13 Demonstration of the Electrophorus
 G2 Magnetic Field Lines of a Bar Magnet
 G21 Collapsing Solenoid
 H11 High Turn Secondary Jacobs Ladder
 frankenstein

Week 2, Day 1:
 D15 Two Identical Spheres Charged by Induction
 D12 Demonstration of Induction using Electroscope
 D16 Electric Field Lines
 D22 Dipole in a Van de Graff Generator Field

Week 2, Day 2:
 D26 Electric Field Inside a Hollow Conductor Induction method
 F1 Conducting Glass
 F5 Conductivity of Ionized Water
 F8 Electroplating
 G15 Single Horizontal Wire and Compass Needle

Week 3, Day 1:
 D16 Electric Field Lines
 D21 Field of a Sphere and an Infinite Plane

Week 3, Day 2:
 D16 Electric Field Lines
 F1 Conducting Glass
 F5 Conductivity of Ionized Water
 G15 Single Horizontal Wire and Compass Needle

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 5, Day 1:
 E6 Exploding Wire
 E7 Discharging a Capacitor Bank Through a Light Bulb
 E8 RC Time Constant Displayed on a Oscilloscope

Week 5, Day 2:
 D33 Cylindrical Wire Mesh Cage
 D29 Breakdown of Air - Lightning and Corona Discharge
 E11 RC Radio Filter
 E1 Capacitors Used in Wimshurst Machine
 E3 Electric Field Lines of a Parallel Plate Capacitor

Week 6, Day 1:
  

Week 6, Day 2:
 D35 Kelvin Water Drop Generator
 E4 Potential Difference between Capacitor Plates
 E5 Dielectrics Between Capacitor Plates

Week 7, Day 1:
 G5 Magnetic Deflection of a Electron Beam
 G8 Wire in a Magnetic Field - Jumping Wire

Week 7, Day 2:
 G4 Levitating Magnets
 G9 Series or Parallel Current-Carrying Wires
 G10 Galvanometer Principle
 G12 Single Wire
 G13 Single Loop of Current
 G16 Magnetic Field of an 8 Turn Solenoid

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 10, Day 1:
 H13 Copper Pendulum between Poles of Magnet
 H15 Levitating Coil on an Aluminum Plate
 G7 Superconductor

Week 10, Day 2:
 H22 Jumping Ring
 H26 Coffee Can Rotation in a B Field
 H27 Rotating "B" Field Motor
 H20 Growth of Current in an Inductor

Week 11, Day 1:
  

Week 11, Day 2:
 H17 Back "emf" in a Large Inductor
 J3 Barkhausen Effect
 K9 RC Time Constant in a Transmission Line
 C2 Mass on a Spring

Week 12, Day 1:
 L2 Damped RLC Circuit
 L6 Resonant LC Circuit with a Light Bulb
 K4 Polarization of Radio Waves - Dipole Antenna

Week 12, Day 2:
  

Week 13, Day 1:
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves
 K5 Radio Transmission and Reception

Week 13, Day 2:
 K3 Polarization of Microwaves
 N1 Continuous Spectrum with Prism
 K4 Polarization of Radio Waves - Dipole Antenna

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.02 Fall 1997 - Mochrie


Week 1, Day 1:
  

Week 1, Day 2:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D4 Demonstration of an Electroscope
 D5 Charged Conducting Ping-Pong Balls on a Stand
 D7 Confetti and Van de Graaff Generator

Week 2, Day 1:
 D13 Demonstration of the Electrophorus
 D15 Two Identical Spheres Charged by Induction
 D20 Conducting Ping-Pong Ball Between Two Spheres
 D22 Dipole in a Van de Graff Generator Field

Week 2, Day 2:
 D16 Electric Field Lines
 D26 Electric Field Inside a Hollow Conductor Induction method
 D27 Electric Field Inside a Hollow Conductor Contact method
 D32 Faraday's Cage

Week 3, Day 1:
 D28 Surface Distribution of Charge
 D29 Breakdown of Air - Lightning and Corona Discharge
 D32 Faraday's Cage
 D35 Kelvin Water Drop Generator

Week 3, Day 2:
 E2 Dissectible Capacitor
 E4 Potential Difference between Capacitor Plates
 E5 Dielectrics Between Capacitor Plates
 E6 Exploding Wire
 E7 Discharging a Capacitor Bank Through a Light Bulb

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 5, Day 1:
 F1 Conducting Glass
 F5 Conductivity of Ionized Water
 F16 V-I Relationship of LInear and Non-Linear Components

Week 5, Day 2:
 E8 RC Time Constant Displayed on a Oscilloscope
 E10 RC Time COnstant Displayed with a Light Bulb

Week 6, Day 1:
 G1 Deflection of a Compass Needle with a Magnet
 G2 Magnetic Field Lines of a Bar Magnet
 G5 Magnetic Deflection of a Electron Beam
 G6 Magnetic Deflection of a TV Image
 G7 Superconductor
 G8 Wire in a Magnetic Field - Jumping Wire
 G9 Series or Parallel Current-Carrying Wires
 G9a

Week 6, Day 2:
 G12 Single Wire
 G13 Single Loop of Current
 G16 Magnetic Field of an 8 Turn Solenoid
 G17 Biot-Savart Law for a Circular Coil

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 8, Day 1:
 H1 Wire Loop with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 H4 Coil with a Light Bulb Between a Magnet
 H5 Ring Falling in a Magnetic Field
 H8 Wire Loop Around a Solenoid

Week 8, Day 2:
 H13 Copper Pendulum between Poles of Magnet
 H14 Aluminum Plate between Pole Faces of a Magnet
 H15a
 H17 Back "emf" in a Large Inductor
 H22 Jumping Ring

Week 9, Day 1:
 C5 Simple Pendulum
 G10 Galvanometer Principle

Week 9, Day 2:
 L1 Damped Series-Parallel LC CIrcuit
 L7 Resonant RLC Phase Shift
 L8 Swept Display of RLC Resonance

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 11, Day 1:
  

Week 11, Day 2:
 G7 Superconductor
 J4 Paramagnetism of Liquid Oxygen
 J9 Induced Current in an Iron Core Solenoid
 J10 Curie Point of Iron
 J11 Hysteresis Curve of an Iron Core Transformer

Week 12, Day 1:
 C26 Projection Model of Wave Motion
 C27 Bell Lab Wave Machine
 C36 Vibrating String - Motor-Driven
 K1 E and B Fields of Microwaves

Week 12, Day 2:
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves
 K4 Polarization of Radio Waves - Dipole Antenna

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
 M2 Total Internal Reflection
 N1 Continuous Spectrum with Prism
 N4 Scattering of Light

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.02 Fall 1996 - Kleppner


Week 1, Day 1:
  

Week 1, Day 2:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D4 Demonstration of an Electroscope
 D5 Charged Conducting Ping-Pong Balls on a Stand
 D8 Charged Person Using Van De Graaff Generator
 magnet with aluminum and steel

Week 2, Day 1:
 D13 Demonstration of the Electrophorus
 D14 Demonstration of the Wimshurst Machine
 D15 Two Identical Spheres Charged by Induction
 D16 Electric Field Lines
 D20 Conducting Ping-Pong Ball Between Two Spheres
 D22 Dipole in a Van de Graff Generator Field

Week 2, Day 2:
 D13 Demonstration of the Electrophorus
 D16 Electric Field Lines
 D26 Electric Field Inside a Hollow Conductor Induction method
 D32 Faraday's Cage
 D37 Smoke Precipitator

Week 3, Day 1:
 D27 Electric Field Inside a Hollow Conductor Contact method
 D28 Surface Distribution of Charge
 D34 Principle of a Van de Graaff Generator
 D35 Kelvin Water Drop Generator

Week 3, Day 2:
 D27 Electric Field Inside a Hollow Conductor Contact method
 D28 Surface Distribution of Charge
 E1 Capacitors Used in Wimshurst Machine
 E2 Dissectible Capacitor
 E4 Potential Difference between Capacitor Plates
 E13 Relaxation Oscillator - Fluorescent Lamp

Week 4, Day 1:
 D35 Kelvin Water Drop Generator
 E1 Capacitors Used in Wimshurst Machine
 E4 Potential Difference between Capacitor Plates
 E13 Relaxation Oscillator - Fluorescent Lamp

Week 4, Day 2:
 E6 Exploding Wire
 F1 Conducting Glass
 F4 Temperature Effect on Resistance
 F5 Conductivity of Ionized Water
 F16 V-I Relationship of LInear and Non-Linear Components

Week 5, Day 1:
 E8 RC Time Constant Displayed on a Oscilloscope
 E9 10 Second RC Time Constant
 E10 RC Time COnstant Displayed with a Light Bulb
 F16 V-I Relationship of LInear and Non-Linear Components

Week 5, Day 2:
  

Week 6, Day 1:
 G1 Deflection of a Compass Needle with a Magnet
 G2 Magnetic Field Lines of a Bar Magnet
 G5 Magnetic Deflection of a Electron Beam
 G8 Wire in a Magnetic Field - Jumping Wire
 G10 Galvanometer Principle

Week 6, Day 2:
 G99
 G12 Single Wire
 G13 Single Loop of Current
 G14 Single Vertical Wire and Compass Needle
 G17 Biot-Savart Law for a Circular Coil
 G19 B Field between Helmholtz Coil

Week 7, Day 1:
  

Week 7, Day 2:
 G9a
 G15 Single Horizontal Wire and Compass Needle
 G17 Biot-Savart Law for a Circular Coil
 G18 B Field of a Long Solenoid
 G19 B Field between Helmholtz Coil

Week 8, Day 1:
 H1 Wire Loop with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 H4 Coil with a Light Bulb Between a Magnet
 H8 Wire Loop Around a Solenoid
 H18 Two Small Coils and a Battery

Week 8, Day 2:
 H13 Copper Pendulum between Poles of Magnet
 H14 Aluminum Plate between Pole Faces of a Magnet
 H15a
 H22 Jumping Ring

Week 9, Day 1:
 H8 Wire Loop Around a Solenoid
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder
 H20 Growth of Current in an Inductor
 H21 LR Time Constant

Week 9, Day 2:
 H13 Copper Pendulum between Poles of Magnet
 H14 Aluminum Plate between Pole Faces of a Magnet
 H15a
 H22 Jumping Ring

Week 10, Day 1:
 L6 Resonant LC Circuit with a Light Bulb
 L7 Resonant RLC Phase Shift
 L8 Swept Display of RLC Resonance

Week 10, Day 2:
  

Week 11, Day 1:
 G7 Superconductor
 J1 Simulation of Magnetic Domains
 J3 Barkhausen Effect
 J4 Paramagnetism of Liquid Oxygen
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials
 J9 Induced Current in an Iron Core Solenoid

Week 11, Day 2:
  

Week 12, Day 1:
 C3 Circular and Simple Harmonic Motion
 C26 Projection Model of Wave Motion
 C27 Bell Lab Wave Machine
 C30 Wave on a Chain

Week 12, Day 2:
 C36 Vibrating String - Motor-Driven

Week 13, Day 1:
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves
 K4 Polarization of Radio Waves - Dipole Antenna

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
 C27 Bell Lab Wave Machine
 K6 Lecher Lines

Week 15, Day 1:
 K9 RC Time Constant in a Transmission Line

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.02 Fall 1995 - Kleppner


Week 1, Day 1:
  

Week 1, Day 2:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D4 Demonstration of an Electroscope
 D5 Charged Conducting Ping-Pong Balls on a Stand
 D8 Charged Person Using Van De Graaff Generator
 magnet with aluminum and steel

Week 2, Day 1:
 D13 Demonstration of the Electrophorus
 D14 Demonstration of the Wimshurst Machine
 D15 Two Identical Spheres Charged by Induction
 D20 Conducting Ping-Pong Ball Between Two Spheres
 D22 Dipole in a Van de Graff Generator Field
 magnet with aluminum and steel

Week 2, Day 2:
 D16 Electric Field Lines
 D22 Dipole in a Van de Graff Generator Field
 D26 Electric Field Inside a Hollow Conductor Induction method
 D27 Electric Field Inside a Hollow Conductor Contact method
 D34 Principle of a Van de Graaff Generator
 D37 Smoke Precipitator

Week 3, Day 1:
 D26 Electric Field Inside a Hollow Conductor Induction method
 D27 Electric Field Inside a Hollow Conductor Contact method
 D28 Surface Distribution of Charge
 D32 Faraday's Cage
 D35 Kelvin Water Drop Generator

Week 3, Day 2:
 D35 Kelvin Water Drop Generator
 E1 Capacitors Used in Wimshurst Machine
 E4 Potential Difference between Capacitor Plates
 E6 Exploding Wire
 E13 Relaxation Oscillator - Fluorescent Lamp

Week 4, Day 1:
 E5 Dielectrics Between Capacitor Plates
 E6 Exploding Wire
 K8 Reflection and Termination in a Transmission Line

Week 4, Day 2:
 F1 Conducting Glass
 F4 Temperature Effect on Resistance
 F5 Conductivity of Ionized Water
 F16 V-I Relationship of LInear and Non-Linear Components
 K9 RC Time Constant in a Transmission Line

Week 5, Day 1:
 E8 RC Time Constant Displayed on a Oscilloscope
 E9 10 Second RC Time Constant
 E10 RC Time COnstant Displayed with a Light Bulb

Week 5, Day 2:
  

Week 6, Day 1:
  

Week 6, Day 2:
 G1 Deflection of a Compass Needle with a Magnet
 G2 Magnetic Field Lines of a Bar Magnet
 G5 Magnetic Deflection of a Electron Beam
 G8 Wire in a Magnetic Field - Jumping Wire
 G9 Series or Parallel Current-Carrying Wires

Week 7, Day 1:
 G12 Single Wire
 G13 Single Loop of Current
 G14 Single Vertical Wire and Compass Needle
 G17 Biot-Savart Law for a Circular Coil
 G19 B Field between Helmholtz Coil

Week 7, Day 2:
 G9a
 G10 Galvanometer Principle
 G16 Magnetic Field of an 8 Turn Solenoid
 G18 B Field of a Long Solenoid

Week 8, Day 1:
 H1 Wire Loop with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 H4 Coil with a Light Bulb Between a Magnet
 H8 Wire Loop Around a Solenoid
 H18 Two Small Coils and a Battery

Week 8, Day 2:
 H11 High Turn Secondary Jacobs Ladder
 H13 Copper Pendulum between Poles of Magnet
 H14 Aluminum Plate between Pole Faces of a Magnet
 H15a
 H22 Jumping Ring

Week 9, Day 1:
 H17 Back "emf" in a Large Inductor
 H20 Growth of Current in an Inductor
 H21 LR Time Constant
 L6 Resonant LC Circuit with a Light Bulb

Week 9, Day 2:
 H9 Variable Turns Around a Primary Coil
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder
 H19a
 H21 LR Time Constant
 L6 Resonant LC Circuit with a Light Bulb
 L7 Resonant RLC Phase Shift
 L8 Swept Display of RLC Resonance

Week 10, Day 1:
 G7 Superconductor
 H9 Variable Turns Around a Primary Coil
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder
 J1 Simulation of Magnetic Domains
 J3 Barkhausen Effect
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials
 J9 Induced Current in an Iron Core Solenoid
 L6 Resonant LC Circuit with a Light Bulb

Week 10, Day 2:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 12, Day 1:
 C26 Projection Model of Wave Motion
 C27 Bell Lab Wave Machine
 C30 Wave on a Chain

Week 12, Day 2:
  

Week 13, Day 1:
 C26 Projection Model of Wave Motion
 C36 Vibrating String - Motor-Driven
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves
 K4 Polarization of Radio Waves - Dipole Antenna

Week 13, Day 2:
 C36 Vibrating String - Motor-Driven
 K1 E and B Fields of Microwaves
 K5 Radio Transmission and Reception
 K6 Lecher Lines
 K8 Reflection and Termination in a Transmission Line

Week 14, Day 1:
 K6 Lecher Lines
 K8 Reflection and Termination in a Transmission Line
 K9 RC Time Constant in a Transmission Line

Week 14, Day 2:
 N1 Continuous Spectrum with Prism
 N3 Refraction in Water
 P4 Interference of Microwaves
 Q4 Double Slit Laser Diffraction

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.02 Fall 1994 - Bekefi


Week 1, Day 1:
  

Week 1, Day 2:
 D2 Amber and Glass Rods with HE Filled Balloon
 D4 Demonstration of an Electroscope
 D7 Confetti and Van de Graaff Generator
 D8 Charged Person Using Van De Graaff Generator
 D11 Electrically Charged Student

Week 2, Day 1:
 D13 Demonstration of the Electrophorus
 D15 Two Identical Spheres Charged by Induction
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator
 D21 Field of a Sphere and an Infinite Plane
 D22 Dipole in a Van de Graff Generator Field

Week 2, Day 2:
 D16 Electric Field Lines
 D26 Electric Field Inside a Hollow Conductor Induction method
 D27 Electric Field Inside a Hollow Conductor Contact method

Week 3, Day 1:
 D28 Surface Distribution of Charge
 D29 Breakdown of Air - Lightning and Corona Discharge
 D32 Faraday's Cage
 D34 Principle of a Van de Graaff Generator

Week 3, Day 2:
 D28 Surface Distribution of Charge
 E3 Electric Field Lines of a Parallel Plate Capacitor
 E4 Potential Difference between Capacitor Plates
 E6 Exploding Wire
 E7 Discharging a Capacitor Bank Through a Light Bulb

Week 4, Day 1:
 E1 Capacitors Used in Wimshurst Machine
 E2 Dissectible Capacitor
 E4 Potential Difference between Capacitor Plates
 E5 Dielectrics Between Capacitor Plates

Week 4, Day 2:
 D35 Kelvin Water Drop Generator
 F1 Conducting Glass
 F2 Electric Hot Dog Cooker
 F5 Conductivity of Ionized Water
 F7 Two Cu-Zn Cells in Series - Light a Lamp

Week 5, Day 1:
 D35 Kelvin Water Drop Generator
 E8 RC Time Constant Displayed on a Oscilloscope
 E9 10 Second RC Time Constant
 E12 Relaxation Oscillator - Neon Lamp

Week 5, Day 2:
  

Week 6, Day 1:
  

Week 6, Day 2:
 G5 Magnetic Deflection of a Electron Beam
 G7a
 G8 Wire in a Magnetic Field - Jumping Wire
 G10 Galvanometer Principle

Week 7, Day 1:
 G12 Single Wire
 G13 Single Loop of Current
 G14 Single Vertical Wire and Compass Needle
 G17 Biot-Savart Law for a Circular Coil
 G19 B Field between Helmholtz Coil

Week 7, Day 2:
 G9 Series or Parallel Current-Carrying Wires
 G9a
 G16 Magnetic Field of an 8 Turn Solenoid
 G18 B Field of a Long Solenoid

Week 8, Day 1:
 H1 Wire Loop with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 H4 Coil with a Light Bulb Between a Magnet
 H6 Earth's Field Coil
 H18 Two Small Coils and a Battery

Week 8, Day 2:
 G7 Superconductor
 H5 Ring Falling in a Magnetic Field
 H13 Copper Pendulum between Poles of Magnet
 H15 Levitating Coil on an Aluminum Plate
 H15b
 H22 Jumping Ring

Week 9, Day 1:
 G3 Magnet and a Nail on a String
 J1 Simulation of Magnetic Domains
 J3 Barkhausen Effect
 J4 Paramagnetism of Liquid Oxygen
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials

Week 9, Day 2:
 H17 Back "emf" in a Large Inductor
 H19 Two Small Coils and Sine Wave Generator
 H20 Growth of Current in an Inductor
 H21 LR Time Constant

Week 10, Day 1:
 C59 Driven Mechanical Oscillator
 L2 Damped RLC Circuit
 L3 Cable Wrapped Around a Coil
 L6 Resonant LC Circuit with a Light Bulb

Week 10, Day 2:
  

Week 11, Day 1:
 H8 Wire Loop Around a Solenoid
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder
 H12 Marconi Coil

Week 11, Day 2:
 G20 E and B Fields of a Solenoid
 H10 Single Turn Around a Primary Coil Melting Nail
 H23 LR Phase Shift
 H26 Coffee Can Rotation in a B Field
 H27 Rotating "B" Field Motor

Week 12, Day 1:
 A4 Measuring the Speed of Light
 G20 E and B Fields of a Solenoid
 K8 Reflection and Termination in a Transmission Line
 K9 RC Time Constant in a Transmission Line

Week 12, Day 2:
  

Week 13, Day 1:
 C26 Projection Model of Wave Motion
 C27 Bell Lab Wave Machine
 C33 Stretched Spring and Slinky
 C34 Magnesium Bars and Hammer
 K5 Radio Transmission and Reception

Week 13, Day 2:
 C26 Projection Model of Wave Motion
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves
 K4 Polarization of Radio Waves - Dipole Antenna
 T1 Polarizing Filters and Light

Week 14, Day 1:
 C26 Projection Model of Wave Motion
 C27 Bell Lab Wave Machine
 C33 Stretched Spring and Slinky
 C34 Magnesium Bars and Hammer
 K6 Lecher Lines

Week 14, Day 2:
 M2 Total Internal Reflection
 M4 Fiber Optic Bundle
 N4 Scattering of Light

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.02 Fall 1993 - Wurtle


Week 1, Day 1:
  

Week 1, Day 2:
 D2 Amber and Glass Rods with HE Filled Balloon
 D8 Charged Person Using Van De Graaff Generator
 D11 Electrically Charged Student

Week 2, Day 1:
 D16 Electric Field Lines
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator
 D18 Conducting Ping-Pong Ball between Capacitor Plates
 D22 Dipole in a Van de Graff Generator Field

Week 2, Day 2:
 D20 Conducting Ping-Pong Ball Between Two Spheres
 D21 Field of a Sphere and an Infinite Plane
 D24 Fluorescent and Neon Tubes in Van De Graaff Field
 D26 Electric Field Inside a Hollow Conductor Induction method
 D31 Electrostatic Pinwheel

Week 3, Day 1:
 D28 Surface Distribution of Charge
 D33 Cylindrical Wire Mesh Cage
 D34 Principle of a Van de Graaff Generator
 E4 Potential Difference between Capacitor Plates

Week 3, Day 2:
 D26 Electric Field Inside a Hollow Conductor Induction method
 D29 Breakdown of Air - Lightning and Corona Discharge
 E7 Discharging a Capacitor Bank Through a Light Bulb
 E14 Relaxation Oscillator - Strobe Lamp

Week 4, Day 1:
 E2 Dissectible Capacitor
 E5 Dielectrics Between Capacitor Plates
 E6 Exploding Wire
 E7 Discharging a Capacitor Bank Through a Light Bulb

Week 4, Day 2:
 E2 Dissectible Capacitor
 F5 Conductivity of Ionized Water
 F6 Two CU-Zn Cells in Series - Measure Voltage
 F17 V-I Relationship with a Resistor and Light Bulb

Week 5, Day 1:
 D35 Kelvin Water Drop Generator
 E6 Exploding Wire
 E11 RC Radio Filter

Week 5, Day 2:
  

Week 6, Day 1:
  

Week 6, Day 2:
 G1 Deflection of a Compass Needle with a Magnet
 G2 Magnetic Field Lines of a Bar Magnet
 G3 Magnet and a Nail on a String
 G4 Levitating Magnets

Week 7, Day 1:
 G5 Magnetic Deflection of a Electron Beam
 G6 Magnetic Deflection of a TV Image
 G8 Wire in a Magnetic Field - Jumping Wire
 G15 Single Horizontal Wire and Compass Needle

Week 7, Day 2:
 G9 Series or Parallel Current-Carrying Wires
 G9a
 G12 Single Wire
 G13 Single Loop of Current
 G18 B Field of a Long Solenoid
 H3a

Week 8, Day 1:
 H2 Copper Coil with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 H4 Coil with a Light Bulb Between a Magnet
 H6 Earth's Field Coil
 H8 Wire Loop Around a Solenoid

Week 8, Day 2:
 H8 Wire Loop Around a Solenoid
 H13 Copper Pendulum between Poles of Magnet
 H15 Levitating Coil on an Aluminum Plate
 H15a
 H15b

Week 9, Day 1:
 H17 Back "emf" in a Large Inductor
 H20 Growth of Current in an Inductor
 H21 LR Time Constant
 H22 Jumping Ring
 H24 LR Radio Filter

Week 9, Day 2:
 H13 Copper Pendulum between Poles of Magnet
 H15 Levitating Coil on an Aluminum Plate
 H15a
 H15b

Week 10, Day 1:
 C59 Driven Mechanical Oscillator
 L2 Damped RLC Circuit
 L3 Cable Wrapped Around a Coil
 L6 Resonant LC Circuit with a Light Bulb

Week 10, Day 2:
  

Week 11, Day 1:
 H7 Hand Crank Generator
 H25 Principle of a DC Motor
 H26 Coffee Can Rotation in a B Field
 H27 Rotating "B" Field Motor
 L5 Mutual Inductance with Two Coil Resonant
 L6 Resonant LC Circuit with a Light Bulb

Week 11, Day 2:
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder
 H23 LR Phase Shift
 H27 Rotating "B" Field Motor
 L7 Resonant RLC Phase Shift
 L8 Swept Display of RLC Resonance

Week 12, Day 1:
 C35 Vibrating Spring - Hand-Driven
 C44 Tuning Forks and Sounding Boxes
 C45 Tuning Fork and Microphone
 C46 Coupled Tuning Forks
 H10a
 H27 Rotating "B" Field Motor

Week 12, Day 2:
  

Week 13, Day 1:
 C29 Phase and Group Velocity
 K3 Polarization of Microwaves
 K4 Polarization of Radio Waves - Dipole Antenna

Week 13, Day 2:
 C46 Coupled Tuning Forks
 K4 Polarization of Radio Waves - Dipole Antenna
 K5 Radio Transmission and Reception
 K8 Reflection and Termination in a Transmission Line
 K10 Microwave Oven

Week 14, Day 1:
 F18 Electrocardiogram
 M2 Total Internal Reflection
 N1 Continuous Spectrum with Prism
 N4 Scattering of Light
 N5 Rainbow
 T1 Polarizing Filters and Light

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.02 Fall 1992 - Wurtle


Week 1, Day 1:
  

Week 1, Day 2:
 D2 Amber and Glass Rods with HE Filled Balloon
 D8 Charged Person Using Van De Graaff Generator
 D11 Electrically Charged Student

Week 2, Day 1:
 D16 Electric Field Lines
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator
 D18 Conducting Ping-Pong Ball between Capacitor Plates
 D22 Dipole in a Van de Graff Generator Field

Week 2, Day 2:
 D20 Conducting Ping-Pong Ball Between Two Spheres
 D21 Field of a Sphere and an Infinite Plane
 D24 Fluorescent and Neon Tubes in Van De Graaff Field
 D26 Electric Field Inside a Hollow Conductor Induction method
 D31 Electrostatic Pinwheel

Week 3, Day 1:
 D21 Field of a Sphere and an Infinite Plane
 D26 Electric Field Inside a Hollow Conductor Induction method
 D28 Surface Distribution of Charge
 E4 Potential Difference between Capacitor Plates

Week 3, Day 2:
 D24 Fluorescent and Neon Tubes in Van De Graaff Field
 D31 Electrostatic Pinwheel
 D33 Cylindrical Wire Mesh Cage
 D34 Principle of a Van de Graaff Generator

Week 4, Day 1:
 E5 Dielectrics Between Capacitor Plates
 E6 Exploding Wire
 E7 Discharging a Capacitor Bank Through a Light Bulb
 E14 Relaxation Oscillator - Strobe Lamp

Week 4, Day 2:
 E2 Dissectible Capacitor
 E5 Dielectrics Between Capacitor Plates
 E6 Exploding Wire
 F17 V-I Relationship with a Resistor and Light Bulb

Week 5, Day 1:
  

Week 5, Day 2:
 D35 Kelvin Water Drop Generator
 E6 Exploding Wire
 F5 Conductivity of Ionized Water
 F6 Two CU-Zn Cells in Series - Measure Voltage
 F17 V-I Relationship with a Resistor and Light Bulb

Week 6, Day 1:
  

Week 6, Day 2:
 E8 RC Time Constant Displayed on a Oscilloscope
 E9 10 Second RC Time Constant
 F6 Two CU-Zn Cells in Series - Measure Voltage
 G1 Deflection of a Compass Needle with a Magnet
 G2 Magnetic Field Lines of a Bar Magnet
 G3 Magnet and a Nail on a String

Week 7, Day 1:
 G5 Magnetic Deflection of a Electron Beam
 G6 Magnetic Deflection of a TV Image
 G8 Wire in a Magnetic Field - Jumping Wire
 G15 Single Horizontal Wire and Compass Needle

Week 7, Day 2:
 G8 Wire in a Magnetic Field - Jumping Wire
 G9 Series or Parallel Current-Carrying Wires
 G9a
 G12 Single Wire
 G13 Single Loop of Current
 G18 B Field of a Long Solenoid

Week 8, Day 1:
 H2 Copper Coil with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 H4 Coil with a Light Bulb Between a Magnet
 H6 Earth's Field Coil
 H8 Wire Loop Around a Solenoid

Week 8, Day 2:
 H13 Copper Pendulum between Poles of Magnet
 H15 Levitating Coil on an Aluminum Plate
 H15a
 H15b

Week 9, Day 1:
 H17 Back "emf" in a Large Inductor
 H20 Growth of Current in an Inductor
 H21 LR Time Constant
 H22 Jumping Ring
 H24 LR Radio Filter

Week 9, Day 2:
 H10 Single Turn Around a Primary Coil Melting Nail
 H23 LR Phase Shift
 H25 Principle of a DC Motor
 L4 Mutual Inductance with One Coil Resonant

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 11, Day 1:
 J1 Simulation of Magnetic Domains
 J2 Electromagnet and Weights
 J7 Magnetizing and Demagnetizing an Iron Rod
 J11 Hysteresis Curve of an Iron Core Transformer

Week 11, Day 2:
  

Week 12, Day 1:
 H7 Hand Crank Generator
 H11 High Turn Secondary Jacobs Ladder
 H26 Coffee Can Rotation in a B Field
 H27 Rotating "B" Field Motor
 L7 Resonant RLC Phase Shift
 L8 Swept Display of RLC Resonance

Week 12, Day 2:
  

Week 13, Day 1:
 C29 Phase and Group Velocity
 C44 Tuning Forks and Sounding Boxes
 H26 Coffee Can Rotation in a B Field
 H27 Rotating "B" Field Motor
 K3 Polarization of Microwaves
 K4 Polarization of Radio Waves - Dipole Antenna

Week 13, Day 2:
 C42 Organ Pipes
 K4 Polarization of Radio Waves - Dipole Antenna
 K8 Reflection and Termination in a Transmission Line
 K10 Microwave Oven
 M2 Total Internal Reflection

Week 14, Day 1:
 F18 Electrocardiogram
 N1 Continuous Spectrum with Prism
 N4 Scattering of Light
 N5 Rainbow
 T1 Polarizing Filters and Light

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.02 Fall 1991 - Lazarus


Week 1, Day 1:
 D1 Rod With Tinsel
 D4 Demonstration of an Electroscope
 D7 Confetti and Van de Graaff Generator
 D9 Coulomb's Law Using Charged Pith Balls
 D14 Demonstration of the Wimshurst Machine
 D15 Two Identical Spheres Charged by Induction
 D26 Electric Field Inside a Hollow Conductor Induction method

Week 1, Day 2:
 D16 Electric Field Lines
 D22 Dipole in a Van de Graff Generator Field
 D35 Kelvin Water Drop Generator
 D37 Smoke Precipitator

Week 2, Day 1:
  

Week 2, Day 2:
 X1 Vector Arrows

Week 3, Day 1:
 E4 Potential Difference between Capacitor Plates
 E5 Dielectrics Between Capacitor Plates

Week 3, Day 2:
 E4 Potential Difference between Capacitor Plates
 E5 Dielectrics Between Capacitor Plates
 E6 Exploding Wire
 E7 Discharging a Capacitor Bank Through a Light Bulb

Week 4, Day 1:
 E3 Electric Field Lines of a Parallel Plate Capacitor
 E4 Potential Difference between Capacitor Plates
 E5 Dielectrics Between Capacitor Plates
 E6 Exploding Wire

Week 4, Day 2:
 F1 Conducting Glass
 F4 Temperature Effect on Resistance
 F5 Conductivity of Ionized Water
 F8 Electroplating

Week 5, Day 1:
 F1 Conducting Glass
 F4 Temperature Effect on Resistance
 F17 V-I Relationship with a Resistor and Light Bulb

Week 5, Day 2:
  

Week 6, Day 1:
  

Week 6, Day 2:
 F10 Stretched Resistance Wire
 E8 RC Time Constant Displayed on a Oscilloscope

Week 7, Day 1:
 E8 RC Time Constant Displayed on a Oscilloscope
 E9 10 Second RC Time Constant
 G1 Deflection of a Compass Needle with a Magnet
 G14 Single Vertical Wire and Compass Needle
 G15 Single Horizontal Wire and Compass Needle

Week 7, Day 2:
 G5 Magnetic Deflection of a Electron Beam
 G8 Wire in a Magnetic Field - Jumping Wire
 G9 Series or Parallel Current-Carrying Wires
 G16 Magnetic Field of an 8 Turn Solenoid
 G17 Biot-Savart Law for a Circular Coil

Week 8, Day 1:
 G10 Galvanometer Principle

Week 8, Day 2:
 H1 Wire Loop with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 H6 Earth's Field Coil

Week 9, Day 1:
 G1 Deflection of a Compass Needle with a Magnet
 H18 Two Small Coils and a Battery
 H19 Two Small Coils and Sine Wave Generator
 H22 Jumping Ring

Week 9, Day 2:
 H5 Ring Falling in a Magnetic Field
 H13 Copper Pendulum between Poles of Magnet
 H22 Jumping Ring

Week 10, Day 1:
  

Week 10, Day 2:
 H21 LR Time Constant
 H25 Principle of a DC Motor

Week 11, Day 1:
 H17 Back "emf" in a Large Inductor
 J4 Paramagnetism of Liquid Oxygen
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials

Week 11, Day 2:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 13, Day 1:
 K4 Polarization of Radio Waves - Dipole Antenna

Week 13, Day 2:
 K1 E and B Fields of Microwaves
 K2 Interference of Microwaves
 K3 Polarization of Microwaves

Week 14, Day 1:
 Q7 Transmission Grating with a Laser
 Q12 Band Emission Spectra

Week 14, Day 2:
 N4 Scattering of Light
 T4 Polarization by Scattering

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.02 Fall 1990 - Busza


Week 1, Day 1:
 D7 Confetti and Van de Graaff Generator
 F7 Two Cu-Zn Cells in Series - Light a Lamp
 H4 Coil with a Light Bulb Between a Magnet
 H22 Jumping Ring
 bar magnets

Week 1, Day 2:
 D1 Rod With Tinsel

Week 2, Day 1:
  

Week 2, Day 2:
 V5 Chain Reaction

Week 3, Day 1:
 D12 Demonstration of Induction using Electroscope
 D13 Demonstration of the Electrophorus
 D14 Demonstration of the Wimshurst Machine
 D20 Conducting Ping-Pong Ball Between Two Spheres

Week 3, Day 2:
 D8 Charged Person Using Van De Graaff Generator
 D32 Faraday's Cage

Week 4, Day 1:
 E2 Dissectible Capacitor
 E3 Electric Field Lines of a Parallel Plate Capacitor
 E4 Potential Difference between Capacitor Plates
 E5 Dielectrics Between Capacitor Plates
 E6 Exploding Wire

Week 4, Day 2:
 D35 Kelvin Water Drop Generator
 E8 RC Time Constant Displayed on a Oscilloscope
 E10 RC Time COnstant Displayed with a Light Bulb
 F7 Two Cu-Zn Cells in Series - Light a Lamp

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 6, Day 1:
 F7 Two Cu-Zn Cells in Series - Light a Lamp
 G2 Magnetic Field Lines of a Bar Magnet
 G5 Magnetic Deflection of a Electron Beam
 G8 Wire in a Magnetic Field - Jumping Wire
 G15 Single Horizontal Wire and Compass Needle

Week 6, Day 2:
 G9 Series or Parallel Current-Carrying Wires
 G16 Magnetic Field of an 8 Turn Solenoid
 J1 Simulation of Magnetic Domains
 J2 Electromagnet and Weights
 J3 Barkhausen Effect

Week 7, Day 1:
 G9 Series or Parallel Current-Carrying Wires
 G16 Magnetic Field of an 8 Turn Solenoid
 H25 Principle of a DC Motor
 J1 Simulation of Magnetic Domains
 J2 Electromagnet and Weights
 J3 Barkhausen Effect

Week 7, Day 2:
  

Week 8, Day 1:
 H3 Fixed Coil with a Moving Permanent Magnet
 H4 Coil with a Light Bulb Between a Magnet
 H9 Variable Turns Around a Primary Coil
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder
 H22 Jumping Ring
 H25 Principle of a DC Motor

Week 8, Day 2:
 G7 Superconductor
 H5 Ring Falling in a Magnetic Field
 H15 Levitating Coil on an Aluminum Plate

Week 9, Day 1:
 H7 Hand Crank Generator
 H10a

Week 9, Day 2:
 H27 Rotating "B" Field Motor
 L6 Resonant LC Circuit with a Light Bulb
 L8 Swept Display of RLC Resonance

Week 10, Day 1:
 H12 Marconi Coil
 H20 Growth of Current in an Inductor
 H21 LR Time Constant

Week 10, Day 2:
 H27 Rotating "B" Field Motor
 L6 Resonant LC Circuit with a Light Bulb
 L8 Swept Display of RLC Resonance

Week 11, Day 1:
 T1 Polarizing Filters and Light

Week 11, Day 2:
  

Week 12, Day 1:
 K4 Polarization of Radio Waves - Dipole Antenna
 K5 Radio Transmission and Reception

Week 12, Day 2:
 K2 Interference of Microwaves
 K3 Polarization of Microwaves
 Q2 Single-Slit Diffraction with a Laser
 Q4 Double Slit Laser Diffraction
 Q5 Pinhole Diffraction with a Laser
 Q6 Resolution of Two Point Sources
 Q7 Transmission Grating with a Laser
 Q11 Measuring the Wavelength of Light with a Ruler

Week 13, Day 1:
 K3 Polarization of Microwaves
 M2 Total Internal Reflection
 T1 Polarizing Filters and Light
 T3 Brewster's Angle

Week 13, Day 2:
 M1 Virtual Image
 M4 Fiber Optic Bundle
 N1 Continuous Spectrum with Prism
 N5 Rainbow
 N8 Rive Ray Box
 P7 Reflection off Soap Bubbles

Week 14, Day 1:
 D3 Amber Rod and Comb With HE-Filled Balloon
 G15 Single Horizontal Wire and Compass Needle
 V2 Photoelectric Effect with Zinc Plate

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.02 Fall 1989 - Busza


Week 1, Day 1:
 D7 Confetti and Van de Graaff Generator
 F7 Two Cu-Zn Cells in Series - Light a Lamp
 H4 Coil with a Light Bulb Between a Magnet
 H22 Jumping Ring
 bar magnets

Week 1, Day 2:
 D1 Rod With Tinsel

Week 2, Day 1:
  

Week 2, Day 2:
  

Week 3, Day 1:
 D8 Charged Person Using Van De Graaff Generator
 D12 Demonstration of Induction using Electroscope
 D13 Demonstration of the Electrophorus
 D14 Demonstration of the Wimshurst Machine
 D32 Faraday's Cage

Week 3, Day 2:
 D8 Charged Person Using Van De Graaff Generator
 D12 Demonstration of Induction using Electroscope
 D13 Demonstration of the Electrophorus
 D14 Demonstration of the Wimshurst Machine
 D20 Conducting Ping-Pong Ball Between Two Spheres
 D32 Faraday's Cage

Week 4, Day 1:
 E2 Dissectible Capacitor
 E5 Dielectrics Between Capacitor Plates
 E6 Exploding Wire
 F1 Conducting Glass

Week 4, Day 2:
 D35 Kelvin Water Drop Generator
 E8 RC Time Constant Displayed on a Oscilloscope
 E10 RC Time COnstant Displayed with a Light Bulb
 F7 Two Cu-Zn Cells in Series - Light a Lamp

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 6, Day 1:
 F7 Two Cu-Zn Cells in Series - Light a Lamp
 G2 Magnetic Field Lines of a Bar Magnet
 G5 Magnetic Deflection of a Electron Beam
 G8 Wire in a Magnetic Field - Jumping Wire
 G15 Single Horizontal Wire and Compass Needle

Week 6, Day 2:
 G9 Series or Parallel Current-Carrying Wires
 G16 Magnetic Field of an 8 Turn Solenoid
 H25 Principle of a DC Motor
 J1 Simulation of Magnetic Domains
 J2 Electromagnet and Weights
 J3 Barkhausen Effect

Week 7, Day 1:
 H25 Principle of a DC Motor

Week 7, Day 2:
  

Week 8, Day 1:
 H3 Fixed Coil with a Moving Permanent Magnet
 H4 Coil with a Light Bulb Between a Magnet
 H9 Variable Turns Around a Primary Coil
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder
 H22 Jumping Ring

Week 8, Day 2:
 F15 Current-Time Relationship w/ DC Voltage and a Light Bulb
 G7 Superconductor
 H5 Ring Falling in a Magnetic Field
 H7 Hand Crank Generator
 H15 Levitating Coil on an Aluminum Plate

Week 9, Day 1:
 H10a
 H12 Marconi Coil
 H20 Growth of Current in an Inductor
 H21 LR Time Constant
 H27 Rotating "B" Field Motor

Week 9, Day 2:
 H20 Growth of Current in an Inductor
 H21 LR Time Constant
 H27 Rotating "B" Field Motor

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 11, Day 1:
 T1 Polarizing Filters and Light

Week 11, Day 2:
  

Week 12, Day 1:
 K4 Polarization of Radio Waves - Dipole Antenna

Week 12, Day 2:
 K2 Interference of Microwaves
 K3 Polarization of Microwaves
 K10 Microwave Oven
 Q2 Single-Slit Diffraction with a Laser
 Q4 Double Slit Laser Diffraction
 Q5 Pinhole Diffraction with a Laser
 Q6 Resolution of Two Point Sources
 Q7 Transmission Grating with a Laser
 Q11 Measuring the Wavelength of Light with a Ruler

Week 13, Day 1:
 K3 Polarization of Microwaves
 M2 Total Internal Reflection
 Q6 Resolution of Two Point Sources
 T3 Brewster's Angle
 T9 Various Birefringent Materials

Week 13, Day 2:
 M1 Virtual Image
 M4 Fiber Optic Bundle
 N1 Continuous Spectrum with Prism
 N5 Rainbow
 P7 Reflection off Soap Bubbles
 T3 Brewster's Angle

Week 14, Day 1:
 D5 Charged Conducting Ping-Pong Balls on a Stand
 G15 Single Horizontal Wire and Compass Needle

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.02 Fall 1988 - Busza


Week 1, Day 1:
 D7 Confetti and Van de Graaff Generator
 F7 Two Cu-Zn Cells in Series - Light a Lamp
 H7 Hand Crank Generator
 H22 Jumping Ring
 H27 Rotating "B" Field Motor

Week 1, Day 2:
 D1 Rod With Tinsel
 D16 Electric Field Lines
 D20 Conducting Ping-Pong Ball Between Two Spheres

Week 2, Day 1:
 D36 Napoleon's Methane Gun

Week 2, Day 2:
 D36 Napoleon's Methane Gun

Week 3, Day 1:
 D8 Charged Person Using Van De Graaff Generator
 D12 Demonstration of Induction using Electroscope
 D13 Demonstration of the Electrophorus
 D14 Demonstration of the Wimshurst Machine
 D20 Conducting Ping-Pong Ball Between Two Spheres
 D28 Surface Distribution of Charge

Week 3, Day 2:
 E2 Dissectible Capacitor
 E3 Electric Field Lines of a Parallel Plate Capacitor
 E5 Dielectrics Between Capacitor Plates
 E6 Exploding Wire

Week 4, Day 1:
 E8 RC Time Constant Displayed on a Oscilloscope
 E10 RC Time COnstant Displayed with a Light Bulb
 F1 Conducting Glass

Week 4, Day 2:
 D35 Kelvin Water Drop Generator
 E8 RC Time Constant Displayed on a Oscilloscope
 E10 RC Time COnstant Displayed with a Light Bulb
 F18 Electrocardiogram

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 6, Day 1:
 G1 Deflection of a Compass Needle with a Magnet
 G2 Magnetic Field Lines of a Bar Magnet
 G5 Magnetic Deflection of a Electron Beam
 G8 Wire in a Magnetic Field - Jumping Wire

Week 6, Day 2:
 G9 Series or Parallel Current-Carrying Wires
 G12 Single Wire
 G13 Single Loop of Current
 J2 Electromagnet and Weights

Week 7, Day 1:
 H25 Principle of a DC Motor
 J1 Simulation of Magnetic Domains
 J2 Electromagnet and Weights
 J3 Barkhausen Effect

Week 7, Day 2:
  

Week 8, Day 1:
 H3 Fixed Coil with a Moving Permanent Magnet
 H4 Coil with a Light Bulb Between a Magnet
 H9 Variable Turns Around a Primary Coil
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder
 H22 Jumping Ring

Week 8, Day 2:
 G7 Superconductor
 H6 Earth's Field Coil
 H7 Hand Crank Generator
 H14 Aluminum Plate between Pole Faces of a Magnet
 H15 Levitating Coil on an Aluminum Plate

Week 9, Day 1:
 H12 Marconi Coil
 L3 Cable Wrapped Around a Coil
 L6 Resonant LC Circuit with a Light Bulb

Week 9, Day 2:
  

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 12, Day 1:
 K4 Polarization of Radio Waves - Dipole Antenna
 K5 Radio Transmission and Reception

Week 12, Day 2:
 K2 Interference of Microwaves
 Q4 Double Slit Laser Diffraction
 Q7 Transmission Grating with a Laser
 Q8 Two-Dimensional Grating with a Laser

Week 13, Day 1:
 K3 Polarization of Microwaves
 M2 Total Internal Reflection
 T1 Polarizing Filters and Light

Week 13, Day 2:
 M1 Virtual Image
 M4 Fiber Optic Bundle
 N1 Continuous Spectrum with Prism
 N5 Rainbow
 P7 Reflection off Soap Bubbles

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Spring 2023 - Slatyer


Week 1, Day 1:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon

Week 1, Day 2:
 D16 Electric Field Lines

Week 2, Day 1:
 D20 Conducting Ping-Pong Ball Between Two Spheres
 D19 Electric Chimes

Week 2, Day 2:
 D29 Breakdown of Air - Lightning and Corona Discharge
 D32 Faraday's Cage

Week 3, Day 1:
 E6 Exploding Wire

Week 3, Day 2:
 D27 Electric Field Inside a Hollow Conductor Contact method

Week 4, Day 1:
 E3 Electric Field Lines of a Parallel Plate Capacitor

Week 4, Day 2:
 F4 Temperature Effect on Resistance
 F5 Conductivity of Ionized Water

Week 5, Day 1:
 F7 Two Cu-Zn Cells in Series - Light a Lamp

Week 5, Day 2:
  

Week 6, Day 1:
 F11 Two Resistors
 F13 5 Different Types of Resistances in Series

Week 6, Day 2:
 G1 Deflection of a Compass Needle with a Magnet
 G5 Magnetic Deflection of a Electron Beam

Week 7, Day 1:
 G9 Series or Parallel Current-Carrying Wires

Week 7, Day 2:
 G19 B Field between Helmholtz Coil

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 9, Day 1:
 H3 Fixed Coil with a Moving Permanent Magnet
 H4 Coil with a Light Bulb Between a Magnet
 H16 Lenz's Law

Week 9, Day 2:
 H26 Coffee Can Rotation in a B Field
 H13 Copper Pendulum between Poles of Magnet
 H17 Back "emf" in a Large Inductor

Week 10, Day 1:
 L2 Damped RLC Circuit

Week 10, Day 2:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Spring 2022 - Slatyer


Week 1, Day 1:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon

Week 1, Day 2:
 D16 Electric Field Lines

Week 2, Day 1:
 D20 Conducting Ping-Pong Ball Between Two Spheres

Week 2, Day 2:
 D29 Breakdown of Air - Lightning and Corona Discharge
 D32 Faraday's Cage

Week 3, Day 1:
 E6 Exploding Wire

Week 3, Day 2:
 D27 Electric Field Inside a Hollow Conductor Contact method

Week 4, Day 1:
 E3 Electric Field Lines of a Parallel Plate Capacitor

Week 4, Day 2:
 F4 Temperature Effect on Resistance
 F5 Conductivity of Ionized Water

Week 5, Day 1:
 F7 Two Cu-Zn Cells in Series - Light a Lamp

Week 5, Day 2:
  

Week 6, Day 1:
 F11 Two Resistors

Week 6, Day 2:
 G1 Deflection of a Compass Needle with a Magnet

Week 7, Day 1:
 G9 Series or Parallel Current-Carrying Wires

Week 7, Day 2:
 G19 B Field between Helmholtz Coil

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 9, Day 1:
 H3 Fixed Coil with a Moving Permanent Magnet
 H4 Coil with a Light Bulb Between a Magnet

Week 9, Day 2:
 H13 Copper Pendulum between Poles of Magnet
 H17 Back "emf" in a Large Inductor

Week 10, Day 1:
 L2 Damped RLC Circuit

Week 10, Day 2:
  

Week 11, Day 1:
  

Week 11, Day 2:
 L6 Resonant LC Circuit with a Light Bulb

Week 12, Day 1:
 L7 Resonant RLC Phase Shift

Week 12, Day 2:
 A4 Measuring the Speed of Light

Week 13, Day 1:
 C27 Bell Lab Wave Machine
 K3 Polarization of Microwaves

Week 13, Day 2:
 K4 Polarization of Radio Waves - Dipole Antenna
 K5 Radio Transmission and Reception

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Fall 2022 - Ashoori


Week 1, Day 1:
  

Week 1, Day 2:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D7 Confetti and Van de Graaff Generator
 D8 Charged Person Using Van De Graaff Generator

Week 2, Day 1:
 D11 Electrically Charged Student
 D4 Demonstration of an Electroscope
 D20 Conducting Ping-Pong Ball Between Two Spheres

Week 2, Day 2:
 D16 Electric Field Lines
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator
 V6 Cloud Chamber

Week 3, Day 1:
 D28 Surface Distribution of Charge
 D35 Kelvin Water Drop Generator
 D18 Conducting Ping-Pong Ball between Capacitor Plates
 D14 Demonstration of the Wimshurst Machine

Week 3, Day 2:
 D37 Smoke Precipitator
 D29 Breakdown of Air - Lightning and Corona Discharge
 D32 Faraday's Cage

Week 4, Day 1:
 D27 Electric Field Inside a Hollow Conductor Contact method
 F5 Conductivity of Ionized Water
 bell jar and sparks

Week 4, Day 2:
 D32 Faraday's Cage
 D24 Fluorescent and Neon Tubes in Van De Graaff Field
 E6 Exploding Wire

Week 5, Day 1:
 E1 Capacitors Used in Wimshurst Machine
 E5 Dielectrics Between Capacitor Plates
 E7 Discharging a Capacitor Bank Through a Light Bulb
 E2 Dissectible Capacitor

Week 5, Day 2:
  

Week 6, Day 1:
  

Week 6, Day 2:
 D3 Amber Rod and Comb With HE-Filled Balloon
 F1 Conducting Glass
 F4 Temperature Effect on Resistance

Week 7, Day 1:
 E11 RC Radio Filter
 E13 Relaxation Oscillator - Fluorescent Lamp
 F16 V-I Relationship of LInear and Non-Linear Components

Week 7, Day 2:
 E8 RC Time Constant Displayed on a Oscilloscope
 E9 10 Second RC Time Constant

Week 8, Day 1:
 G1 Deflection of a Compass Needle with a Magnet
 G2 Magnetic Field Lines of a Bar Magnet
 G3 Magnet and a Nail on a String
 G4 Levitating Magnets
 G5 Magnetic Deflection of a Electron Beam
 G6 Magnetic Deflection of a TV Image
 G7 Superconductor
 G8 Wire in a Magnetic Field - Jumping Wire
 G9 Series or Parallel Current-Carrying Wires
  

Week 8, Day 2:
 V7 Circular Orbit E/M
 G11 Current Balance
 G12 Single Wire
 G13 Single Loop of Current
 G14 Single Vertical Wire and Compass Needle
 G15 Single Horizontal Wire and Compass Needle

Week 9, Day 1:
 G16 Magnetic Field of an 8 Turn Solenoid
 G18 B Field of a Long Solenoid
 G22 Hall Effect

Week 9, Day 2:
 H1 Wire Loop with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 H4 Coil with a Light Bulb Between a Magnet
 H5 Ring Falling in a Magnetic Field
 H8 Wire Loop Around a Solenoid
 H9 Variable Turns Around a Primary Coil
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder
 H22 Jumping Ring

Week 10, Day 1:
 H13 Copper Pendulum between Poles of Magnet
 H14 Aluminum Plate between Pole Faces of a Magnet
 H15 Levitating Coil on an Aluminum Plate
 H28 Levitating Magnet
 H17 Back "emf" in a Large Inductor
 H19 Two Small Coils and Sine Wave Generator
 H22 Jumping Ring

Week 10, Day 2:
  

Week 11, Day 1:
 H25 Principle of a DC Motor
 H20 Growth of Current in an Inductor
 H21 LR Time Constant
 H27 Rotating "B" Field Motor

Week 11, Day 2:
 L5 Mutual Inductance with Two Coil Resonant
 H26 Coffee Can Rotation in a B Field

Week 12, Day 1:
 L5 Mutual Inductance with Two Coil Resonant
 L7 Resonant RLC Phase Shift
 L8 Swept Display of RLC Resonance
 L6 Resonant LC Circuit with a Light Bulb

Week 12, Day 2:
  

Week 13, Day 1:
 K1 E and B Fields of Microwaves
 A4 Measuring the Speed of Light

Week 13, Day 2:
 K4 Polarization of Radio Waves - Dipole Antenna
 K3 Polarization of Microwaves
 K5 Radio Transmission and Reception
 T1 Polarizing Filters and Light
 T8 Polarization in a Sugar Solution

Week 14, Day 1:
 K8 Reflection and Termination in a Transmission Line
 K9 RC Time Constant in a Transmission Line
 N4 Scattering of Light

Week 14, Day 2:
 J2 Electromagnet and Weights
 J4 Paramagnetism of Liquid Oxygen
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials
 J8 Electromagnet With and Without an Iron Rod

Week 15, Day 1:
 J3 Barkhausen Effect
 J7 Magnetizing and Demagnetizing an Iron Rod
 J10 Curie Point of Iron
 J11 Hysteresis Curve of an Iron Core Transformer

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Spring 2018 - Gedik


Week 1, Day 1:
  

Week 1, Day 2:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D7 Confetti and Van de Graaff Generator
 D8 Charged Person Using Van De Graaff Generator

Week 2, Day 1:
 D11 Electrically Charged Student
 D4 Demonstration of an Electroscope
 D20 Conducting Ping-Pong Ball Between Two Spheres

Week 2, Day 2:
 D16 Electric Field Lines
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator
 V6 Cloud Chamber

Week 3, Day 1:
 D16 Electric Field Lines
 D21 Field of a Sphere and an Infinite Plane

Week 3, Day 2:
 D26 Electric Field Inside a Hollow Conductor Induction method
 D27 Electric Field Inside a Hollow Conductor Contact method
 D28 Surface Distribution of Charge
 D29 Breakdown of Air - Lightning and Corona Discharge
 D32 Faraday's Cage

Week 4, Day 1:
 D26 Electric Field Inside a Hollow Conductor Induction method
 D27 Electric Field Inside a Hollow Conductor Contact method
 D28 Surface Distribution of Charge
 D29 Breakdown of Air - Lightning and Corona Discharge
 D32 Faraday's Cage

Week 4, Day 2:
 E2 Dissectible Capacitor
 E4 Potential Difference between Capacitor Plates
 E5 Dielectrics Between Capacitor Plates
 E6 Exploding Wire
 E7 Discharging a Capacitor Bank Through a Light Bulb

Week 5, Day 1:
 F1 Conducting Glass
 F4 Temperature Effect on Resistance
 F5 Conductivity of Ionized Water
 F7 Two Cu-Zn Cells in Series - Light a Lamp

Week 5, Day 2:
  

Week 6, Day 1:
 F1 Conducting Glass
 F7 Two Cu-Zn Cells in Series - Light a Lamp

Week 6, Day 2:
 E8 RC Time Constant Displayed on a Oscilloscope
 E9 10 Second RC Time Constant
 F16 V-I Relationship of LInear and Non-Linear Components

Week 7, Day 1:
 G1 Deflection of a Compass Needle with a Magnet
 G2 Magnetic Field Lines of a Bar Magnet
 G8 Wire in a Magnetic Field - Jumping Wire
 G9 Series or Parallel Current-Carrying Wires
 G14 Single Vertical Wire and Compass Needle
 G15 Single Horizontal Wire and Compass Needle

Week 7, Day 2:
 G12 Single Wire
 G13 Single Loop of Current
 G16 Magnetic Field of an 8 Turn Solenoid
 G21 Collapsing Solenoid

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 9, Day 1:
 H1 Wire Loop with a Magnetron Magnet
 H2 Copper Coil with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 H4 Coil with a Light Bulb Between a Magnet

Week 9, Day 2:
 H8 Wire Loop Around a Solenoid
 H13 Copper Pendulum between Poles of Magnet
 H14 Aluminum Plate between Pole Faces of a Magnet
 H19 Two Small Coils and Sine Wave Generator
 H22 Jumping Ring

Week 10, Day 1:
 H17 Back "emf" in a Large Inductor
 H20 Growth of Current in an Inductor
 H21 LR Time Constant

Week 10, Day 2:
 L2 Damped RLC Circuit
 C11 Damped and Undamped Masses on a Spring
 H23 LR Phase Shift

Week 11, Day 1:
  

Week 11, Day 2:
 L6 Resonant LC Circuit with a Light Bulb
 L7 Resonant RLC Phase Shift
 H23 LR Phase Shift

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 13, Day 1:
 E11 RC Radio Filter
 H24 LR Radio Filter
 L8 Swept Display of RLC Resonance
 L76

Week 13, Day 2:
 K1 E and B Fields of Microwaves
 A4 Measuring the Speed of Light

Week 14, Day 1:
 T1 Polarizing Filters and Light
 T8 Polarization in a Sugar Solution
 T9 Various Birefringent Materials
 T12 Polarization of Radio Waves
 T13 Polarization of Microwaves

Week 14, Day 2:
 T12 Polarization of Radio Waves
 K8 Reflection and Termination in a Transmission Line
 K6 Lecher Lines

Week 15, Day 1:
  

Week 15, Day 2:
 T4 Polarization by Scattering
 N4 Scattering of Light

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Fall 2017 - Winslow


Week 1, Day 1:
  

Week 1, Day 2:
 D7 Confetti and Van de Graaff Generator
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 G1 Deflection of a Compass Needle with a Magnet
 G4 Levitating Magnets

Week 2, Day 1:
  

Week 2, Day 2:
 D4 Demonstration of an Electroscope
 D24 Fluorescent and Neon Tubes in Van De Graaff Field
 D16 Electric Field Lines

Week 3, Day 1:
 D26 Electric Field Inside a Hollow Conductor Induction method
 D27 Electric Field Inside a Hollow Conductor Contact method
 D14 Demonstration of the Wimshurst Machine

Week 3, Day 2:
  

Week 4, Day 1:
 D27 Electric Field Inside a Hollow Conductor Contact method
 D28 Surface Distribution of Charge

Week 4, Day 2:
 D32 Faraday's Cage
 E7 Discharging a Capacitor Bank Through a Light Bulb
 E2 Dissectible Capacitor

Week 5, Day 1:
  

Week 5, Day 2:
 E5 Dielectrics Between Capacitor Plates
 E6 Exploding Wire

Week 6, Day 1:
 F1 Conducting Glass
 F5 Conductivity of Ionized Water

Week 6, Day 2:
  

Week 7, Day 1:
 G9 Series or Parallel Current-Carrying Wires
 G8 Wire in a Magnetic Field - Jumping Wire
 E8 RC Time Constant Displayed on a Oscilloscope

Week 7, Day 2:
  

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 9, Day 1:
 G8 Wire in a Magnetic Field - Jumping Wire

Week 9, Day 2:
 H3 Fixed Coil with a Moving Permanent Magnet
 H16 Lenz's Law
 H22 Jumping Ring

Week 10, Day 1:
  

Week 10, Day 2:
 H31 Two Small Coils and Radio
 H17 Back "emf" in a Large Inductor
 H13 Copper Pendulum between Poles of Magnet

Week 11, Day 1:
  

Week 11, Day 2:
 L6 Resonant LC Circuit with a Light Bulb
 H17 Back "emf" in a Large Inductor

Week 12, Day 1:
 L6 Resonant LC Circuit with a Light Bulb
 L2 Damped RLC Circuit
 C11 Damped and Undamped Masses on a Spring

Week 12, Day 2:
 L2 Damped RLC Circuit

Week 13, Day 1:
 E11 RC Radio Filter
 H24 LR Radio Filter

Week 13, Day 2:
 C27 Bell Lab Wave Machine

Week 14, Day 1:
 T1 Polarizing Filters and Light
 T12 Polarization of Radio Waves

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
 D27 Electric Field Inside a Hollow Conductor Contact method
 D14 Demonstration of the Wimshurst Machine
 D32 Faraday's Cage
 E6 Exploding Wire
 L6 Resonant LC Circuit with a Light Bulb
 H17 Back "emf" in a Large Inductor
 H3 Fixed Coil with a Moving Permanent Magnet
 E11 RC Radio Filter
 H22 Jumping Ring
 G8 Wire in a Magnetic Field - Jumping Wire

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Spring 2010 - ?


Week 1, Day 1:
  

Week 1, Day 2:
 D2 Amber and Glass Rods with HE Filled Balloon
 D4 Demonstration of an Electroscope
 D8 Charged Person Using Van De Graaff Generator
 D11 Electrically Charged Student
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator

Week 2, Day 1:
 D22 Dipole in a Van de Graff Generator Field
 D26 Electric Field Inside a Hollow Conductor Induction method
 D27 Electric Field Inside a Hollow Conductor Contact method
 D28 Surface Distribution of Charge

Week 2, Day 2:
 D24 Fluorescent and Neon Tubes in Van De Graaff Field
 D14 Demonstration of the Wimshurst Machine

Week 3, Day 1:
 G2 Magnetic Field Lines of a Bar Magnet
 D16 Electric Field Lines

Week 3, Day 2:
 D8 Charged Person Using Van De Graaff Generator
 D21 Field of a Sphere and an Infinite Plane
 D32 Faraday's Cage
 D27 Electric Field Inside a Hollow Conductor Contact method
 D28 Surface Distribution of Charge
 D29 Breakdown of Air - Lightning and Corona Discharge

Week 4, Day 1:
 D16 Electric Field Lines
 D21 Field of a Sphere and an Infinite Plane
 E4 Potential Difference between Capacitor Plates

Week 4, Day 2:
 E2 Dissectible Capacitor
 E7 Discharging a Capacitor Bank Through a Light Bulb

Week 5, Day 1:
 E6 Exploding Wire
 F1 Conducting Glass
 F4 Temperature Effect on Resistance
 F5 Conductivity of Ionized Water

Week 5, Day 2:
 E8 RC Time Constant Displayed on a Oscilloscope
 E9 10 Second RC Time Constant
 F6 Two CU-Zn Cells in Series - Measure Voltage
 F7 Two Cu-Zn Cells in Series - Light a Lamp
 F16 V-I Relationship of LInear and Non-Linear Components
 F17 V-I Relationship with a Resistor and Light Bulb

Week 6, Day 1:
  

Week 6, Day 2:
 G1 Deflection of a Compass Needle with a Magnet
 G2 Magnetic Field Lines of a Bar Magnet
 G4 Levitating Magnets
 G8 Wire in a Magnetic Field - Jumping Wire
 G9 Series or Parallel Current-Carrying Wires
 G14 Single Vertical Wire and Compass Needle
 G15 Single Horizontal Wire and Compass Needle

Week 7, Day 1:
  

Week 7, Day 2:
 G18 B Field of a Long Solenoid
 G12 Single Wire
 G13 Single Loop of Current
 G16 Magnetic Field of an 8 Turn Solenoid
 H1 Wire Loop with a Magnetron Magnet

Week 8, Day 1:
 H22 Jumping Ring
 H4 Coil with a Light Bulb Between a Magnet
 H5 Ring Falling in a Magnetic Field
 H8 Wire Loop Around a Solenoid

Week 8, Day 2:
  

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 10, Day 1:
 H25 Principle of a DC Motor
 H7 Hand Crank Generator
 H27 Rotating "B" Field Motor

Week 10, Day 2:
 H9 Variable Turns Around a Primary Coil
 H10 Single Turn Around a Primary Coil Melting Nail
 L7 Resonant RLC Phase Shift
 C59 Driven Mechanical Oscillator
 H11 High Turn Secondary Jacobs Ladder

Week 11, Day 1:
  

Week 11, Day 2:
 K2 Interference of Microwaves
 K5 Radio Transmission and Reception
 H21 LR Time Constant

Week 12, Day 1:
  

Week 12, Day 2:
 K4 Polarization of Radio Waves - Dipole Antenna
 T1 Polarizing Filters and Light
 T4 Polarization by Scattering
 T13 Polarization of Microwaves

Week 13, Day 1:
 T8 Polarization in a Sugar Solution
 N4 Scattering of Light

Week 13, Day 2:
 K8 Reflection and Termination in a Transmission Line
 E5 Dielectrics Between Capacitor Plates
 T11 Liquid Crystal Light Shutter

Week 14, Day 1:
 E5 Dielectrics Between Capacitor Plates
 E16 Electrorheological Fluid

Week 14, Day 2:
 N1 Continuous Spectrum with Prism
 T11 Liquid Crystal Light Shutter

Week 15, Day 1:
 J1 Simulation of Magnetic Domains
 J3 Barkhausen Effect
 J4 Paramagnetism of Liquid Oxygen
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials
 J10 Curie Point of Iron

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Fall 2008 - Winn


Week 1, Day 1:
  

Week 1, Day 2:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 G3 Magnet and a Nail on a String
 D12 Demonstration of Induction using Electroscope
 D15 Two Identical Spheres Charged by Induction
 D8 Charged Person Using Van De Graaff Generator

Week 2, Day 1:
 D16 Electric Field Lines

Week 2, Day 2:
 D14 Demonstration of the Wimshurst Machine

Week 3, Day 1:
 D21 Field of a Sphere and an Infinite Plane

Week 3, Day 2:
 D29 Breakdown of Air - Lightning and Corona Discharge

Week 4, Day 1:
 D26 Electric Field Inside a Hollow Conductor Induction method
 D26 Electric Field Inside a Hollow Conductor Induction method
 D28 Surface Distribution of Charge
 D32 Faraday's Cage
 D29 Breakdown of Air - Lightning and Corona Discharge

Week 4, Day 2:
 D16 Electric Field Lines
 E4 Potential Difference between Capacitor Plates
 E5 Dielectrics Between Capacitor Plates
 E7 Discharging a Capacitor Bank Through a Light Bulb

Week 5, Day 1:
  

Week 5, Day 2:
 E2 Dissectible Capacitor
 E5 Dielectrics Between Capacitor Plates
 E6 Exploding Wire

Week 6, Day 1:
 F1 Conducting Glass
 F4 Temperature Effect on Resistance
 F5 Conductivity of Ionized Water

Week 6, Day 2:
 E8 RC Time Constant Displayed on a Oscilloscope
 E9 10 Second RC Time Constant
 F6 Two CU-Zn Cells in Series - Measure Voltage
 F7 Two Cu-Zn Cells in Series - Light a Lamp
 F16 V-I Relationship of LInear and Non-Linear Components

Week 7, Day 1:
 1
 G2 Magnetic Field Lines of a Bar Magnet
 G8 Wire in a Magnetic Field - Jumping Wire
 G9 Series or Parallel Current-Carrying Wires
 G14 Single Vertical Wire and Compass Needle
 G15 Single Horizontal Wire and Compass Needle

Week 7, Day 2:
 G21 Collapsing Solenoid
 G12 Single Wire
 G13 Single Loop of Current
 G16 Magnetic Field of an 8 Turn Solenoid

Week 8, Day 1:
 H1 Wire Loop with a Magnetron Magnet
 H2 Copper Coil with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 H8 Wire Loop Around a Solenoid
 H4 Coil with a Light Bulb Between a Magnet
 H30 Non-Conservative Fields

Week 8, Day 2:
 H22 Jumping Ring
 H15 Levitating Coil on an Aluminum Plate
 H5 Ring Falling in a Magnetic Field
 H16 Lenz's Law
 G7 Superconductor

Week 9, Day 1:
 H25 Principle of a DC Motor
 H7 Hand Crank Generator
 H27 Rotating "B" Field Motor

Week 9, Day 2:
 H9 Variable Turns Around a Primary Coil
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder
 H17 Back "emf" in a Large Inductor
 H19 Two Small Coils and Sine Wave Generator
 H20 Growth of Current in an Inductor
 H21 LR Time Constant

Week 10, Day 1:
 J1 Simulation of Magnetic Domains
 J3 Barkhausen Effect
 J4 Paramagnetism of Liquid Oxygen
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials
 J9 Induced Current in an Iron Core Solenoid
 J10 Curie Point of Iron

Week 10, Day 2:
  

Week 11, Day 1:
  

Week 11, Day 2:
 L2 Damped RLC Circuit
 C11 Damped and Undamped Masses on a Spring
 C17 Simple Harmonic Motion with Damping

Week 12, Day 1:
 H23 LR Phase Shift
 L7 Resonant RLC Phase Shift
 E11 RC Radio Filter
 H24 LR Radio Filter
 K5 Radio Transmission and Reception
 H22 Jumping Ring

Week 12, Day 2:
 T1 Polarizing Filters and Light
 T13 Polarization of Microwaves
 N6 Double-Refracting Calcite Crystals
 T7 Rotation of a 1/4 - Wave Plate

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
 H1 Wire Loop with a Magnetron Magnet
 H2 Copper Coil with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet

Week 14, Day 2:
  

Week 15, Day 1:
 T4 Polarization by Scattering
 N4 Scattering of Light
 T8 Polarization in a Sugar Solution

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Fall 2007 - ?


Week 1, Day 1:
  

Week 1, Day 2:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 G1 Deflection of a Compass Needle with a Magnet
 G3 Magnet and a Nail on a String
 D8 Charged Person Using Van De Graaff Generator
 D11 Electrically Charged Student

Week 2, Day 1:
 D21 Field of a Sphere and an Infinite Plane
 D16 Electric Field Lines
 D24 Fluorescent and Neon Tubes in Van De Graaff Field

Week 2, Day 2:
 D12 Demonstration of Induction using Electroscope
 D13 Demonstration of the Electrophorus
 D15 Two Identical Spheres Charged by Induction

Week 3, Day 1:
 D14 Demonstration of the Wimshurst Machine

Week 3, Day 2:
 D26 Electric Field Inside a Hollow Conductor Induction method
 D27 Electric Field Inside a Hollow Conductor Contact method
 D28 Surface Distribution of Charge
 D29 Breakdown of Air - Lightning and Corona Discharge
 D32 Faraday's Cage

Week 4, Day 1:
  

Week 4, Day 2:
 D29 Breakdown of Air - Lightning and Corona Discharge
 D28 Surface Distribution of Charge
 D16 Electric Field Lines
 E1 Capacitors Used in Wimshurst Machine
 E4 Potential Difference between Capacitor Plates
 E5 Dielectrics Between Capacitor Plates
 E7 Discharging a Capacitor Bank Through a Light Bulb

Week 5, Day 1:
  

Week 5, Day 2:
 E2 Dissectible Capacitor
 E5 Dielectrics Between Capacitor Plates
 E6 Exploding Wire

Week 6, Day 1:
  

Week 6, Day 2:
 F1 Conducting Glass
 F4 Temperature Effect on Resistance
 F5 Conductivity of Ionized Water

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 8, Day 1:
 G12 Single Wire
 G13 Single Loop of Current
 G16 Magnetic Field of an 8 Turn Solenoid
 H1 Wire Loop with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 H8 Wire Loop Around a Solenoid
 G21 Collapsing Solenoid

Week 8, Day 2:
 H1 Wire Loop with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 H8 Wire Loop Around a Solenoid
 H4 Coil with a Light Bulb Between a Magnet
 H30 Non-Conservative Fields
 H22 Jumping Ring

Week 9, Day 1:
 H25 Principle of a DC Motor
 H7 Hand Crank Generator
 H5 Ring Falling in a Magnetic Field
 H13 Copper Pendulum between Poles of Magnet
 H15 Levitating Coil on an Aluminum Plate
 H16 Lenz's Law
 H27 Rotating "B" Field Motor

Week 9, Day 2:
 H9 Variable Turns Around a Primary Coil
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder
 H12 Marconi Coil
 H17 Back "emf" in a Large Inductor
 H18 Two Small Coils and a Battery
 H20 Growth of Current in an Inductor
 H21 LR Time Constant

Week 10, Day 1:
  

Week 10, Day 2:
 J1 Simulation of Magnetic Domains
 J3 Barkhausen Effect
 J4 Paramagnetism of Liquid Oxygen
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials
 J9 Induced Current in an Iron Core Solenoid
 J10 Curie Point of Iron

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 12, Day 1:
 C59 Driven Mechanical Oscillator
 H23 LR Phase Shift
 L7 Resonant RLC Phase Shift
 L8 Swept Display of RLC Resonance
 L6 Resonant LC Circuit with a Light Bulb

Week 12, Day 2:
 H22 Jumping Ring
 E11 RC Radio Filter
 H24 LR Radio Filter
 C66 Breaking a Glass w/ Sound

Week 13, Day 1:
 K2 Interference of Microwaves
 T1 Polarizing Filters and Light
 T12 Polarization of Radio Waves
 T13 Polarization of Microwaves

Week 13, Day 2:
 T12 Polarization of Radio Waves

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Spring 2007 - ?


Week 1, Day 1:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D4 Demonstration of an Electroscope
 D12 Demonstration of Induction using Electroscope
 G1 Deflection of a Compass Needle with a Magnet
 G4 Levitating Magnets
 D9 Coulomb's Law Using Charged Pith Balls
 D11 Electrically Charged Student
 D7 Confetti and Van de Graaff Generator

Week 1, Day 2:
 D4 Demonstration of an Electroscope
 D16 Electric Field Lines
 D8 Charged Person Using Van De Graaff Generator
 D24 Fluorescent and Neon Tubes in Van De Graaff Field

Week 2, Day 1:
 D14 Demonstration of the Wimshurst Machine
 D26 Electric Field Inside a Hollow Conductor Induction method
 D27 Electric Field Inside a Hollow Conductor Contact method

Week 2, Day 2:
 D28 Surface Distribution of Charge
 D32 Faraday's Cage
 D29 Breakdown of Air - Lightning and Corona Discharge

Week 3, Day 1:
  

Week 3, Day 2:
 E7 Discharging a Capacitor Bank Through a Light Bulb
 D16 Electric Field Lines
 D28 Surface Distribution of Charge

Week 4, Day 1:
  

Week 4, Day 2:
 E5 Dielectrics Between Capacitor Plates
 E2 Dissectible Capacitor
 E6 Exploding Wire

Week 5, Day 1:
 F1 Conducting Glass
 F4 Temperature Effect on Resistance
 F5 Conductivity of Ionized Water

Week 5, Day 2:
 F7 Two Cu-Zn Cells in Series - Light a Lamp
 F16 V-I Relationship of LInear and Non-Linear Components
 E8 RC Time Constant Displayed on a Oscilloscope
 E9 10 Second RC Time Constant

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 7, Day 1:
 H4 Coil with a Light Bulb Between a Magnet
 H10 Single Turn Around a Primary Coil Melting Nail
 H13 Copper Pendulum between Poles of Magnet
 H15 Levitating Coil on an Aluminum Plate
 H22 Jumping Ring
 H14 Aluminum Plate between Pole Faces of a Magnet
 H16 Lenz's Law

Week 7, Day 2:
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder
 H17 Back "emf" in a Large Inductor
 H18 Two Small Coils and a Battery
 H19 Two Small Coils and Sine Wave Generator
 H25 Principle of a DC Motor
 H31 Two Small Coils and Radio

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 10, Day 1:
 H22 Jumping Ring
 H26 Coffee Can Rotation in a B Field
 H27 Rotating "B" Field Motor
 L8 Swept Display of RLC Resonance
 C59 Driven Mechanical Oscillator
 L6 Resonant LC Circuit with a Light Bulb
 C66 Breaking a Glass w/ Sound

Week 10, Day 2:
  

Week 11, Day 1:
  

Week 11, Day 2:
 J1 Simulation of Magnetic Domains
 J3 Barkhausen Effect
 J4 Paramagnetism of Liquid Oxygen
 J7 Magnetizing and Demagnetizing an Iron Rod
 J8 Electromagnet With and Without an Iron Rod
 J10 Curie Point of Iron
 J11 Hysteresis Curve of an Iron Core Transformer
 G7 Superconductor

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 13, Day 1:
 K4 Polarization of Radio Waves - Dipole Antenna

Week 13, Day 2:
 T1 Polarizing Filters and Light
 T13 Polarization of Microwaves
 T4 Polarization by Scattering
 N6 Double-Refracting Calcite Crystals
 T7 Rotation of a 1/4 - Wave Plate
 T8 Polarization in a Sugar Solution
 N4 Scattering of Light

Week 14, Day 1:
 field trip to PSFC

Week 14, Day 2:
 H2 Copper Coil with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Spring 2004 - ?


Week 1, Day 1:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D4 Demonstration of an Electroscope
 D12 Demonstration of Induction using Electroscope
 D9 Coulomb's Law Using Charged Pith Balls
 E6 Exploding Wire

Week 1, Day 2:
 D16 Electric Field Lines
 D7 Confetti and Van de Graaff Generator
 D8 Charged Person Using Van De Graaff Generator

Week 2, Day 1:
 D26 Electric Field Inside a Hollow Conductor Induction method
 D27 Electric Field Inside a Hollow Conductor Contact method
 D28 Surface Distribution of Charge

Week 2, Day 2:
 D18 Conducting Ping-Pong Ball between Capacitor Plates
 D35 Kelvin Water Drop Generator

Week 3, Day 1:
  

Week 3, Day 2:
 D27 Electric Field Inside a Hollow Conductor Contact method
 D28 Surface Distribution of Charge
 D32 Faraday's Cage
 D29 Breakdown of Air - Lightning and Corona Discharge

Week 4, Day 1:
 D16 Electric Field Lines
 D14 Demonstration of the Wimshurst Machine
 E1 Capacitors Used in Wimshurst Machine
 D18 Conducting Ping-Pong Ball between Capacitor Plates
 E5 Dielectrics Between Capacitor Plates
 E7 Discharging a Capacitor Bank Through a Light Bulb
 E2 Dissectible Capacitor

Week 4, Day 2:
 D30 Discharge of Conductor by Surrounding Ions
 F1 Conducting Glass
 F4 Temperature Effect on Resistance

Week 5, Day 1:
 Missing weeks

Week 5, Day 2:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 12, Day 1:
  

Week 12, Day 2:
 H26 Coffee Can Rotation in a B Field
 H25 Principle of a DC Motor
 H27 Rotating "B" Field Motor
 L8 Swept Display of RLC Resonance
 L6 Resonant LC Circuit with a Light Bulb
 H24 LR Radio Filter

Week 13, Day 1:
 K4 Polarization of Radio Waves - Dipole Antenna

Week 13, Day 2:
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves
 T1 Polarizing Filters and Light
 A4 Measuring the Speed of Light
 K5 Radio Transmission and Reception

Week 14, Day 1:
 K3 Polarization of Microwaves
 T1 Polarizing Filters and Light
 K5 Radio Transmission and Reception
 T4 Polarization by Scattering
 T8 Polarization in a Sugar Solution
 T9 Various Birefringent Materials
 T10 Strain Lines

Week 14, Day 2:
 K4 Polarization of Radio Waves - Dipole Antenna
 T4 Polarization by Scattering
 N4 Scattering of Light

Week 15, Day 1:
 J3 Barkhausen Effect
 J4 Paramagnetism of Liquid Oxygen
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials
 J7 Magnetizing and Demagnetizing an Iron Rod
 J10 Curie Point of Iron
 J11 Hysteresis Curve of an Iron Core Transformer
 L6 Resonant LC Circuit with a Light Bulb

Week 15, Day 2:
 J4 Paramagnetism of Liquid Oxygen

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Spring 2003 - ?


Week 1, Day 1:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D7 Confetti and Van de Graaff Generator
 D8 Charged Person Using Van De Graaff Generator

Week 1, Day 2:
 D11 Electrically Charged Student
 D4 Demonstration of an Electroscope
 D20 Conducting Ping-Pong Ball Between Two Spheres

Week 2, Day 1:
 D16 Electric Field Lines
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator

Week 2, Day 2:
 D28 Surface Distribution of Charge
 D35 Kelvin Water Drop Generator
 D18 Conducting Ping-Pong Ball between Capacitor Plates
 D14 Demonstration of the Wimshurst Machine

Week 3, Day 1:
  

Week 3, Day 2:
 D29 Breakdown of Air - Lightning and Corona Discharge
 D37 Smoke Precipitator
 VdG

Week 4, Day 1:
 D27 Electric Field Inside a Hollow Conductor Contact method
 F5 Conductivity of Ionized Water
 bell jar discharge

Week 4, Day 2:
 D32 Faraday's Cage
 D34 Principle of a Van de Graaff Generator
 V8 Glow Discharge

Week 5, Day 1:
 E1 Capacitors Used in Wimshurst Machine
 E5 Dielectrics Between Capacitor Plates
 E7 Discharging a Capacitor Bank Through a Light Bulb
 E2 Dissectible Capacitor
 capacitors

Week 5, Day 2:
  

Week 6, Day 1:
 D30 Discharge of Conductor by Surrounding Ions
 F1 Conducting Glass
 F4 Temperature Effect on Resistance

Week 6, Day 2:
 E11 RC Radio Filter
 E13 Relaxation Oscillator - Fluorescent Lamp
 F16 V-I Relationship of LInear and Non-Linear Components

Week 7, Day 1:
 E8 RC Time Constant Displayed on a Oscilloscope
 E9 10 Second RC Time Constant
 E11 RC Radio Filter
 E12 Relaxation Oscillator - Neon Lamp
 G1 Deflection of a Compass Needle with a Magnet
 G2 Magnetic Field Lines of a Bar Magnet
 G3 Magnet and a Nail on a String
 G4 Levitating Magnets

Week 7, Day 2:
 G5 Magnetic Deflection of a Electron Beam
 G6 Magnetic Deflection of a TV Image
 G7 Superconductor
 G8 Wire in a Magnetic Field - Jumping Wire
 G9 Series or Parallel Current-Carrying Wires

Week 8, Day 1:
 V7 Circular Orbit E/M
 G11 Current Balance
 G12 Single Wire
 G13 Single Loop of Current
 G14 Single Vertical Wire and Compass Needle
 G15 Single Horizontal Wire and Compass Needle
 G21 Collapsing Solenoid

Week 8, Day 2:
 G16 Magnetic Field of an 8 Turn Solenoid
 G18 B Field of a Long Solenoid
 G22 Hall Effect

Week 9, Day 1:
 H1 Wire Loop with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 H4 Coil with a Light Bulb Between a Magnet
 H5 Ring Falling in a Magnetic Field
 H8 Wire Loop Around a Solenoid
 H9 Variable Turns Around a Primary Coil
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder
 H22 Jumping Ring

Week 9, Day 2:
  

Week 10, Day 1:
  

Week 10, Day 2:
 H13 Copper Pendulum between Poles of Magnet
 H14 Aluminum Plate between Pole Faces of a Magnet
 H15 Levitating Coil on an Aluminum Plate
 H28 Levitating Magnet
 H17 Back "emf" in a Large Inductor
 H19 Two Small Coils and Sine Wave Generator
 H22 Jumping Ring

Week 11, Day 1:
  

Week 11, Day 2:
 H25 Principle of a DC Motor
 H20 Growth of Current in an Inductor
 H21 LR Time Constant
 H27 Rotating "B" Field Motor

Week 12, Day 1:
  

Week 12, Day 2:
 L5 Mutual Inductance with Two Coil Resonant
 H26 Coffee Can Rotation in a B Field
 C18 Two Pendulums Coupled with a Rod

Week 13, Day 1:
 L5 Mutual Inductance with Two Coil Resonant
 L6 Resonant LC Circuit with a Light Bulb
 L7 Resonant RLC Phase Shift
 L8 Swept Display of RLC Resonance

Week 13, Day 2:
 K1 E and B Fields of Microwaves
 A4 Measuring the Speed of Light

Week 14, Day 1:
 K3 Polarization of Microwaves
 K5 Radio Transmission and Reception
 K6 Lecher Lines
 T1 Polarizing Filters and Light
 T8 Polarization in a Sugar Solution

Week 14, Day 2:
 K8 Reflection and Termination in a Transmission Line
 K9 RC Time Constant in a Transmission Line
 N4 Scattering of Light
 T8 Polarization in a Sugar Solution

Week 15, Day 1:
 J2 Electromagnet and Weights
 J4 Paramagnetism of Liquid Oxygen
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials
 J8 Electromagnet With and Without an Iron Rod
 J3 Barkhausen Effect
 J7 Magnetizing and Demagnetizing an Iron Rod
 J10 Curie Point of Iron
 J11 Hysteresis Curve of an Iron Core Transformer

Week 15, Day 2:
 N4 Scattering of Light

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Fall 2003 - ?


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 2, Day 1:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D4 Demonstration of an Electroscope
 D12 Demonstration of Induction using Electroscope
 D9 Coulomb's Law Using Charged Pith Balls

Week 2, Day 2:
 D11 Electrically Charged Student
 D16 Electric Field Lines
 D20 Conducting Ping-Pong Ball Between Two Spheres

Week 3, Day 1:
 D16 Electric Field Lines
 D21 Field of a Sphere and an Infinite Plane
 D26 Electric Field Inside a Hollow Conductor Induction method

Week 3, Day 2:
 D16 Electric Field Lines
 D21 Field of a Sphere and an Infinite Plane
 D26 Electric Field Inside a Hollow Conductor Induction method

Week 4, Day 1:
  

Week 4, Day 2:
 D32 Faraday's Cage
 D29 Breakdown of Air - Lightning and Corona Discharge

Week 5, Day 1:
 E6 Exploding Wire

Week 5, Day 2:
  

Week 6, Day 1:
 E9 10 Second RC Time Constant
 E11 RC Radio Filter
 F1 Conducting Glass
 F4 Temperature Effect on Resistance

Week 6, Day 2:
  

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 9, Day 1:
  

Week 9, Day 2:
 H1 Wire Loop with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 H4 Coil with a Light Bulb Between a Magnet
 H5 Ring Falling in a Magnetic Field
 H8 Wire Loop Around a Solenoid
 H19 Two Small Coils and Sine Wave Generator
 H22 Jumping Ring

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 12, Day 1:
 H24 LR Radio Filter
 H26 Coffee Can Rotation in a B Field

Week 12, Day 2:
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves
 K4 Polarization of Radio Waves - Dipole Antenna
 K5 Radio Transmission and Reception

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
 T1 Polarizing Filters and Light
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves
 K4 Polarization of Radio Waves - Dipole Antenna
 K5 Radio Transmission and Reception

Week 14, Day 2:
 K8 Reflection and Termination in a Transmission Line
 K9 RC Time Constant in a Transmission Line

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Spring 2002 - Ashoori


Week 1, Day 1:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D7 Confetti and Van de Graaff Generator
 D8 Charged Person Using Van De Graaff Generator

Week 1, Day 2:
 D11 Electrically Charged Student
 D4 Demonstration of an Electroscope
 D20 Conducting Ping-Pong Ball Between Two Spheres

Week 2, Day 1:
 D16 Electric Field Lines
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator

Week 2, Day 2:
 D28 Surface Distribution of Charge
 D35 Kelvin Water Drop Generator
 D18 Conducting Ping-Pong Ball between Capacitor Plates
 D14 Demonstration of the Wimshurst Machine

Week 3, Day 1:
  

Week 3, Day 2:
 D29 Breakdown of Air - Lightning and Corona Discharge
 D32 Faraday's Cage
 VdG

Week 4, Day 1:
 D27 Electric Field Inside a Hollow Conductor Contact method
 F5 Conductivity of Ionized Water
 D32 Faraday's Cage

Week 4, Day 2:
 D32 Faraday's Cage
 D34 Principle of a Van de Graaff Generator
 E6 Exploding Wire
 F3 Shorting a Car Battery

Week 5, Day 1:
 E1 Capacitors Used in Wimshurst Machine
 E5 Dielectrics Between Capacitor Plates
 E7 Discharging a Capacitor Bank Through a Light Bulb
 E2 Dissectible Capacitor
 capacitors

Week 5, Day 2:
  

Week 6, Day 1:
 D30 Discharge of Conductor by Surrounding Ions
 F1 Conducting Glass
 F4 Temperature Effect on Resistance

Week 6, Day 2:
 E11 RC Radio Filter
 E13 Relaxation Oscillator - Fluorescent Lamp
 F16 V-I Relationship of LInear and Non-Linear Components

Week 7, Day 1:
 E8 RC Time Constant Displayed on a Oscilloscope
 E9 10 Second RC Time Constant

Week 7, Day 2:
 G1 Deflection of a Compass Needle with a Magnet
 G2 Magnetic Field Lines of a Bar Magnet
 G3 Magnet and a Nail on a String
 G4 Levitating Magnets
 G5 Magnetic Deflection of a Electron Beam
 G6 Magnetic Deflection of a TV Image
 G7 Superconductor
 G8 Wire in a Magnetic Field - Jumping Wire
 G9 Series or Parallel Current-Carrying Wires

Week 8, Day 1:
 V7 Circular Orbit E/M
 G11 Current Balance
 G12 Single Wire
 G13 Single Loop of Current
 G14 Single Vertical Wire and Compass Needle
 G15 Single Horizontal Wire and Compass Needle

Week 8, Day 2:
 G16 Magnetic Field of an 8 Turn Solenoid
 G18 B Field of a Long Solenoid
 G22 Hall Effect

Week 9, Day 1:
 H1 Wire Loop with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 H4 Coil with a Light Bulb Between a Magnet
 H5 Ring Falling in a Magnetic Field
 H8 Wire Loop Around a Solenoid
 H9 Variable Turns Around a Primary Coil
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder
 H22 Jumping Ring

Week 9, Day 2:
  

Week 10, Day 1:
  

Week 10, Day 2:
 H13 Copper Pendulum between Poles of Magnet
 H14 Aluminum Plate between Pole Faces of a Magnet
 H15 Levitating Coil on an Aluminum Plate
 H28 Levitating Magnet
 H17 Back "emf" in a Large Inductor
 H19 Two Small Coils and Sine Wave Generator
 H22 Jumping Ring

Week 11, Day 1:
 H25 Principle of a DC Motor
 H20 Growth of Current in an Inductor
 H21 LR Time Constant
 H27 Rotating "B" Field Motor

Week 11, Day 2:
 L5 Mutual Inductance with Two Coil Resonant
 H26 Coffee Can Rotation in a B Field

Week 12, Day 1:
 L5 Mutual Inductance with Two Coil Resonant
 L7 Resonant RLC Phase Shift
 L8 Swept Display of RLC Resonance
 L6 Resonant LC Circuit with a Light Bulb

Week 12, Day 2:
 K1 E and B Fields of Microwaves
 A4 Measuring the Speed of Light

Week 13, Day 1:
 K4 Polarization of Radio Waves - Dipole Antenna
 K3 Polarization of Microwaves
 K5 Radio Transmission and Reception
 T1 Polarizing Filters and Light
 T8 Polarization in a Sugar Solution

Week 13, Day 2:
 K8 Reflection and Termination in a Transmission Line
 K9 RC Time Constant in a Transmission Line
 N4 Scattering of Light

Week 14, Day 1:
 J2 Electromagnet and Weights
 J4 Paramagnetism of Liquid Oxygen
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials
 J8 Electromagnet With and Without an Iron Rod
 J3 Barkhausen Effect
 J7 Magnetizing and Demagnetizing an Iron Rod
 J10 Curie Point of Iron
 J11 Hysteresis Curve of an Iron Core Transformer

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Spring 2000 - Becker


Week 1, Day 1:
 D2 Amber and Glass Rods with HE Filled Balloon
 G1 Deflection of a Compass Needle with a Magnet
 H15 Levitating Coil on an Aluminum Plate
 J8 Electromagnet With and Without an Iron Rod
 G5 Magnetic Deflection of a Electron Beam

Week 1, Day 2:
 D9 Coulomb's Law Using Charged Pith Balls
 D29 Breakdown of Air - Lightning and Corona Discharge
 D8 Charged Person Using Van De Graaff Generator
 D24 Fluorescent and Neon Tubes in Van De Graaff Field
 D16 Electric Field Lines

Week 2, Day 1:
 D21 Field of a Sphere and an Infinite Plane
 D22 Dipole in a Van de Graff Generator Field
 geiger counter

Week 2, Day 2:
 D26 Electric Field Inside a Hollow Conductor Induction method
 D28 Surface Distribution of Charge

Week 3, Day 1:
 D27 Electric Field Inside a Hollow Conductor Contact method
 D34 Principle of a Van de Graaff Generator
 D32 Faraday's Cage
 E4 Potential Difference between Capacitor Plates

Week 3, Day 2:
 E6 Exploding Wire

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 5, Day 1:
 F13 5 Different Types of Resistances in Series
 E8 RC Time Constant Displayed on a Oscilloscope
 F4 Temperature Effect on Resistance

Week 5, Day 2:
 E11 RC Radio Filter

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 7, Day 1:
 G19 B Field between Helmholtz Coil
 V7 Circular Orbit E/M
 G22 Hall Effect

Week 7, Day 2:
 G9 Series or Parallel Current-Carrying Wires
 G16 Magnetic Field of an 8 Turn Solenoid
 G21 Collapsing Solenoid

Week 8, Day 1:
 H3 Fixed Coil with a Moving Permanent Magnet
 H6 Earth's Field Coil
 H15 Levitating Coil on an Aluminum Plate

Week 8, Day 2:
 H5 Ring Falling in a Magnetic Field
 H9 Variable Turns Around a Primary Coil
 H11 High Turn Secondary Jacobs Ladder
 H30 Non-Conservative Fields

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 10, Day 1:
 H21 LR Time Constant
 H17 Back "emf" in a Large Inductor
 L2 Damped RLC Circuit
 L4 Mutual Inductance with One Coil Resonant

Week 10, Day 2:
 L8 Swept Display of RLC Resonance
 H26 Coffee Can Rotation in a B Field
 H27 Rotating "B" Field Motor

Week 11, Day 1:
  

Week 11, Day 2:
 C59 Driven Mechanical Oscillator
 L9 Gated Oscillator Resonance Display
 H30 Non-Conservative Fields

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 13, Day 1:
 K9 RC Time Constant in a Transmission Line
 K5 Radio Transmission and Reception
 K10 Microwave Oven
 E2 Dissectible Capacitor

Week 13, Day 2:
 E5 Dielectrics Between Capacitor Plates
 J1 Simulation of Magnetic Domains
 J4 Paramagnetism of Liquid Oxygen

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Fall 1999 - Gao


Week 1, Day 1:
  

Week 1, Day 2:
 D1 Rod With Tinsel
 D5 Charged Conducting Ping-Pong Balls on a Stand
 D9 Coulomb's Law Using Charged Pith Balls

Week 2, Day 1:
 D18 Conducting Ping-Pong Ball between Capacitor Plates
 D30 Discharge of Conductor by Surrounding Ions
 D34 Principle of a Van de Graaff Generator

Week 2, Day 2:
  

Week 3, Day 1:
 D23 Dipole Between Capacitor Plates
 D26 Electric Field Inside a Hollow Conductor Induction method
 D29 Breakdown of Air - Lightning and Corona Discharge

Week 3, Day 2:
 E4 Potential Difference between Capacitor Plates
 E7 Discharging a Capacitor Bank Through a Light Bulb
 D32 Faraday's Cage

Week 4, Day 1:
  

Week 4, Day 2:
 E5 Dielectrics Between Capacitor Plates
 E10 RC Time COnstant Displayed with a Light Bulb
 E8 RC Time Constant Displayed on a Oscilloscope

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 7, Day 1:
 G5 Magnetic Deflection of a Electron Beam
 G3 Magnet and a Nail on a String
 G9 Series or Parallel Current-Carrying Wires
 G11 Current Balance

Week 7, Day 2:
 G18 B Field of a Long Solenoid
 G19 B Field between Helmholtz Coil
 G17 Biot-Savart Law for a Circular Coil

Week 8, Day 1:
 G20 E and B Fields of a Solenoid
 G18 B Field of a Long Solenoid

Week 8, Day 2:
 H15 Levitating Coil on an Aluminum Plate
 H13 Copper Pendulum between Poles of Magnet
 H5 Ring Falling in a Magnetic Field

Week 9, Day 1:
 H18 Two Small Coils and a Battery
 H19 Two Small Coils and Sine Wave Generator

Week 9, Day 2:
  

Week 10, Day 1:
  

Week 10, Day 2:
 H21 LR Time Constant
 L6 Resonant LC Circuit with a Light Bulb
 L7 Resonant RLC Phase Shift

Week 11, Day 1:
 L1 Damped Series-Parallel LC CIrcuit
 L4 Mutual Inductance with One Coil Resonant
 L9 Gated Oscillator Resonance Display

Week 11, Day 2:
  

Week 12, Day 1:
 K1 E and B Fields of Microwaves
 K7 Microwave Cutoff Frequency
 K10 Microwave Oven

Week 12, Day 2:
  

Week 13, Day 1:
  

Week 13, Day 2:
 J4 Paramagnetism of Liquid Oxygen
 J6 Diamagnetic Materials
 J8 Electromagnet With and Without an Iron Rod

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Spring 1999 - Becker


Week 1, Day 1:
 H15 Levitating Coil on an Aluminum Plate
 J8 Electromagnet With and Without an Iron Rod
 G5 Magnetic Deflection of a Electron Beam
 D2 Amber and Glass Rods with HE Filled Balloon

Week 1, Day 2:
 D9 Coulomb's Law Using Charged Pith Balls
 D29 Breakdown of Air - Lightning and Corona Discharge
 D8 Charged Person Using Van De Graaff Generator
 D24 Fluorescent and Neon Tubes in Van De Graaff Field
 D16 Electric Field Lines

Week 2, Day 1:
 D21 Field of a Sphere and an Infinite Plane
 D22 Dipole in a Van de Graff Generator Field
 geiger counter

Week 2, Day 2:
 D26 Electric Field Inside a Hollow Conductor Induction method
 D29 Breakdown of Air - Lightning and Corona Discharge
 D28 Surface Distribution of Charge

Week 3, Day 1:
  

Week 3, Day 2:
 D27 Electric Field Inside a Hollow Conductor Contact method
 D34 Principle of a Van de Graaff Generator
 D32 Faraday's Cage
 E4 Potential Difference between Capacitor Plates

Week 4, Day 1:
 E6 Exploding Wire

Week 4, Day 2:
  

Week 5, Day 1:
 F13 5 Different Types of Resistances in Series
 E8 RC Time Constant Displayed on a Oscilloscope

Week 5, Day 2:
 E11 RC Radio Filter

Week 6, Day 1:
  

Week 6, Day 2:
 C57 Doppler Shift using a Corrugated Plastic Tube
 C56 Doppler Shift using a Tuning Fork

Week 7, Day 1:
 G19 B Field between Helmholtz Coil
 V7 Circular Orbit E/M
 G22 Hall Effect

Week 7, Day 2:
 G12 Single Wire
 G9 Series or Parallel Current-Carrying Wires
 G21 Collapsing Solenoid

Week 8, Day 1:
 G2 Magnetic Field Lines of a Bar Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 force field video

Week 8, Day 2:
 H9 Variable Turns Around a Primary Coil
 H11 High Turn Secondary Jacobs Ladder
 H30 Non-Conservative Fields

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 10, Day 1:
 H21 LR Time Constant
 H17 Back "emf" in a Large Inductor
 L2 Damped RLC Circuit
 L4 Mutual Inductance with One Coil Resonant

Week 10, Day 2:
 L9 Gated Oscillator Resonance Display
 H26 Coffee Can Rotation in a B Field
 H27 Rotating "B" Field Motor

Week 11, Day 1:
  

Week 11, Day 2:
 L9 Gated Oscillator Resonance Display
 H30 Non-Conservative Fields
 C59 Driven Mechanical Oscillator

Week 12, Day 1:
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves
 C33 Stretched Spring and Slinky

Week 12, Day 2:
 K8 Reflection and Termination in a Transmission Line
 K9 RC Time Constant in a Transmission Line
 K4 Polarization of Radio Waves - Dipole Antenna

Week 13, Day 1:
 K5 Radio Transmission and Reception
 K10 Microwave Oven

Week 13, Day 2:
 E5 Dielectrics Between Capacitor Plates
 E2 Dissectible Capacitor
 J1 Simulation of Magnetic Domains
 J4 Paramagnetism of Liquid Oxygen

Week 14, Day 1:
 N5 Rainbow

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Fall 1997 - Ashoori


Week 1, Day 1:
  

Week 1, Day 2:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D7 Confetti and Van de Graaff Generator
 D8 Charged Person Using Van De Graaff Generator

Week 2, Day 1:
 D4 Demonstration of an Electroscope
 D7 Confetti and Van de Graaff Generator
 D11 Electrically Charged Student
 D20 Conducting Ping-Pong Ball Between Two Spheres

Week 2, Day 2:
 D16 Electric Field Lines
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator

Week 3, Day 1:
 D14 Demonstration of the Wimshurst Machine
 D18 Conducting Ping-Pong Ball between Capacitor Plates
 D28 Surface Distribution of Charge
 D35 Kelvin Water Drop Generator

Week 3, Day 2:
 D29 Breakdown of Air - Lightning and Corona Discharge
 D32 Faraday's Cage
 D37 Smoke Precipitator

Week 4, Day 1:
  

Week 4, Day 2:
 D27 Electric Field Inside a Hollow Conductor Contact method
 F5 Conductivity of Ionized Water

Week 5, Day 1:
 D27 Electric Field Inside a Hollow Conductor Contact method
 D32 Faraday's Cage
 D34 Principle of a Van de Graaff Generator
 F5 Conductivity of Ionized Water

Week 5, Day 2:
 E1 Capacitors Used in Wimshurst Machine
 E2 Dissectible Capacitor
 E5 Dielectrics Between Capacitor Plates
 E7 Discharging a Capacitor Bank Through a Light Bulb

Week 6, Day 1:
  

Week 6, Day 2:
 D30 Discharge of Conductor by Surrounding Ions
 F1 Conducting Glass
 F4 Temperature Effect on Resistance

Week 7, Day 1:
  

Week 7, Day 2:
 E11 RC Radio Filter
 E13 Relaxation Oscillator - Fluorescent Lamp
 F16 V-I Relationship of LInear and Non-Linear Components

Week 8, Day 1:
 E8 RC Time Constant Displayed on a Oscilloscope
 E9 10 Second RC Time Constant

Week 8, Day 2:
 G1 Deflection of a Compass Needle with a Magnet
 G2 Magnetic Field Lines of a Bar Magnet
 G3 Magnet and a Nail on a String
 G4 Levitating Magnets
 G5 Magnetic Deflection of a Electron Beam
 G6 Magnetic Deflection of a TV Image
 G7 Superconductor
 G8 Wire in a Magnetic Field - Jumping Wire
 G9 Series or Parallel Current-Carrying Wires

Week 9, Day 1:
 G11 Current Balance
 G12 Single Wire
 G13 Single Loop of Current
 G14 Single Vertical Wire and Compass Needle
 G15 Single Horizontal Wire and Compass Needle
 V7 Circular Orbit E/M

Week 9, Day 2:
 G16 Magnetic Field of an 8 Turn Solenoid
 G18 B Field of a Long Solenoid

Week 10, Day 1:
 H1 Wire Loop with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 H4 Coil with a Light Bulb Between a Magnet
 H5 Ring Falling in a Magnetic Field
 H8 Wire Loop Around a Solenoid
 H9 Variable Turns Around a Primary Coil
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder
 H12 Marconi Coil

Week 10, Day 2:
  

Week 11, Day 1:
  

Week 11, Day 2:
 H11 High Turn Secondary Jacobs Ladder
 H13 Copper Pendulum between Poles of Magnet
 H14 Aluminum Plate between Pole Faces of a Magnet
 H15 Levitating Coil on an Aluminum Plate
 H15a
 H17 Back "emf" in a Large Inductor
 H19 Two Small Coils and Sine Wave Generator
 H22 Jumping Ring

Week 12, Day 1:
 H11 High Turn Secondary Jacobs Ladder
 H20 Growth of Current in an Inductor
 H21 LR Time Constant
 H25 Principle of a DC Motor
 H27 Rotating "B" Field Motor

Week 12, Day 2:
 C18 Two Pendulums Coupled with a Rod
 H26 Coffee Can Rotation in a B Field
 L5 Mutual Inductance with Two Coil Resonant

Week 13, Day 1:
 C18 Two Pendulums Coupled with a Rod
 L5 Mutual Inductance with Two Coil Resonant
 L6 Resonant LC Circuit with a Light Bulb
 L7 Resonant RLC Phase Shift
 L8 Swept Display of RLC Resonance

Week 13, Day 2:
 K1 E and B Fields of Microwaves
 K4 Polarization of Radio Waves - Dipole Antenna

Week 14, Day 1:
 K3 Polarization of Microwaves
 K5 Radio Transmission and Reception
 K6 Lecher Lines
 T1 Polarizing Filters and Light
 T8 Polarization in a Sugar Solution

Week 14, Day 2:
 K8 Reflection and Termination in a Transmission Line
 K9 RC Time Constant in a Transmission Line
 N4 Scattering of Light
 T8 Polarization in a Sugar Solution

Week 15, Day 1:
 J2 Electromagnet and Weights
 J3 Barkhausen Effect
 J4 Paramagnetism of Liquid Oxygen
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials
 J7 Magnetizing and Demagnetizing an Iron Rod
 J8 Electromagnet With and Without an Iron Rod
 J10 Curie Point of Iron
 J11 Hysteresis Curve of an Iron Core Transformer
 K8 Reflection and Termination in a Transmission Line
 K9 RC Time Constant in a Transmission Line

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Fall 1996 - Ashoori


Week 1, Day 1:
 D4 Demonstration of an Electroscope
 D11 Electrically Charged Student
 D20 Conducting Ping-Pong Ball Between Two Spheres

Week 1, Day 2:
 D16 Electric Field Lines
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator

Week 2, Day 1:
 D4 Demonstration of an Electroscope
 D11 Electrically Charged Student
 D20 Conducting Ping-Pong Ball Between Two Spheres

Week 2, Day 2:
 D16 Electric Field Lines
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator

Week 3, Day 1:
 D18 Conducting Ping-Pong Ball between Capacitor Plates
 D28 Surface Distribution of Charge
 D35 Kelvin Water Drop Generator

Week 3, Day 2:
 D28 Surface Distribution of Charge
 D29 Breakdown of Air - Lightning and Corona Discharge
 D37 Smoke Precipitator

Week 4, Day 1:
  

Week 4, Day 2:
 D27 Electric Field Inside a Hollow Conductor Contact method
 D28 Surface Distribution of Charge
 D37 Smoke Precipitator

Week 5, Day 1:
 D32 Faraday's Cage
 D34 Principle of a Van de Graaff Generator
 E6 Exploding Wire

Week 5, Day 2:
 E1 Capacitors Used in Wimshurst Machine
 E2 Dissectible Capacitor
 E5 Dielectrics Between Capacitor Plates
 E7 Discharging a Capacitor Bank Through a Light Bulb

Week 6, Day 1:
  

Week 6, Day 2:
 D20 Conducting Ping-Pong Ball Between Two Spheres
 E2 Dissectible Capacitor
 F1 Conducting Glass

Week 7, Day 1:
  

Week 7, Day 2:
 E11 RC Radio Filter
 E13 Relaxation Oscillator - Fluorescent Lamp
 F16 V-I Relationship of LInear and Non-Linear Components

Week 8, Day 1:
 E8 RC Time Constant Displayed on a Oscilloscope
 E9 10 Second RC Time Constant

Week 8, Day 2:
 G1 Deflection of a Compass Needle with a Magnet
 G2 Magnetic Field Lines of a Bar Magnet
 G3 Magnet and a Nail on a String
 G4 Levitating Magnets
 G5 Magnetic Deflection of a Electron Beam
 G6 Magnetic Deflection of a TV Image
 G7 Superconductor
 G8 Wire in a Magnetic Field - Jumping Wire
 G9 Series or Parallel Current-Carrying Wires
 G12 Single Wire
 G15 Single Horizontal Wire and Compass Needle

Week 9, Day 1:
 G11 Current Balance
 G12 Single Wire
 G13 Single Loop of Current
 G14 Single Vertical Wire and Compass Needle
 G15 Single Horizontal Wire and Compass Needle
 V7 Circular Orbit E/M

Week 9, Day 2:
 G7a
 G11 Current Balance
 G16 Magnetic Field of an 8 Turn Solenoid
 G18 B Field of a Long Solenoid

Week 10, Day 1:
 H1 Wire Loop with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 H4 Coil with a Light Bulb Between a Magnet
 H5 Ring Falling in a Magnetic Field
 H8 Wire Loop Around a Solenoid
 H9 Variable Turns Around a Primary Coil
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder
 H22 Jumping Ring

Week 10, Day 2:
  

Week 11, Day 1:
  

Week 11, Day 2:
 H13 Copper Pendulum between Poles of Magnet
 H14 Aluminum Plate between Pole Faces of a Magnet
 H15 Levitating Coil on an Aluminum Plate
 H15a
 H17 Back "emf" in a Large Inductor
 H19a
 H22 Jumping Ring

Week 12, Day 1:
 H20 Growth of Current in an Inductor
 H21 LR Time Constant
 H25 Principle of a DC Motor
 H27 Rotating "B" Field Motor

Week 12, Day 2:
 C19 Two Rigid Pendulums Coupled with a Spring
 H26 Coffee Can Rotation in a B Field
 L5 Mutual Inductance with Two Coil Resonant
 L7 Resonant RLC Phase Shift

Week 13, Day 1:
 L5 Mutual Inductance with Two Coil Resonant
 L6 Resonant LC Circuit with a Light Bulb
 L7 Resonant RLC Phase Shift
 L8 Swept Display of RLC Resonance

Week 13, Day 2:
 K1 E and B Fields of Microwaves
 K4 Polarization of Radio Waves - Dipole Antenna

Week 14, Day 1:
 K3 Polarization of Microwaves
 K4 Polarization of Radio Waves - Dipole Antenna
 K5 Radio Transmission and Reception
 T1 Polarizing Filters and Light
 T8 Polarization in a Sugar Solution

Week 14, Day 2:
 K8 Reflection and Termination in a Transmission Line
 K9 RC Time Constant in a Transmission Line
 N4 Scattering of Light
 T8 Polarization in a Sugar Solution

Week 15, Day 1:
 J3 Barkhausen Effect
 J4 Paramagnetism of Liquid Oxygen
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials
 J7 Magnetizing and Demagnetizing an Iron Rod
 J10 Curie Point of Iron
 K8 Reflection and Termination in a Transmission Line
 N4 Scattering of Light

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Fall 1995 - Fisher


Week 1, Day 1:
  

Week 1, Day 2:
 D9 Coulomb's Law Using Charged Pith Balls
 D16 Electric Field Lines

Week 2, Day 1:
  

Week 2, Day 2:
 D9 Coulomb's Law Using Charged Pith Balls
 D16 Electric Field Lines

Week 3, Day 1:
 D21 Field of a Sphere and an Infinite Plane
 D32 Faraday's Cage

Week 3, Day 2:
 D27 Electric Field Inside a Hollow Conductor Contact method
 D28 Surface Distribution of Charge

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 5, Day 1:
  

Week 5, Day 2:
 E7 Discharging a Capacitor Bank Through a Light Bulb

Week 6, Day 1:
  

Week 6, Day 2:
 E8 RC Time Constant Displayed on a Oscilloscope

Week 7, Day 1:
 F1 Conducting Glass

Week 7, Day 2:
 G1 Deflection of a Compass Needle with a Magnet
 G5 Magnetic Deflection of a Electron Beam

Week 8, Day 1:
 G5 Magnetic Deflection of a Electron Beam
 G9 Series or Parallel Current-Carrying Wires
 G12 Single Wire

Week 8, Day 2:
 G1 Deflection of a Compass Needle with a Magnet
 G12 Single Wire
 G16 Magnetic Field of an 8 Turn Solenoid

Week 9, Day 1:
 H4 Coil with a Light Bulb Between a Magnet

Week 9, Day 2:
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 11, Day 1:
 L1 Damped Series-Parallel LC CIrcuit
 L2 Damped RLC Circuit

Week 11, Day 2:
 L1 Damped Series-Parallel LC CIrcuit
 L2 Damped RLC Circuit
 L6 Resonant LC Circuit with a Light Bulb

Week 12, Day 1:
 L2 Damped RLC Circuit
 L7 Resonant RLC Phase Shift
 L8 Swept Display of RLC Resonance

Week 12, Day 2:
  

Week 13, Day 1:
  

Week 13, Day 2:
 K5 Radio Transmission and Reception
 K8 Reflection and Termination in a Transmission Line
 K9 RC Time Constant in a Transmission Line

Week 14, Day 1:
 K5 Radio Transmission and Reception
 K7 Microwave Cutoff Frequency

Week 14, Day 2:
 E5 Dielectrics Between Capacitor Plates
 J1 Simulation of Magnetic Domains

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Fall 1994 - Sphicas


Week 1, Day 1:
  

Week 1, Day 2:
 G9 Series or Parallel Current-Carrying Wires

Week 2, Day 1:
  

Week 2, Day 2:
 D16 Electric Field Lines
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator

Week 3, Day 1:
  

Week 3, Day 2:
 D27 Electric Field Inside a Hollow Conductor Contact method

Week 4, Day 1:
 D21 Field of a Sphere and an Infinite Plane
 D28 Surface Distribution of Charge

Week 4, Day 2:
 D16 Electric Field Lines
 D33 Cylindrical Wire Mesh Cage

Week 5, Day 1:
  

Week 5, Day 2:
 F1 Conducting Glass
 F10 Stretched Resistance Wire

Week 6, Day 1:
  

Week 6, Day 2:
 G5 Magnetic Deflection of a Electron Beam

Week 7, Day 1:
 G14 Single Vertical Wire and Compass Needle

Week 7, Day 2:
 G2 Magnetic Field Lines of a Bar Magnet
 G12 Single Wire
 G13 Single Loop of Current
 G14 Single Vertical Wire and Compass Needle
 G18 B Field of a Long Solenoid

Week 8, Day 1:
 G2 Magnetic Field Lines of a Bar Magnet
 G17 Biot-Savart Law for a Circular Coil
 G18 B Field of a Long Solenoid

Week 8, Day 2:
  

Week 9, Day 1:
 H1 Wire Loop with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 H8 Wire Loop Around a Solenoid
 H10a

Week 9, Day 2:
 H9 Variable Turns Around a Primary Coil
 H10a
 H19a

Week 10, Day 1:
 H7 Hand Crank Generator
 H22 Jumping Ring

Week 10, Day 2:
  

Week 11, Day 1:
 H16 Lenz's Law
 H19 Two Small Coils and Sine Wave Generator
 H21 LR Time Constant

Week 11, Day 2:
 H21 LR Time Constant
 H24 LR Radio Filter
 L1 Damped Series-Parallel LC CIrcuit

Week 12, Day 1:
 H24 LR Radio Filter
 L6 Resonant LC Circuit with a Light Bulb
 L7 Resonant RLC Phase Shift

Week 12, Day 2:
 K8 Reflection and Termination in a Transmission Line

Week 13, Day 1:
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves

Week 13, Day 2:
 K8 Reflection and Termination in a Transmission Line
 K9 RC Time Constant in a Transmission Line

Week 14, Day 1:
 K9 RC Time Constant in a Transmission Line

Week 14, Day 2:
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials
 L9 Gated Oscillator Resonance Display

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Fall 1993 - Sphicas


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 2, Day 1:
  

Week 2, Day 2:
 D16 Electric Field Lines
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator

Week 3, Day 1:
 D16 Electric Field Lines
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator
 D18 Conducting Ping-Pong Ball between Capacitor Plates

Week 3, Day 2:
 D27 Electric Field Inside a Hollow Conductor Contact method

Week 4, Day 1:
 D21 Field of a Sphere and an Infinite Plane
 D28 Surface Distribution of Charge

Week 4, Day 2:
 D21 Field of a Sphere and an Infinite Plane
 D28 Surface Distribution of Charge
 D33 Cylindrical Wire Mesh Cage

Week 5, Day 1:
  

Week 5, Day 2:
 F1 Conducting Glass
 F10 Stretched Resistance Wire

Week 6, Day 1:
  

Week 6, Day 2:
 G3 Magnet and a Nail on a String

Week 7, Day 1:
 G2 Magnetic Field Lines of a Bar Magnet
 G14 Single Vertical Wire and Compass Needle

Week 7, Day 2:
 G2 Magnetic Field Lines of a Bar Magnet
 G12 Single Wire
 G13 Single Loop of Current
 G18 B Field of a Long Solenoid

Week 8, Day 1:
  

Week 8, Day 2:
 H1 Wire Loop with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 H8 Wire Loop Around a Solenoid
 H9 Variable Turns Around a Primary Coil
 H10a

Week 9, Day 1:
 H9 Variable Turns Around a Primary Coil
 H19a

Week 9, Day 2:
 H7 Hand Crank Generator
 H22 Jumping Ring

Week 10, Day 1:
  

Week 10, Day 2:
 H16 Lenz's Law
 H19 Two Small Coils and Sine Wave Generator
 H21 LR Time Constant

Week 11, Day 1:
 H23 LR Phase Shift
 H24 LR Radio Filter

Week 11, Day 2:
 L1 Damped Series-Parallel LC CIrcuit
 L6 Resonant LC Circuit with a Light Bulb
 L7 Resonant RLC Phase Shift

Week 12, Day 1:
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves
 K8 Reflection and Termination in a Transmission Line

Week 12, Day 2:
 K9 RC Time Constant in a Transmission Line

Week 13, Day 1:
 L9 Gated Oscillator Resonance Display

Week 13, Day 2:
 J4 Paramagnetism of Liquid Oxygen
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.022 Fall 1992 - Sphicas


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 2, Day 1:
 D9 Coulomb's Law Using Charged Pith Balls
 G9 Series or Parallel Current-Carrying Wires

Week 2, Day 2:
 D16 Electric Field Lines
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator

Week 3, Day 1:
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator
 D27 Electric Field Inside a Hollow Conductor Contact method

Week 3, Day 2:
  

Week 4, Day 1:
 E3 Electric Field Lines of a Parallel Plate Capacitor
 E4 Potential Difference between Capacitor Plates

Week 4, Day 2:
 D32 Faraday's Cage

Week 5, Day 1:
  

Week 5, Day 2:
 F1 Conducting Glass
 F10 Stretched Resistance Wire

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 7, Day 1:
 G2 Magnetic Field Lines of a Bar Magnet
 G5 Magnetic Deflection of a Electron Beam
 G14 Single Vertical Wire and Compass Needle

Week 7, Day 2:
 G12 Single Wire
 G13 Single Loop of Current
 G18 B Field of a Long Solenoid

Week 8, Day 1:
 G17 Biot-Savart Law for a Circular Coil
 H10 Single Turn Around a Primary Coil Melting Nail

Week 8, Day 2:
 H1 Wire Loop with a Magnetron Magnet
 H3 Fixed Coil with a Moving Permanent Magnet
 H8 Wire Loop Around a Solenoid
 H9 Variable Turns Around a Primary Coil

Week 9, Day 1:
 H8 Wire Loop Around a Solenoid
 H18 Two Small Coils and a Battery

Week 9, Day 2:
 H7 Hand Crank Generator
 H22 Jumping Ring

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 11, Day 1:
 H16 Lenz's Law
 H19 Two Small Coils and Sine Wave Generator
 H21 LR Time Constant

Week 11, Day 2:
 H23 LR Phase Shift
 H24 LR Radio Filter

Week 12, Day 1:
 L1 Damped Series-Parallel LC CIrcuit
 L6 Resonant LC Circuit with a Light Bulb
 L7 Resonant RLC Phase Shift

Week 12, Day 2:
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves
 K8 Reflection and Termination in a Transmission Line
 L6 Resonant LC Circuit with a Light Bulb

Week 13, Day 1:
 K8 Reflection and Termination in a Transmission Line
 K9 RC Time Constant in a Transmission Line

Week 13, Day 2:
 J4 Paramagnetism of Liquid Oxygen
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials
 K9 RC Time Constant in a Transmission Line

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.03 Fall 2023 - Vanderburg


Week 1, Day 1:
  

Week 1, Day 2:
 C2 Mass on a Spring
 C4 Spray Paint Oscillator

Week 2, Day 1:
 C11 Damped and Undamped Masses on a Spring

Week 2, Day 2:
 C58 Driven Cart on an Air Track
 C59 Driven Mechanical Oscillator

Week 3, Day 1:
 C19 Two Rigid Pendulums Coupled with a Spring

Week 3, Day 2:
 C41 Wave Beats
 C46 Coupled Tuning Forks

Week 4, Day 1:
 C27 Bell Lab Wave Machine

Week 4, Day 2:
 C27 Bell Lab Wave Machine

Week 5, Day 1:
 C35 Vibrating Spring - Hand-Driven

Week 5, Day 2:
  

Week 6, Day 1:
  

Week 6, Day 2:
 C35 Vibrating Spring - Hand-Driven

Week 7, Day 1:
 C27 Bell Lab Wave Machine

Week 7, Day 2:
 C27 Bell Lab Wave Machine

Week 8, Day 1:
 C71 Rubens Tube

Week 8, Day 2:
  

Week 9, Day 1:
 C37 Vibrating Membrane with Strobe
 C38 Chladni Figures - Speaker-Driven
 C64 Resonant Cavity with Swept Frequency

Week 9, Day 2:
  

Week 10, Day 1:
 T1 Polarizing Filters and Light
 T7 Rotation of a 1/4 - Wave Plate
 T10 Strain Lines
 N6 Double-Refracting Calcite Crystals
 T8 Polarization in a Sugar Solution

Week 10, Day 2:
  

Week 11, Day 1:
 T1 Polarizing Filters and Light
 T7 Rotation of a 1/4 - Wave Plate
 N6 Double-Refracting Calcite Crystals

Week 11, Day 2:
 M2 Total Internal Reflection
 T3 Brewster's Angle

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 13, Day 1:
 P10 Double Slit Laser Interference
 P11 Double Slit Interference w/Ripple Tank

Week 13, Day 2:
 P8 Reflection off a Soap Film

Week 14, Day 1:
 Q2 Single-Slit Diffraction with a Laser
 P10 Double Slit Laser Interference
 Q10 Reflection Grating with White Light and Laser

Week 14, Day 2:
 Q5 Pinhole Diffraction with a Laser
 Q8 Two-Dimensional Grating with a Laser

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.03 Fall 2022 - Ju


Week 1, Day 1:
  

Week 1, Day 2:
 C2 Mass on a Spring
 C12 Oscillating Steel Ball on a Track
 C1 Air Cart Between Springs

Week 2, Day 1:
 C1 Air Cart Between Springs
 C11 Damped and Undamped Masses on a Spring
 C7 Physical Pendulum

Week 2, Day 2:
 C58 Driven Cart on an Air Track
 C11 Damped and Undamped Masses on a Spring
 C66 Breaking a Glass w/ Sound

Week 3, Day 1:
 C19 Two Rigid Pendulums Coupled with a Spring
 C20 Driven Air Carts Coupled with Springs
 C69 Double Pendulum

Week 3, Day 2:
 C19 Two Rigid Pendulums Coupled with a Spring
 C41 Wave Beats
 C46 Coupled Tuning Forks
 C49 Audio Mixing

Week 4, Day 1:
 C20 Driven Air Carts Coupled with Springs
 C19 Two Rigid Pendulums Coupled with a Spring

Week 4, Day 2:
 C35 Vibrating Spring - Hand-Driven
 C27 Bell Lab Wave Machine
 C20 Driven Air Carts Coupled with Springs

Week 5, Day 1:
 C27 Bell Lab Wave Machine

Week 5, Day 2:
  

Week 6, Day 1:
 C27 Bell Lab Wave Machine

Week 6, Day 2:
 C27 Bell Lab Wave Machine
 C52 Standing Sound Waves in a Glass Tube
 C48 Change in Frequency of Voice w/ Helium

Week 7, Day 1:
 C52 Standing Sound Waves in a Glass Tube
 K10 Microwave Oven

Week 7, Day 2:
 K10 Microwave Oven

Week 8, Day 1:
 C27 Bell Lab Wave Machine

Week 8, Day 2:
  

Week 9, Day 1:
  

Week 9, Day 2:
 C38 Chladni Figures - Speaker-Driven
 C40 Oscillating Soap Film

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 11, Day 1:
 M2 Total Internal Reflection
 M3 Light Pipes
 K3 Polarization of Microwaves

Week 11, Day 2:
 T8 Polarization in a Sugar Solution

Week 12, Day 1:
 K5 Radio Transmission and Reception

Week 12, Day 2:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
 T3 Brewster's Angle
 P7 Reflection off Soap Bubbles
 P8 Reflection off a Soap Film

Week 14, Day 2:
 P1 Ripple Tank
 P2 Moire Pattern

Week 15, Day 1:
 Q2 Single-Slit Diffraction with a Laser
 Q4 Double Slit Laser Diffraction

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.03 Fall 2021 - Ju


Week 1, Day 1:
  

Week 1, Day 2:
 C2 Mass on a Spring
 C12 Oscillating Steel Ball on a Track
 C1 Air Cart Between Springs

Week 2, Day 1:
 C1 Air Cart Between Springs
 C11 Damped and Undamped Masses on a Spring
 C7 Physical Pendulum

Week 2, Day 2:
 C58 Driven Cart on an Air Track
 C11 Damped and Undamped Masses on a Spring
 C66 Breaking a Glass w/ Sound

Week 3, Day 1:
 C19 Two Rigid Pendulums Coupled with a Spring
 C20 Driven Air Carts Coupled with Springs
 C69 Double Pendulum

Week 3, Day 2:
 C19 Two Rigid Pendulums Coupled with a Spring
 C41 Wave Beats
 C46 Coupled Tuning Forks
 C49 Audio Mixing

Week 4, Day 1:
 C20 Driven Air Carts Coupled with Springs
 C19 Two Rigid Pendulums Coupled with a Spring

Week 4, Day 2:
 C35 Vibrating Spring - Hand-Driven
 C27 Bell Lab Wave Machine
 C20 Driven Air Carts Coupled with Springs

Week 5, Day 1:
 C27 Bell Lab Wave Machine

Week 5, Day 2:
  

Week 6, Day 1:
 C27 Bell Lab Wave Machine

Week 6, Day 2:
 C27 Bell Lab Wave Machine
 C52 Standing Sound Waves in a Glass Tube
 C48 Change in Frequency of Voice w/ Helium

Week 7, Day 1:
 C52 Standing Sound Waves in a Glass Tube
 K10 Microwave Oven

Week 7, Day 2:
 K10 Microwave Oven

Week 8, Day 1:
 C27 Bell Lab Wave Machine

Week 8, Day 2:
  

Week 9, Day 1:
  

Week 9, Day 2:
 C38 Chladni Figures - Speaker-Driven
 C40 Oscillating Soap Film

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 11, Day 1:
 M2 Total Internal Reflection
 M3 Light Pipes
 K3 Polarization of Microwaves

Week 11, Day 2:
 T8 Polarization in a Sugar Solution

Week 12, Day 1:
 K5 Radio Transmission and Reception

Week 12, Day 2:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
 T3 Brewster's Angle
 P7 Reflection off Soap Bubbles
 P8 Reflection off a Soap Film

Week 14, Day 2:
 P1 Ripple Tank
 P2 Moire Pattern

Week 15, Day 1:
 Q2 Single-Slit Diffraction with a Laser
 Q4 Double Slit Laser Diffraction

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.03 Fall 2017 - Lee


Week 1, Day 1:
  

Week 1, Day 2:
 C2 Mass on a Spring
 C1 Air Cart Between Springs
 C10 Two Pendulum with Different Amplitudes
 C12 Oscillating Steel Ball on a Track

Week 2, Day 1:
 C1 Air Cart Between Springs
 C11 Damped and Undamped Masses on a Spring
 C7 Physical Pendulum
 C60 Driven Torsional Balance Oscillator

Week 2, Day 2:
 C66 Breaking a Glass w/ Sound
 C58 Driven Cart on an Air Track
 C59 Driven Mechanical Oscillator

Week 3, Day 1:
 C18 Two Pendulums Coupled with a Rod
 C19 Two Rigid Pendulums Coupled with a Spring
 C20 Driven Air Carts Coupled with Springs
 C21 Weighted Hacksaw Blade
 C22 Wilberforce Pendulum
 C69 Double Pendulum

Week 3, Day 2:
 C19 Two Rigid Pendulums Coupled with a Spring
 C20 Driven Air Carts Coupled with Springs
 C41 Wave Beats
 C46 Coupled Tuning Forks
 C49 Audio Mixing

Week 4, Day 1:
 C19 Two Rigid Pendulums Coupled with a Spring
 C20 Driven Air Carts Coupled with Springs

Week 4, Day 2:
 C35 Vibrating Spring - Hand-Driven
 C27 Bell Lab Wave Machine
 C20 Driven Air Carts Coupled with Springs

Week 5, Day 1:
 C27 Bell Lab Wave Machine
 C20 Driven Air Carts Coupled with Springs

Week 5, Day 2:
 C27 Bell Lab Wave Machine
 C65 Rijke Tube

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 7, Day 1:
 C27 Bell Lab Wave Machine

Week 7, Day 2:
 C27 Bell Lab Wave Machine
 C52 Standing Sound Waves in a Glass Tube
 C53 Two Speakers Facing Each Other with Microphone

Week 8, Day 1:
 K19

Week 8, Day 2:
 K10 Microwave Oven
 C27 Bell Lab Wave Machine
 C31 Ripple Tank

Week 9, Day 1:
  

Week 9, Day 2:
 C38 Chladni Figures - Speaker-Driven
 C40 Oscillating Soap Film

Week 10, Day 1:
 C38 Chladni Figures - Speaker-Driven
 C40 Oscillating Soap Film
 M2 Total Internal Reflection
 M4 Fiber Optic Bundle

Week 10, Day 2:
 M2 Total Internal Reflection
 M4 Fiber Optic Bundle
 T1 Polarizing Filters and Light
 K3 Polarization of Microwaves
 T12 Polarization of Radio Waves

Week 11, Day 1:
 T12 Polarization of Radio Waves
 T1 Polarizing Filters and Light
 T8 Polarization in a Sugar Solution

Week 11, Day 2:
 T12 Polarization of Radio Waves
 T3 Brewster's Angle

Week 12, Day 1:
 P7 Reflection off Soap Bubbles
 P8 Reflection off a Soap Film
 Q2 Single-Slit Diffraction with a Laser

Week 12, Day 2:
 P8 Reflection off a Soap Film
 P1 Ripple Tank
 Q2 Single-Slit Diffraction with a Laser

Week 13, Day 1:
 Q1 Single Slit Diffraction with Ripple Tank
 Q2 Single-Slit Diffraction with a Laser
 Q5 Pinhole Diffraction with a Laser
 Q6 Resolution of Two Point Sources

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
 Q6 Resolution of Two Point Sources

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.03 Fall 2007 - Ashoori


Week 1, Day 1:
  

Week 1, Day 2:
 C35 Vibrating Spring - Hand-Driven
 C12 Oscillating Steel Ball on a Track
 C2 Mass on a Spring

Week 2, Day 1:
 C2 Mass on a Spring
 C1 Air Cart Between Springs
 C3 Circular and Simple Harmonic Motion
 C5 Simple Pendulum

Week 2, Day 2:
 C10 Two Pendulum with Different Amplitudes
 C15 U-Tube Oscillations
 C11a

Week 3, Day 1:
 C14 Air Spring With Oscillating Steel Ball
 C60 Driven Torsional Balance Oscillator
 C17 Simple Harmonic Motion with Damping
 L2 Damped RLC Circuit
 C58 Driven Cart on an Air Track
 C59 Driven Mechanical Oscillator

Week 3, Day 2:
 L7 Resonant RLC Phase Shift
 C58 Driven Cart on an Air Track
 C59 Driven Mechanical Oscillator

Week 4, Day 1:
 C5 Simple Pendulum
 C66 Breaking a Glass w/ Sound
 L6 Resonant LC Circuit with a Light Bulb
 L8 Swept Display of RLC Resonance
 C46 Coupled Tuning Forks

Week 4, Day 2:
 L9 Gated Oscillator Resonance Display
 C41 Wave Beats

Week 5, Day 1:
 C19 Two Rigid Pendulums Coupled with a Spring
 C18 Two Pendulums Coupled with a Rod
 C21 Weighted Hacksaw Blade
 C22 Wilberforce Pendulum

Week 5, Day 2:
 C20 Driven Air Carts Coupled with Springs
 triple pendulum

Week 6, Day 1:
 C20 Driven Air Carts Coupled with Springs
 C33 Stretched Spring and Slinky
 C30 Wave on a Chain
 C26 Projection Model of Wave Motion
 C27 Bell Lab Wave Machine

Week 6, Day 2:
  

Week 7, Day 1:
 K8 Reflection and Termination in a Transmission Line
 C36 Vibrating String - Motor-Driven
 C48 Change in Frequency of Voice w/ Helium
 C52 Standing Sound Waves in a Glass Tube

Week 7, Day 2:
  

Week 8, Day 1:
 C32 Fourier Synthesizer

Week 8, Day 2:
 piano string

Week 9, Day 1:
  

Week 9, Day 2:
 polaroids+projectors

Week 10, Day 1:
 K4 Polarization of Radio Waves - Dipole Antenna
 K1 E and B Fields of Microwaves
 T7 Rotation of a 1/4 - Wave Plate
 T9 Various Birefringent Materials
 T10 Strain Lines

Week 10, Day 2:
 T12 Polarization of Radio Waves
 N4 Scattering of Light
 T8 Polarization in a Sugar Solution
 laser polarization

Week 11, Day 1:
 K3 Polarization of Microwaves
 X270 Radiometer

Week 11, Day 2:
 K6 Lecher Lines
 K8 Reflection and Termination in a Transmission Line

Week 12, Day 1:
 K7 Microwave Cutoff Frequency

Week 12, Day 2:
  

Week 13, Day 1:
 C64 Resonant Cavity with Swept Frequency
 C38 Chladni Figures - Speaker-Driven

Week 13, Day 2:
 M2 Total Internal Reflection
 N3 Refraction in Water
 N2 Hollow Prisms
 N1 Continuous Spectrum with Prism

Week 14, Day 1:
 T3 Brewster's Angle
 T3a
 T3b
 M3 Light Pipes
 M5 Light Guide and Laser
 N6 Double-Refracting Calcite Crystals

Week 14, Day 2:
 P4 Interference of Microwaves
 P3 Interference of Sound Waves
 P10 Double Slit Laser Interference

Week 15, Day 1:
 P6 Optical Flats
 P6 Optical Flats
 P7 Reflection off Soap Bubbles
 P8 Reflection off a Soap Film

Week 15, Day 2:
 Q2 Single-Slit Diffraction with a Laser
 P10 Double Slit Laser Interference

Week 16, Day 1:
 Q5 Pinhole Diffraction with a Laser

Week 16, Day 2:
 Q7 Transmission Grating with a Laser
 Q10 Reflection Grating with White Light and Laser
 Q11 Measuring the Wavelength of Light with a Ruler
 Q6 Resolution of Two Point Sources

Week 17, Day 1:
  

Week 17, Day 2:
 C56 Doppler Shift using a Tuning Fork
 C56b
 C57 Doppler Shift using a Corrugated Plastic Tube
 C57a
Top /\

8.03 Spring 2007 - ?


Week 1, Day 1:
 C35 Vibrating Spring - Hand-Driven
 C12 Oscillating Steel Ball on a Track
 C5 Simple Pendulum
 C2 Mass on a Spring
 X210 Steel Ball in Concave Dish

Week 1, Day 2:
 C5 Simple Pendulum
 L2 Damped RLC Circuit
 L1 Damped Series-Parallel LC CIrcuit
 C11 Damped and Undamped Masses on a Spring
 C60 Driven Torsional Balance Oscillator

Week 2, Day 1:
 C60 Driven Torsional Balance Oscillator
 L2 Damped RLC Circuit
 C5 Simple Pendulum
 C44 Tuning Forks and Sounding Boxes
 C58 Driven Cart on an Air Track
 Z42 Tacoma Narrows Bridge Collapse

Week 2, Day 2:
 C5 Simple Pendulum
 L6 Resonant LC Circuit with a Light Bulb
 L8 Swept Display of RLC Resonance
 C66 Breaking a Glass w/ Sound

Week 3, Day 1:
  

Week 3, Day 2:
 C20 Driven Air Carts Coupled with Springs
 C18 Two Pendulums Coupled with a Rod
 C21 Weighted Hacksaw Blade
 C46 Coupled Tuning Forks
 C41 Wave Beats

Week 4, Day 1:
 C20 Driven Air Carts Coupled with Springs
 Z42 Tacoma Narrows Bridge Collapse
 C36 Vibrating String - Motor-Driven

Week 4, Day 2:
 C33 Stretched Spring and Slinky
 C36 Vibrating String - Motor-Driven
 C30 Wave on a Chain
 C26 Projection Model of Wave Motion

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 6, Day 1:
 C33 Stretched Spring and Slinky
 C34 Magnesium Bars and Hammer
 C65 Rijke Tube
 C48 Change in Frequency of Voice w/ Helium
 C52 Standing Sound Waves in a Glass Tube

Week 6, Day 2:
 C26 Projection Model of Wave Motion
 C32 Fourier Synthesizer

Week 7, Day 1:
 K8 Reflection and Termination in a Transmission Line
 C27 Bell Lab Wave Machine
 C28 Torsion Pendulum - Traveling Wave
 C33 Stretched Spring and Slinky

Week 7, Day 2:
 C38 Chladni Figures - Speaker-Driven
 C40 Oscillating Soap Film
 C39 Chladni Figures - Cello Bow Driven
 Z43 Soap Film Oscillations (?)

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 11, Day 1:
  

Week 11, Day 2:
 K3 Polarization of Microwaves
 K6 Lecher Lines
 T1 Polarizing Filters and Light
 Z56 Duck Soup

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
 P7 Reflection off Soap Bubbles
 P8 Reflection off a Soap Film
 P6 Optical Flats

Week 15, Day 2:
 C56 Doppler Shift using a Tuning Fork
 C57 Doppler Shift using a Corrugated Plastic Tube
 N4 Scattering of Light

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.03 Spring 2004 - ?


Week 1, Day 1:
 C10 Two Pendulum with Different Amplitudes
 C2 Mass on a Spring
 C1 Air Cart Between Springs
 C22 Wilberforce Pendulum
 T9 Various Birefringent Materials
 Z42 Tacoma Narrows Bridge Collapse

Week 1, Day 2:
 C10 Two Pendulum with Different Amplitudes
 C2 Mass on a Spring
 C1 Air Cart Between Springs
 C11 Damped and Undamped Masses on a Spring
 C60 Driven Torsional Balance Oscillator

Week 2, Day 1:
 C58 Driven Cart on an Air Track
 C59 Driven Mechanical Oscillator
 C60 Driven Torsional Balance Oscillator
 C66 Breaking a Glass w/ Sound

Week 2, Day 2:
 C41 Wave Beats
 C46 Coupled Tuning Forks
 C49 Audio Mixing
 C58 Driven Cart on an Air Track

Week 3, Day 1:
  

Week 3, Day 2:
 C18 Two Pendulums Coupled with a Rod
 C19 Two Rigid Pendulums Coupled with a Spring
 C21 Weighted Hacksaw Blade
 C22 Wilberforce Pendulum
 C20 Driven Air Carts Coupled with Springs

Week 4, Day 1:
 C20 Driven Air Carts Coupled with Springs
 C27 Bell Lab Wave Machine
 C21 Weighted Hacksaw Blade
 C22 Wilberforce Pendulum

Week 4, Day 2:
  

Week 5, Day 1:
 C35 Vibrating Spring - Hand-Driven
 C36 Vibrating String - Motor-Driven
 C27 Bell Lab Wave Machine

Week 5, Day 2:
 C27 Bell Lab Wave Machine
 C36 Vibrating String - Motor-Driven
 Z43 Soap Film Oscillations (?)

Week 6, Day 1:
 Missing weeks

Week 6, Day 2:
  

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 12, Day 1:
  

Week 12, Day 2:
 N3 Refraction in Water
 M2 Total Internal Reflection
 M3 Light Pipes
 M4 Fiber Optic Bundle
 T3 Brewster's Angle

Week 13, Day 1:
 M3 Light Pipes
 P5 Newton's Rings
 P6 Optical Flats
 P4 Interference of Microwaves
 P10 Double Slit Laser Interference
 N6 Double-Refracting Calcite Crystals

Week 13, Day 2:
 P2 Moire Pattern
 P3 Interference of Sound Waves
 P8 Reflection off a Soap Film
 P5 Newton's Rings
 Q8 Two-Dimensional Grating with a Laser

Week 14, Day 1:
 Q5 Pinhole Diffraction with a Laser
 Q2 Single-Slit Diffraction with a Laser
 Q11 Measuring the Wavelength of Light with a Ruler
 P6 Optical Flats
 Q8 Two-Dimensional Grating with a Laser

Week 14, Day 2:
 Q11 Measuring the Wavelength of Light with a Ruler
 Q7 Transmission Grating with a Laser
 Q10 Reflection Grating with White Light and Laser
 Q8 Two-Dimensional Grating with a Laser
 fabry-perot interferometer

Week 15, Day 1:
 N5 Rainbow

Week 15, Day 2:
 C56 Doppler Shift using a Tuning Fork
 C57 Doppler Shift using a Corrugated Plastic Tube

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.03 Spring 2003 - ?


Week 1, Day 1:
  

Week 1, Day 2:
 C10 Two Pendulum with Different Amplitudes
 C2 Mass on a Spring
 C1 Air Cart Between Springs
 C3 Circular and Simple Harmonic Motion
 Z42 Tacoma Narrows Bridge Collapse

Week 2, Day 1:
 C1 Air Cart Between Springs
 C11 Damped and Undamped Masses on a Spring
 C60 Driven Torsional Balance Oscillator

Week 2, Day 2:
 C58 Driven Cart on an Air Track
 C59 Driven Mechanical Oscillator
 C60 Driven Torsional Balance Oscillator
 C66 Breaking a Glass w/ Sound

Week 3, Day 1:
 C41 Wave Beats
 C46 Coupled Tuning Forks
 C49 Audio Mixing
 C58 Driven Cart on an Air Track

Week 3, Day 2:
 C18 Two Pendulums Coupled with a Rod
 C19 Two Rigid Pendulums Coupled with a Spring
 C21 Weighted Hacksaw Blade
 C22 Wilberforce Pendulum
 C20 Driven Air Carts Coupled with Springs

Week 4, Day 1:
  

Week 4, Day 2:
 C20 Driven Air Carts Coupled with Springs
 C27 Bell Lab Wave Machine
 C21 Weighted Hacksaw Blade
 C22 Wilberforce Pendulum

Week 5, Day 1:
 C35 Vibrating Spring - Hand-Driven
 C36 Vibrating String - Motor-Driven
 C27 Bell Lab Wave Machine

Week 5, Day 2:
 C27 Bell Lab Wave Machine
 C36 Vibrating String - Motor-Driven
 Z43 Soap Film Oscillations (?)

Week 6, Day 1:
 C38 Chladni Figures - Speaker-Driven
 C40 Oscillating Soap Film
 C32 Fourier Synthesizer

Week 6, Day 2:
 C32 Fourier Synthesizer
 spectrum analyzer

Week 7, Day 1:
 N1 Continuous Spectrum with Prism

Week 7, Day 2:
  

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 9, Day 1:
 T1 Polarizing Filters and Light

Week 9, Day 2:
 K1 E and B Fields of Microwaves
 T7 Rotation of a 1/4 - Wave Plate
 T9 Various Birefringent Materials
 T10 Strain Lines
 K3 Polarization of Microwaves

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 11, Day 1:
 K7 Microwave Cutoff Frequency

Week 11, Day 2:
 M2 Total Internal Reflection
 N3 Refraction in Water
 N1 Continuous Spectrum with Prism
 N6 Double-Refracting Calcite Crystals

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
 P12 Michelson Interferometer

Week 15, Day 2:
 C56 Doppler Shift using a Tuning Fork
 C57 Doppler Shift using a Corrugated Plastic Tube
 fabry-perot interferometer

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.03 Fall 2003 - ?


Week 1, Day 1:
  

Week 1, Day 2:
 C10 Two Pendulum with Different Amplitudes
 C2 Mass on a Spring
 C1 Air Cart Between Springs
 C3 Circular and Simple Harmonic Motion
 super ball

Week 2, Day 1:
 C1 Air Cart Between Springs
 C11 Damped and Undamped Masses on a Spring
 C60 Driven Torsional Balance Oscillator

Week 2, Day 2:
 C58 Driven Cart on an Air Track
 C59 Driven Mechanical Oscillator
 C60 Driven Torsional Balance Oscillator
 C66 Breaking a Glass w/ Sound

Week 3, Day 1:
 C41 Wave Beats
 C46 Coupled Tuning Forks
 C49 Audio Mixing
 C58 Driven Cart on an Air Track

Week 3, Day 2:
 C19 Two Rigid Pendulums Coupled with a Spring
 C21 Weighted Hacksaw Blade
 C22 Wilberforce Pendulum
 C20 Driven Air Carts Coupled with Springs
 C69 Double Pendulum

Week 4, Day 1:
  

Week 4, Day 2:
 C20 Driven Air Carts Coupled with Springs
 C27 Bell Lab Wave Machine
 C21 Weighted Hacksaw Blade
 C22 Wilberforce Pendulum

Week 5, Day 1:
  

Week 5, Day 2:
 C35 Vibrating Spring - Hand-Driven
 C36 Vibrating String - Motor-Driven
 C27 Bell Lab Wave Machine

Week 6, Day 1:
 C27 Bell Lab Wave Machine
 C36 Vibrating String - Motor-Driven
 Z43 Soap Film Oscillations (?)

Week 6, Day 2:
 C38 Chladni Figures - Speaker-Driven
 C40 Oscillating Soap Film
 C32 Fourier Synthesizer

Week 7, Day 1:
  

Week 7, Day 2:
 C32 Fourier Synthesizer
 spectrum analyzer

Week 8, Day 1:
 N1 Continuous Spectrum with Prism

Week 8, Day 2:
  

Week 9, Day 1:
 T1 Polarizing Filters and Light

Week 9, Day 2:
 K1 E and B Fields of Microwaves
 T7 Rotation of a 1/4 - Wave Plate
 T9 Various Birefringent Materials
 T10 Strain Lines
 K3 Polarization of Microwaves

Week 10, Day 1:
 T12 Polarization of Radio Waves
 N4 Scattering of Light
 T8 Polarization in a Sugar Solution
 T7 Rotation of a 1/4 - Wave Plate
 T9 Various Birefringent Materials
 T10 Strain Lines

Week 10, Day 2:
 K6 Lecher Lines
 K8 Reflection and Termination in a Transmission Line
 K3 Polarization of Microwaves
 X270 Radiometer
 polarized light and mirror

Week 11, Day 1:
  

Week 11, Day 2:
 K7 Microwave Cutoff Frequency

Week 12, Day 1:
  

Week 12, Day 2:
 M2 Total Internal Reflection
 N3 Refraction in Water
 N1 Continuous Spectrum with Prism
 N6 Double-Refracting Calcite Crystals

Week 13, Day 1:
 M3 Light Pipes
 P5 Newton's Rings
 P6 Optical Flats
 P4 Interference of Microwaves
 P10 Double Slit Laser Interference
 N6 Double-Refracting Calcite Crystals

Week 13, Day 2:
 P2 Moire Pattern
 P3 Interference of Sound Waves
 P8 Reflection off a Soap Film
 P5 Newton's Rings
 Q8 Two-Dimensional Grating with a Laser

Week 14, Day 1:
 Q5 Pinhole Diffraction with a Laser
 Q2 Single-Slit Diffraction with a Laser
 Q11 Measuring the Wavelength of Light with a Ruler
 P6 Optical Flats
 Q8 Two-Dimensional Grating with a Laser

Week 14, Day 2:
 Q11 Measuring the Wavelength of Light with a Ruler
 Q7 Transmission Grating with a Laser
 Q10 Reflection Grating with White Light and Laser
 Q8 Two-Dimensional Grating with a Laser
 fabry-perot interferometer

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.03 Spring 2000 - Kardar


Week 1, Day 1:
  

Week 1, Day 2:
 C1 Air Cart Between Springs
 C2 Mass on a Spring
 C9 Different Shaped Pendulums with the Same Frequency
 C12 Oscillating Steel Ball on a Track

Week 2, Day 1:
 C3 Circular and Simple Harmonic Motion
 C16 Torsional Balance Oscillator
 C32 Fourier Synthesizer
 C45 Tuning Fork and Microphone

Week 2, Day 2:
 L2 Damped RLC Circuit
 C17 Simple Harmonic Motion with Damping
 C11 Damped and Undamped Masses on a Spring
 C12 Oscillating Steel Ball on a Track

Week 3, Day 1:
 C46 Coupled Tuning Forks
 C58 Driven Cart on an Air Track
 C60 Driven Torsional Balance Oscillator
 C66 Breaking a Glass w/ Sound

Week 3, Day 2:
 L6 Resonant LC Circuit with a Light Bulb
 L7 Resonant RLC Phase Shift
 L8 Swept Display of RLC Resonance

Week 4, Day 1:
 C18 Two Pendulums Coupled with a Rod
 C19 Two Rigid Pendulums Coupled with a Spring
 C20 Driven Air Carts Coupled with Springs
 C21 Weighted Hacksaw Blade
 C22 Wilberforce Pendulum

Week 4, Day 2:
 C20 Driven Air Carts Coupled with Springs
 C19 Two Rigid Pendulums Coupled with a Spring

Week 5, Day 1:
 C27 Bell Lab Wave Machine
 C35 Vibrating Spring - Hand-Driven
 C36 Vibrating String - Motor-Driven

Week 5, Day 2:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 7, Day 1:
 C27 Bell Lab Wave Machine
 C29 Phase and Group Velocity

Week 7, Day 2:
 C27 Bell Lab Wave Machine

Week 8, Day 1:
 C33 Stretched Spring and Slinky
 C37 Vibrating Membrane with Strobe
 C38 Chladni Figures - Speaker-Driven
 C31 Ripple Tank
 C40 Oscillating Soap Film

Week 8, Day 2:
 C42 Organ Pipes
 C52 Standing Sound Waves in a Glass Tube
 C53 Two Speakers Facing Each Other with Microphone
 C62 Resonant Air Column in a Glass Tube

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 10, Day 1:
 K1 E and B Fields of Microwaves
 K2 Interference of Microwaves
 K4 Polarization of Radio Waves - Dipole Antenna

Week 10, Day 2:
 K3 Polarization of Microwaves
 T1 Polarizing Filters and Light

Week 11, Day 1:
  

Week 11, Day 2:
 C33 Stretched Spring and Slinky
 C31 Ripple Tank
 K4 Polarization of Radio Waves - Dipole Antenna
 K5 Radio Transmission and Reception

Week 12, Day 1:
 T5 Light Through Cigarette Smoke
 N4 Scattering of Light
 T4 Polarization by Scattering
 T8 Polarization in a Sugar Solution

Week 12, Day 2:
 N3 Refraction in Water
 N1 Continuous Spectrum with Prism
 N5 Rainbow
 T6 Double-Refracting Calcite Crystals
 T9 Various Birefringent Materials
 T10 Strain Lines
 T11 Liquid Crystal Light Shutter

Week 13, Day 1:
 N3 Refraction in Water
 M2 Total Internal Reflection
 M3 Light Pipes
 M4 Fiber Optic Bundle
 T3 Brewster's Angle
 P2 Moire Pattern

Week 13, Day 2:
 P2 Moire Pattern
 P10 Double Slit Laser Interference
 P3 Interference of Sound Waves
 P1 Ripple Tank
 P5 Newton's Rings
 P6 Optical Flats
 P7 Reflection off Soap Bubbles
 P8 Reflection off a Soap Film

Week 14, Day 1:
 Q1 Single Slit Diffraction with Ripple Tank
 Q2 Single-Slit Diffraction with a Laser
 Q5 Pinhole Diffraction with a Laser
 Q6 Resolution of Two Point Sources
 Q11 Measuring the Wavelength of Light with a Ruler
 C32 Fourier Synthesizer

Week 14, Day 2:
 C32 Fourier Synthesizer
 Q7 Transmission Grating with a Laser
 Q8 Two-Dimensional Grating with a Laser
 Q9 Zone plate
 Q10 Reflection Grating with White Light and Laser
 Q12 Band Emission Spectra

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.03 Fall 1999 - Kaspi


Week 1, Day 1:
  

Week 1, Day 2:
 C2 Mass on a Spring
 C3 Circular and Simple Harmonic Motion
 C4 Spray Paint Oscillator
 C5 Simple Pendulum

Week 2, Day 1:
 C1 Air Cart Between Springs
 C15 U-Tube Oscillations
 C12 Oscillating Steel Ball on a Track
 C60 Driven Torsional Balance Oscillator

Week 2, Day 2:
 C11 Damped and Undamped Masses on a Spring
 L2 Damped RLC Circuit
 C41 Wave Beats
 C45 Tuning Fork and Microphone
 H13 Copper Pendulum between Poles of Magnet

Week 3, Day 1:
 C59 Driven Mechanical Oscillator
 C60 Driven Torsional Balance Oscillator
 C44 Tuning Forks and Sounding Boxes
 L6 Resonant LC Circuit with a Light Bulb
 C66 Breaking a Glass w/ Sound

Week 3, Day 2:
 L8 Swept Display of RLC Resonance
 L7 Resonant RLC Phase Shift
 L2 Damped RLC Circuit
 L5 Mutual Inductance with Two Coil Resonant

Week 4, Day 1:
 C18 Two Pendulums Coupled with a Rod
 C21 Weighted Hacksaw Blade
 C19 Two Rigid Pendulums Coupled with a Spring
 C20 Driven Air Carts Coupled with Springs
 C22 Wilberforce Pendulum
 C15 U-Tube Oscillations

Week 4, Day 2:
 C27 Bell Lab Wave Machine
 C36 Vibrating String - Motor-Driven
 C38 Chladni Figures - Speaker-Driven

Week 5, Day 1:
  

Week 5, Day 2:
 C27 Bell Lab Wave Machine
 C26 Projection Model of Wave Motion
 C33 Stretched Spring and Slinky
 C32 Fourier Synthesizer

Week 6, Day 1:
 C32 Fourier Synthesizer
 C45 Tuning Fork and Microphone

Week 6, Day 2:
 C52 Standing Sound Waves in a Glass Tube
 C42 Organ Pipes
 C43 Various Whistles
 C50 Tone Bursts
 C64 Resonant Cavity with Swept Frequency
 C45 Tuning Fork and Microphone

Week 7, Day 1:
 C26 Projection Model of Wave Motion
 C27 Bell Lab Wave Machine
 C56 Doppler Shift using a Tuning Fork
 C57 Doppler Shift using a Corrugated Plastic Tube
 C33 Stretched Spring and Slinky

Week 7, Day 2:
 C27 Bell Lab Wave Machine
 C29 Phase and Group Velocity

Week 8, Day 1:
 C29 Phase and Group Velocity
 K6 Lecher Lines

Week 8, Day 2:
 K6 Lecher Lines
 K8 Reflection and Termination in a Transmission Line
 K4 Polarization of Radio Waves - Dipole Antenna
 K10 Microwave Oven

Week 9, Day 1:
  

Week 9, Day 2:
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves
 K10 Microwave Oven
 T1 Polarizing Filters and Light

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 11, Day 1:
 T4 Polarization by Scattering
 T5 Light Through Cigarette Smoke
 N4 Scattering of Light
 N3 Refraction in Water
 M2 Total Internal Reflection

Week 11, Day 2:
 N5 Rainbow
 M4 Fiber Optic Bundle
 M3 Light Pipes
 T3 Brewster's Angle
 T6 Double-Refracting Calcite Crystals
 T9 Various Birefringent Materials

Week 12, Day 1:
 P3 Interference of Sound Waves
 P4 Interference of Microwaves
 P10 Double Slit Laser Interference
 Q2 Single-Slit Diffraction with a Laser

Week 12, Day 2:
 P5 Newton's Rings
 P8 Reflection off a Soap Film
 Q6 Resolution of Two Point Sources
 Q8 Two-Dimensional Grating with a Laser
 Q13

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.03 Spring 1999 - Busza


Week 1, Day 1:
  

Week 1, Day 2:
 C35 Vibrating Spring - Hand-Driven
 C12 Oscillating Steel Ball on a Track
 C5 Simple Pendulum
 C2 Mass on a Spring
 X210 Steel Ball in Concave Dish

Week 2, Day 1:
 C10 Two Pendulum with Different Amplitudes
 C5 Simple Pendulum
 L2 Damped RLC Circuit
 C17 Simple Harmonic Motion with Damping

Week 2, Day 2:
 L2 Damped RLC Circuit
 C44 Tuning Forks and Sounding Boxes
 C58 Driven Cart on an Air Track
 Z42 Tacoma Narrows Bridge Collapse

Week 3, Day 1:
  

Week 3, Day 2:
 C55 Microphone in a Long Tube
 L6 Resonant LC Circuit with a Light Bulb
 L8 Swept Display of RLC Resonance
 C5 Simple Pendulum

Week 4, Day 1:
 C41 Wave Beats
 C20 Driven Air Carts Coupled with Springs
 C18 Two Pendulums Coupled with a Rod
 C21 Weighted Hacksaw Blade
 C46 Coupled Tuning Forks

Week 4, Day 2:
 C36 Vibrating String - Motor-Driven
 C33 Stretched Spring and Slinky

Week 5, Day 1:
 C26 Projection Model of Wave Motion
 C27 Bell Lab Wave Machine
 K8 Reflection and Termination in a Transmission Line
 C30 Wave on a Chain
 C34 Magnesium Bars and Hammer
 C33 Stretched Spring and Slinky

Week 5, Day 2:
 C27 Bell Lab Wave Machine

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 7, Day 1:
 C26 Projection Model of Wave Motion
 C27 Bell Lab Wave Machine
 K8 Reflection and Termination in a Transmission Line

Week 7, Day 2:
 C27 Bell Lab Wave Machine
 K8 Reflection and Termination in a Transmission Line
 C52 Standing Sound Waves in a Glass Tube
 C48 Change in Frequency of Voice w/ Helium
 C65 Rijke Tube

Week 8, Day 1:
 C38 Chladni Figures - Speaker-Driven
 C39 Chladni Figures - Cello Bow Driven
 Z43 Soap Film Oscillations (?)

Week 8, Day 2:
  

Week 9, Day 1:
 T1 Polarizing Filters and Light
 K1 E and B Fields of Microwaves

Week 9, Day 2:
 K4 Polarization of Radio Waves - Dipole Antenna
 K5 Radio Transmission and Reception
 charges that start and stop

Week 10, Day 1:
  

Week 10, Day 2:
 K3 Polarization of Microwaves
 K6 Lecher Lines
 K7 Microwave Cutoff Frequency
 T1 Polarizing Filters and Light

Week 11, Day 1:
  

Week 11, Day 2:
 C29 Phase and Group Velocity
 Z56 Duck Soup

Week 12, Day 1:
 T3 Brewster's Angle
 T4 Polarization by Scattering
 T11 Liquid Crystal Light Shutter
 M2 Total Internal Reflection
 N3 Refraction in Water
 M4 Fiber Optic Bundle

Week 12, Day 2:
 Q2 Single-Slit Diffraction with a Laser
 P10 Double Slit Laser Interference
 P4 Interference of Microwaves
 P11 Double Slit Interference w/Ripple Tank

Week 13, Day 1:
 P10 Double Slit Laser Interference
 P4 Interference of Microwaves
 P11 Double Slit Interference w/Ripple Tank
 R1 Continuous Spectrum

Week 13, Day 2:
 Q2 Single-Slit Diffraction with a Laser
 Q6 Resolution of Two Point Sources
 Q7 Transmission Grating with a Laser
 Q8 Two-Dimensional Grating with a Laser
 P6 Optical Flats
 P7 Reflection off Soap Bubbles
 Q5 Pinhole Diffraction with a Laser

Week 14, Day 1:
 M6 Reflection Holograms
 C56 Doppler Shift using a Tuning Fork
 C57 Doppler Shift using a Corrugated Plastic Tube

Week 14, Day 2:
 N4 Scattering of Light
 T8 Polarization in a Sugar Solution

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.03 Fall 1991 - Bekefi


Week 1, Day 1:
  

Week 1, Day 2:
 C3 Circular and Simple Harmonic Motion
 C11 Damped and Undamped Masses on a Spring
 C19 Two Rigid Pendulums Coupled with a Spring
 C27 Bell Lab Wave Machine
 C47 Xylophone

Week 2, Day 1:
 C2 Mass on a Spring
 C11 Damped and Undamped Masses on a Spring
 C12 Oscillating Steel Ball on a Track
 C15 U-Tube Oscillations
 C19 Two Rigid Pendulums Coupled with a Spring

Week 2, Day 2:
 C11 Damped and Undamped Masses on a Spring
 C59 Driven Mechanical Oscillator
 L2 Damped RLC Circuit

Week 3, Day 1:
 L8 Swept Display of RLC Resonance
 L9 Gated Oscillator Resonance Display

Week 3, Day 2:
 C18 Two Pendulums Coupled with a Rod
 C19 Two Rigid Pendulums Coupled with a Spring
 C20 Driven Air Carts Coupled with Springs
 C21 Weighted Hacksaw Blade
 C22 Wilberforce Pendulum

Week 4, Day 1:
  

Week 4, Day 2:
 C18 Two Pendulums Coupled with a Rod
 C27 Bell Lab Wave Machine
 C33 Stretched Spring and Slinky
 C34 Magnesium Bars and Hammer

Week 5, Day 1:
 C27 Bell Lab Wave Machine
 C36 Vibrating String - Motor-Driven

Week 5, Day 2:
 C32 Fourier Synthesizer
 C34 Magnesium Bars and Hammer
 C38 Chladni Figures - Speaker-Driven
 C39 Chladni Figures - Cello Bow Driven
 Z42 Tacoma Narrows Bridge Collapse

Week 6, Day 1:
  

Week 6, Day 2:
 C50 Tone Bursts

Week 7, Day 1:
 C50 Tone Bursts

Week 7, Day 2:
  

Week 8, Day 1:
  

Week 8, Day 2:
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves
 T1 Polarizing Filters and Light

Week 9, Day 1:
 K4 Polarization of Radio Waves - Dipole Antenna
 T4 Polarization by Scattering

Week 9, Day 2:
  

Week 10, Day 1:
 K6 Lecher Lines

Week 10, Day 2:
 R3 Absorption Line of Sodium Crystals
 R4 Spectrum Chart

Week 11, Day 1:
  

Week 11, Day 2:
 M2 Total Internal Reflection
 N6 Double-Refracting Calcite Crystals
 T7 Rotation of a 1/4 - Wave Plate
 T8 Polarization in a Sugar Solution
 T10 Strain Lines

Week 12, Day 1:
 L1 Damped Series-Parallel LC CIrcuit
 L7 Resonant RLC Phase Shift

Week 12, Day 2:
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves
 K8 Reflection and Termination in a Transmission Line
 L6 Resonant LC Circuit with a Light Bulb

Week 13, Day 1:
 P2 Moire Pattern
 P6 Optical Flats
 P7 Reflection off Soap Bubbles
 P8 Reflection off a Soap Film

Week 13, Day 2:
 Q8 Two-Dimensional Grating with a Laser
 Q10 Reflection Grating with White Light and Laser
 Q12 Band Emission Spectra

Week 14, Day 1:
 Q2 Single-Slit Diffraction with a Laser
 Q5 Pinhole Diffraction with a Laser
 Q11 Measuring the Wavelength of Light with a Ruler

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.03 Fall 1990 - Herton


Week 1, Day 1:
  

Week 1, Day 2:
 C2 Mass on a Spring
 C10 Two Pendulum with Different Amplitudes
 C15 U-Tube Oscillations

Week 2, Day 1:
 C1 Air Cart Between Springs
 C2 Mass on a Spring
 C10 Two Pendulum with Different Amplitudes
 C17 Simple Harmonic Motion with Damping
 L2 Damped RLC Circuit

Week 2, Day 2:
 C17 Simple Harmonic Motion with Damping
 L2 Damped RLC Circuit

Week 3, Day 1:
 C59 Driven Mechanical Oscillator
 C60 Driven Torsional Balance Oscillator
 L7 Resonant RLC Phase Shift
 L8 Swept Display of RLC Resonance

Week 3, Day 2:
 C1 Air Cart Between Springs
 C41 Wave Beats
 C60 Driven Torsional Balance Oscillator

Week 4, Day 1:
 C18 Two Pendulums Coupled with a Rod
 C19 Two Rigid Pendulums Coupled with a Spring
 C20 Driven Air Carts Coupled with Springs
 C22 Wilberforce Pendulum

Week 4, Day 2:
 C28 Torsion Pendulum - Traveling Wave
 C30 Wave on a Chain
 C33 Stretched Spring and Slinky

Week 5, Day 1:
  

Week 5, Day 2:
 C27 Bell Lab Wave Machine
 C28 Torsion Pendulum - Traveling Wave
 C35 Vibrating Spring - Hand-Driven
 C36 Vibrating String - Motor-Driven

Week 6, Day 1:
  

Week 6, Day 2:
 C42 Organ Pipes
 C43 Various Whistles
 C48 Change in Frequency of Voice w/ Helium
 Z43 Soap Film Oscillations (?)

Week 7, Day 1:
 C32 Fourier Synthesizer

Week 7, Day 2:
  

Week 8, Day 1:
 K1 E and B Fields of Microwaves
 K5 Radio Transmission and Reception

Week 8, Day 2:
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves
 K4 Polarization of Radio Waves - Dipole Antenna
 T6 Double-Refracting Calcite Crystals
 T9 Various Birefringent Materials

Week 9, Day 1:
 K4 Polarization of Radio Waves - Dipole Antenna
 K6 Lecher Lines
 K8 Reflection and Termination in a Transmission Line
 Z55 Charges that Start and Stop

Week 9, Day 2:
  

Week 10, Day 1:
  

Week 10, Day 2:
 K6 Lecher Lines
 K7 Microwave Cutoff Frequency
 K8 Reflection and Termination in a Transmission Line

Week 11, Day 1:
  

Week 11, Day 2:
 R3 Absorption Line of Sodium Crystals
 R4 Spectrum Chart

Week 12, Day 1:
 M2 Total Internal Reflection
 M3 Light Pipes
 M4 Fiber Optic Bundle
 N6 Double-Refracting Calcite Crystals
 T3 Brewster's Angle

Week 12, Day 2:
 M1 Virtual Image
 N8 Rive Ray Box
 S3 Benham Top Demonstration

Week 13, Day 1:
 P4 Interference of Microwaves
 P5 Newton's Rings
 P6 Optical Flats
 P7 Reflection off Soap Bubbles
 T2 Polarization of Light Reflected from Various Objects

Week 13, Day 2:
 Q1 Single Slit Diffraction with Ripple Tank
 Q4 Double Slit Laser Diffraction
 Q7 Transmission Grating with a Laser

Week 14, Day 1:
 C57 Doppler Shift using a Corrugated Plastic Tube
 N4 Scattering of Light

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.03 Fall 1989 - Herton


Week 1, Day 1:
  

Week 1, Day 2:
 C2 Mass on a Spring
 C8 Rigid Pendulum
 C11 Damped and Undamped Masses on a Spring

Week 2, Day 1:
 C1 Air Cart Between Springs
 C2 Mass on a Spring
 C10 Two Pendulum with Different Amplitudes
 C11 Damped and Undamped Masses on a Spring
 L2 Damped RLC Circuit

Week 2, Day 2:
 C18 Two Pendulums Coupled with a Rod
 L2 Damped RLC Circuit

Week 3, Day 1:
 C55 Microphone in a Long Tube
 C59 Driven Mechanical Oscillator
 L7 Resonant RLC Phase Shift
 L8 Swept Display of RLC Resonance

Week 3, Day 2:
 C1 Air Cart Between Springs
 C37 Vibrating Membrane with Strobe
 C56 Doppler Shift using a Tuning Fork

Week 4, Day 1:
 C13 Multiple Potential Well
 C18 Two Pendulums Coupled with a Rod
 C20 Driven Air Carts Coupled with Springs
 C22 Wilberforce Pendulum

Week 4, Day 2:
 C24 Horizontal Baseball Bat
 C26 Projection Model of Wave Motion
 C27 Bell Lab Wave Machine

Week 5, Day 1:
  

Week 5, Day 2:
 C28 Torsion Pendulum - Traveling Wave
 C36 Vibrating String - Motor-Driven
 K8 Reflection and Termination in a Transmission Line

Week 6, Day 1:
  

Week 6, Day 2:
 C42 Organ Pipes
 C43 Various Whistles
 C48 Change in Frequency of Voice w/ Helium
 Z43 Soap Film Oscillations (?)

Week 7, Day 1:
 C36 Vibrating String - Motor-Driven

Week 7, Day 2:
 C25 Rod and Ping-Pong Balls

Week 8, Day 1:
 K1 E and B Fields of Microwaves
 K5 Radio Transmission and Reception

Week 8, Day 2:
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves
 K4 Polarization of Radio Waves - Dipole Antenna
 T1 Polarizing Filters and Light
 T3 Brewster's Angle

Week 9, Day 1:
 Z55 Charges that Start and Stop
 K4 Polarization of Radio Waves - Dipole Antenna

Week 9, Day 2:
 K6 Lecher Lines
 K7 Microwave Cutoff Frequency
 K8 Reflection and Termination in a Transmission Line

Week 10, Day 1:
  

Week 10, Day 2:
 K7 Microwave Cutoff Frequency

Week 11, Day 1:
 R3 Absorption Line of Sodium Crystals
 R4 Spectrum Chart

Week 11, Day 2:
 M2 Total Internal Reflection
 M3 Light Pipes
 M4 Fiber Optic Bundle
 N3 Refraction in Water
 N6 Double-Refracting Calcite Crystals
 T3 Brewster's Angle

Week 12, Day 1:
 N7 Hottel Disk

Week 12, Day 2:
 M2 Total Internal Reflection
 M3 Light Pipes
 M4 Fiber Optic Bundle
 N3 Refraction in Water
 N6 Double-Refracting Calcite Crystals
 T3 Brewster's Angle

Week 13, Day 1:
 Q1 Single Slit Diffraction with Ripple Tank
 Q3 Double-Slit Diffraction with a Ripple Tank
 Q7 Transmission Grating with a Laser
 Q10 Reflection Grating with White Light and Laser

Week 13, Day 2:
 N4 Scattering of Light
 Z28 The Doppler Effect and the Twin Paradox (HM)

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.03 Fall 1988 - Herton


Week 1, Day 1:
  

Week 1, Day 2:
 C1 Air Cart Between Springs
 C2 Mass on a Spring
 C5 Simple Pendulum
 C15 U-Tube Oscillations
 C33 Stretched Spring and Slinky

Week 2, Day 1:
 C1 Air Cart Between Springs
 C2 Mass on a Spring
 C8 Rigid Pendulum
 C18 Two Pendulums Coupled with a Rod
 L2 Damped RLC Circuit

Week 2, Day 2:
 C17 Simple Harmonic Motion with Damping
 L2 Damped RLC Circuit
 Z42 Tacoma Narrows Bridge Collapse

Week 3, Day 1:
 C59 Driven Mechanical Oscillator
 C60 Driven Torsional Balance Oscillator
 L8 Swept Display of RLC Resonance

Week 3, Day 2:
 C18 Two Pendulums Coupled with a Rod
 C19 Two Rigid Pendulums Coupled with a Spring
 C20a Driven Air Carts Coupled with Springs
 C41 Wave Beats
 C58 Driven Cart on an Air Track

Week 4, Day 1:
 C18 Two Pendulums Coupled with a Rod
 C19 Two Rigid Pendulums Coupled with a Spring
 C20 Driven Air Carts Coupled with Springs
 C22 Wilberforce Pendulum
 L5 Mutual Inductance with Two Coil Resonant

Week 4, Day 2:
  

Week 5, Day 1:
  

Week 5, Day 2:
 C18 Two Pendulums Coupled with a Rod
 C26 Projection Model of Wave Motion
 C28 Torsion Pendulum - Traveling Wave
 C35 Vibrating Spring - Hand-Driven
 K8 Reflection and Termination in a Transmission Line

Week 6, Day 1:
 C27 Bell Lab Wave Machine
 C28 Torsion Pendulum - Traveling Wave
 C35 Vibrating Spring - Hand-Driven
 C36 Vibrating String - Motor-Driven

Week 6, Day 2:
 C42 Organ Pipes
 C43 Various Whistles
 C48 Change in Frequency of Voice w/ Helium
 Z43 Soap Film Oscillations (?)

Week 7, Day 1:
 C32 Fourier Synthesizer

Week 7, Day 2:
 C32 Fourier Synthesizer
 K4 Polarization of Radio Waves - Dipole Antenna

Week 8, Day 1:
 K1 E and B Fields of Microwaves
 K5 Radio Transmission and Reception

Week 8, Day 2:
 K3 Polarization of Microwaves
 K4 Polarization of Radio Waves - Dipole Antenna

Week 9, Day 1:
  

Week 9, Day 2:
 K4 Polarization of Radio Waves - Dipole Antenna
 Z55 Charges that Start and Stop

Week 10, Day 1:
 K6 Lecher Lines
 K8 Reflection and Termination in a Transmission Line

Week 10, Day 2:
 K6 Lecher Lines
 K7 Microwave Cutoff Frequency
 K8 Reflection and Termination in a Transmission Line

Week 11, Day 1:
 R3 Absorption Line of Sodium Crystals
 R4 Spectrum Chart

Week 11, Day 2:
 M2 Total Internal Reflection
 M4 Fiber Optic Bundle
 N3 Refraction in Water
 N6 Double-Refracting Calcite Crystals

Week 12, Day 1:
 M1 Virtual Image
 N7 Hottel Disk

Week 12, Day 2:
 P2 Moire Pattern
 P4 Interference of Microwaves
 P5 Newton's Rings
 P6 Optical Flats
 P7 Reflection off Soap Bubbles

Week 13, Day 1:
 Q1 Single Slit Diffraction with Ripple Tank
 Q3 Double-Slit Diffraction with a Ripple Tank
 Q7 Transmission Grating with a Laser
 Q10 Reflection Grating with White Light and Laser

Week 13, Day 2:
 media lab demo

Week 14, Day 1:
 C57 Doppler Shift using a Corrugated Plastic Tube
 N4 Scattering of Light
 Z28 The Doppler Effect and the Twin Paradox (HM)

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.03 Fall 1958 - Mueller


Week 1, Day 1:
  

Week 1, Day 2:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D9 Coulomb's Law Using Charged Pith Balls
 D27 Electric Field Inside a Hollow Conductor Contact method

Week 2, Day 1:
 D16 Electric Field Lines
 D7 Confetti and Van de Graaff Generator

Week 2, Day 2:
 D29 Breakdown of Air - Lightning and Corona Discharge

Week 3, Day 1:
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator

Week 3, Day 2:
  

Week 4, Day 1:
 D28 Surface Distribution of Charge
 D32 Faraday's Cage

Week 4, Day 2:
 series+parallel capacitors
 E6 Exploding Wire
 D10 Coulomb's Law Using a Current Balance

Week 5, Day 1:
 E4 Potential Difference between Capacitor Plates

Week 5, Day 2:
 F10 Stretched Resistance Wire

Week 6, Day 1:
 H9 Variable Turns Around a Primary Coil
 H33 Railgun

Week 6, Day 2:
 V9 Crookes Tube
 G10 Galvanometer Principle
 cyclotron model

Week 7, Day 1:
 G2 Magnetic Field Lines of a Bar Magnet
 G14 Single Vertical Wire and Compass Needle
 G11 Current Balance

Week 7, Day 2:
  

Week 8, Day 1:
  

Week 8, Day 2:
 G8 Wire in a Magnetic Field - Jumping Wire
 H6 Earth's Field Coil
 H15 Levitating Coil on an Aluminum Plate

Week 9, Day 1:
 H13 Copper Pendulum between Poles of Magnet
 H5 Ring Falling in a Magnetic Field
 faraday generator

Week 9, Day 2:
 H17 Back "emf" in a Large Inductor

Week 10, Day 1:
 E5 Dielectrics Between Capacitor Plates
 force on dielectric

Week 10, Day 2:
  

Week 11, Day 1:
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials

Week 11, Day 2:
 J1 Simulation of Magnetic Domains
 J3 Barkhausen Effect

Week 12, Day 1:
 J10 Curie Point of Iron

Week 12, Day 2:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.03 Fall 1954 - ?


Week 1, Day 1:
  

Week 1, Day 2:
 D10 Coulomb's Law Using a Current Balance
 D4 Demonstration of an Electroscope
 balistic galvanometer
 G14 Single Vertical Wire and Compass Needle

Week 2, Day 1:
 D9 Coulomb's Law Using Charged Pith Balls
 oil drop experiment
 D16 Electric Field Lines
 D24 Fluorescent and Neon Tubes in Van De Graaff Field

Week 2, Day 2:
 flux board
 D28 Surface Distribution of Charge

Week 3, Day 1:
 E6 Exploding Wire
 ballistic galvanometer and capacitor
 D10 Coulomb's Law Using a Current Balance
 series and parallel capacitors

Week 3, Day 2:
 potentials on concentric spheres
 E1 Capacitors Used in Wimshurst Machine
 RC phase shift
 water and block analogies of capacitor

Week 4, Day 1:
 E5 Dielectrics Between Capacitor Plates
 force on dielectric

Week 4, Day 2:
 F1 Conducting Glass
 F4 Temperature Effect on Resistance
 D30 Discharge of Conductor by Surrounding Ions

Week 5, Day 1:
 potentials along wire configurations
 cube

Week 5, Day 2:
 V9 Crookes Tube
 G10 Galvanometer Principle
 cyclotron model

Week 6, Day 1:
 G8 Wire in a Magnetic Field - Jumping Wire
 H22 Jumping Ring
 G10 Galvanometer Principle
 H33 Railgun
 faraday motor

Week 6, Day 2:
 G11 Current Balance
 G14 Single Vertical Wire and Compass Needle

Week 7, Day 1:
 G10 Galvanometer Principle
 G21 Collapsing Solenoid
 J11 Hysteresis Curve of an Iron Core Transformer
 "nuclear resonance from Prof. Bitter's Lab"

Week 7, Day 2:
 H4 Coil with a Light Bulb Between a Magnet
 H6 Earth's Field Coil
 speaker coil
 H13 Copper Pendulum between Poles of Magnet
 H5 Ring Falling in a Magnetic Field

Week 8, Day 1:
 H17 Back "emf" in a Large Inductor
 H31 Two Small Coils and Radio

Week 8, Day 2:
 H20 Growth of Current in an Inductor
 J8 Electromagnet With and Without an Iron Rod
 hysteresis model using inertia of pendula

Week 9, Day 1:
 L1 Damped Series-Parallel LC CIrcuit

Week 9, Day 2:
 L2 Damped RLC Circuit
 C11 Damped and Undamped Masses on a Spring

Week 10, Day 1:
 C59 Driven Mechanical Oscillator
 L7 Resonant RLC Phase Shift

Week 10, Day 2:
 LC circuit with relay
 parallel RLC
 speaker feedback

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.031 Fall 1958 - Olbert


Week 1, Day 1:
  

Week 1, Day 2:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D9 Coulomb's Law Using Charged Pith Balls
 D27 Electric Field Inside a Hollow Conductor Contact method

Week 2, Day 1:
 D16 Electric Field Lines
 D7 Confetti and Van de Graaff Generator

Week 2, Day 2:
 D29 Breakdown of Air - Lightning and Corona Discharge

Week 3, Day 1:
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator
 D27 Electric Field Inside a Hollow Conductor Contact method
 D14 Demonstration of the Wimshurst Machine

Week 3, Day 2:
 D16 Electric Field Lines
 D32 Faraday's Cage

Week 4, Day 1:
 E5 Dielectrics Between Capacitor Plates
 E6 Exploding Wire
 force on a dielectric

Week 4, Day 2:
 E4 Potential Difference between Capacitor Plates
 oil drop experiment

Week 5, Day 1:
 V6 Cloud Chamber
 G5 Magnetic Deflection of a Electron Beam

Week 5, Day 2:
 V6 Cloud Chamber
 geiger counter

Week 6, Day 1:
  

Week 6, Day 2:
 variable resistor; cell with alcohol

Week 7, Day 1:
 current shunt resistor voltage drop

Week 7, Day 2:
 V7 Circular Orbit E/M
 G6 Magnetic Deflection of a TV Image
 cyclotron model

Week 8, Day 1:
 V7 Circular Orbit E/M
 cyclotron model
 G10 Galvanometer Principle
 G8 Wire in a Magnetic Field - Jumping Wire

Week 8, Day 2:
 G10 Galvanometer Principle
 G22 Hall Effect
 G12 Single Wire

Week 9, Day 1:
 field around conductor
 G12 Single Wire
 G13 Single Loop of Current
 G16 Magnetic Field of an 8 Turn Solenoid

Week 9, Day 2:
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials
 F16 V-I Relationship of LInear and Non-Linear Components

Week 10, Day 1:
 faraday disk generator
 Biot-Savart Railroad
 H4 Coil with a Light Bulb Between a Magnet

Week 10, Day 2:
 L4 Mutual Inductance with One Coil Resonant

Week 11, Day 1:
 parallel resonance
 AC generator on scope

Week 11, Day 2:
 L7 Resonant RLC Phase Shift
 L2 Damped RLC Circuit

Week 12, Day 1:
 L2 Damped RLC Circuit
 H22 Jumping Ring
 H13 Copper Pendulum between Poles of Magnet

Week 12, Day 2:
 J1 Simulation of Magnetic Domains
 B140 Gimbaled Gyroscope

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.011 Fall 1975 - Morrison


Week 1, Day 1:
  

Week 1, Day 2:
 dna model
 rotating black sphere

Week 2, Day 1:
 DNA model
 light and mesh

Week 2, Day 2:
 foam
 bunsen burner
 rope
 symmetrical patterns
 sea shells

Week 3, Day 1:
 B34 Vector Resolution of Forces
 board with torque applied at multiple points

Week 3, Day 2:
  

Week 4, Day 1:
 foam

Week 4, Day 2:
  

Week 5, Day 1:
 foam

Week 5, Day 2:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 8, Day 1:
 B57/B58

Week 8, Day 2:
 B57/B58

Week 9, Day 1:
 A6 Apple and Gun
 B51 Repelling Air Carts

Week 9, Day 2:
  

Week 10, Day 1:
 B57/B58
 C2 Mass on a Spring
 C18 Two Pendulums Coupled with a Rod

Week 10, Day 2:
  

Week 11, Day 1:
 barton's pendulum

Week 11, Day 2:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 17, Day 1:
  

Week 17, Day 2:
  
Top /\

8.01 Fall 2023 - various


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
  

Week 2, Day 1:
 A6 Apple and Gun
 A7 Relative Motion Gun

Week 2, Day 2:
 ?? cart on track with mass and pulley
 X22 Two block Pull

Week 2, Day 3:
 A11 Ball Bearing Dropped in a Viscous Fluid

Week 3, Day 1:
 C2 Mass on a Spring
 B19 Hooke's Law Puzzler
 PR15 Cup and Cardboard
 B24 Block with Pulley and Weight on an Incline
 X20 Wrapping Friction
 B79 No-Win Tug of War

Week 3, Day 2:
 PR5 Pascal's Law
 PR1 Archimedes' Principle
 PR16 Buoy Oscillation

Week 3, Day 3:
  

Week 4, Day 1:
 B102 Centrifugal vs. Centripetal Motion

Week 4, Day 2:
 Y20 Centripetal Force Lab

Week 4, Day 3:
  

Week 5, Day 1:
 B122 Plate Sliding Under a Can of Soda
 X70 Force Platform

Week 5, Day 2:
 B78 Center of Mass Trajectory
 B80 Push-Me/Pull-You

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
 B63 Force Due to a Stream of Balls
 B50 Recoil Cannon

Week 7, Day 2:
 B95 Loop-The-Loop

Week 7, Day 3:
  

Week 8, Day 1:
  

Week 8, Day 2:
 B57 Elastic Collisions
 B58 Inelastic Collisions
 Y30 Work and Energy
 X62 Astro Blaster
 HT8 Calorimeter

Week 8, Day 3:
 B96 Interrupted Swing

Week 9, Day 1:
 B78 Center of Mass Trajectory
 X3 Bike Wheel

Week 9, Day 2:
 B115 Moment of Inertia Wheel
 B116 Chrome Inertia Wheel
 B2 Massive Atwood Machine
 X1 Vector Arrows
 X3 Bike Wheel

Week 9, Day 3:
  

Week 10, Day 1:
 X3 Bike Wheel

Week 10, Day 2:
 Y50 Angular Momentum Lab

Week 10, Day 3:
  

Week 11, Day 1:
 B107 Flywheel Yo-Yo
 X82 Spool Yo-Yo
 X3 Bike Wheel

Week 11, Day 2:
 B113 Rolling Cylinders
 B78 Center of Mass Trajectory

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
 ?? parabolic surface in rotating water tank

Week 13, Day 3:
 ?? ball on rotating platform

Week 14, Day 1:
 ?? rotating earth simulations

Week 14, Day 2:
 ?? taylor columns

Week 14, Day 3:
 ?? foucault pedulum

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 2022 - various


Week 1, Day 1:
  

Week 1, Day 2:
 ?? cart on track with mass and pulley
 B79 No-Win Tug of War

Week 1, Day 3:
  

Week 2, Day 1:
 A6 Apple and Gun

Week 2, Day 2:
 B24 Block with Pulley and Weight on an Incline
 X22 Two block Pull

Week 2, Day 3:
  

Week 3, Day 1:
 C2 Mass on a Spring
 B19 Hooke's Law Puzzler
 PR16 Buoy Oscillation

Week 3, Day 2:
 PR5 Pascal's Law
 A11 Ball Bearing Dropped in a Viscous Fluid

Week 3, Day 3:
  

Week 4, Day 1:
 B102 Centrifugal vs. Centripetal Motion

Week 4, Day 2:
 Y20 Centripetal Force Lab

Week 4, Day 3:
  

Week 5, Day 1:
 B122 Plate Sliding Under a Can of Soda
 X70 Force Platform

Week 5, Day 2:
 B78 Center of Mass Trajectory

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
 B63 Force Due to a Stream of Balls

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
 B95 Loop-The-Loop

Week 8, Day 2:
 B57 Elastic Collisions
 B58 Inelastic Collisions
 Y30 Work and Energy
 X62 Astro Blaster

Week 8, Day 3:
  

Week 9, Day 1:
 B78 Center of Mass Trajectory
 X3 Bike Wheel

Week 9, Day 2:
 B115 Moment of Inertia Wheel
 B116 Chrome Inertia Wheel
 B2 Massive Atwood Machine
 X1 Vector Arrows
 X3 Bike Wheel

Week 9, Day 3:
  

Week 10, Day 1:
 X3 Bike Wheel

Week 10, Day 2:
 Y50 Angular Momentum Lab

Week 10, Day 3:
  

Week 11, Day 1:
 B107 Flywheel Yo-Yo
 X82 Spool Yo-Yo
 X3 Bike Wheel

Week 11, Day 2:
 B113 Rolling Cylinders
 B78 Center of Mass Trajectory

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
 ?? parabolic surface in rotating water tank

Week 13, Day 3:
 ?? foucault pedulum
 ?? ball on rotating platform

Week 14, Day 1:
 ?? rotating earth simulations

Week 14, Day 2:
 ?? convergence
 ?? taylor columns

Week 14, Day 3:
 ?? lines on rotating paper

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 2008 - Greytak


Week 1, Day 1:
  

Week 1, Day 2:
 Z19 Powers of Ten (Eames)

Week 1, Day 3:
  

Week 2, Day 1:
  

Week 2, Day 2:
 A6 Apple and Gun

Week 2, Day 3:
  

Week 3, Day 1:
 B13 Spring Constant

Week 3, Day 2:
 B40 Wooden Block Between Two Strings
 Y10 Force and Motion

Week 3, Day 3:
  

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
 B28 Kinetic Energy and Friction Force

Week 6, Day 2:
 B92 Spring Potential to Kinetic Energy
 B95 Loop-The-Loop

Week 6, Day 3:
  

Week 7, Day 1:
  

Week 7, Day 2:
 C3 Circular and Simple Harmonic Motion

Week 7, Day 3:
  

Week 8, Day 1:
  

Week 8, Day 2:
 B78 Center of Mass Trajectory
 Y30 Work and Energy

Week 8, Day 3:
  

Week 9, Day 1:
 B64 Colliding Balls - Hanging
 Y40 Momentum and Collisions

Week 9, Day 2:
 B64 Colliding Balls - Hanging
 Y40 Momentum and Collisions

Week 9, Day 3:
  

Week 10, Day 1:
  

Week 10, Day 2:
 B116 Chrome Inertia Wheel
 B115 Moment of Inertia Wheel
 B3 Low Friction Atwood Machine
 B107 Flywheel Yo-Yo
 B113 Rolling Cylinders

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
 B113 Rolling Cylinders
 B107 Flywheel Yo-Yo

Week 11, Day 3:
  

Week 12, Day 1:
 B141 Gyroscope in a Suitcase
 B137 Bicyclewheel Gyroscope
 B140 Gimbaled Gyroscope

Week 12, Day 2:
 B141 Gyroscope in a Suitcase
 B137 Bicyclewheel Gyroscope
 B140 Gimbaled Gyroscope

Week 12, Day 3:
 B133 Bicycle Wheel & Rotating Stool
 B114 Ice Skater's Twirl
 B134 Train on a Horizontal Wheel

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
 C5 Simple Pendulum

Week 14, Day 2:
 C5 Simple Pendulum

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 2003 - ?


Week 1, Day 1:
  

Week 1, Day 2:
 A1 Standard Meter
 A3 Various Unit Masses and Weights
 A4 Measuring the Speed of Light
 B93 Giant Pendulum
 B137 Bicyclewheel Gyroscope

Week 1, Day 3:
 A12 Speed of a Bullet with Rotating Disks
 A13 Speed of a Bullet with Electronic Timer

Week 2, Day 1:
 A21 Air Cart with a Pulley and Weight
 A18 Strobe a Falling Ball

Week 2, Day 2:
 X1 Vector Arrows

Week 2, Day 3:
 X10 Apple on a String

Week 3, Day 1:
 A9 Range of a Projectile
 A6 Apple and Gun

Week 3, Day 2:
 A7 Relative Motion Gun
 X10 Apple on a String

Week 3, Day 3:
 B34 Vector Resolution of Forces

Week 4, Day 1:
  

Week 4, Day 2:
 B13 Spring Constant
 B17 Spring Paradox

Week 4, Day 3:
 B3 Low Friction Atwood Machine
 B1 Driven Air Carts Coupled with Springs

Week 5, Day 1:
  

Week 5, Day 2:
 B23 Inclined Plane
 B25 Pulling Block with Newton Scale
 B27 Friction of a Rope Around a Bar
 B26 Leaning Plank

Week 5, Day 3:
 B104 Orbiting Bucket
 B102 Centrifugal vs. Centripetal Motion
 X10 Apple on a String
 ?? conical pendulum

Week 6, Day 1:
 B96 Interrupted Swing
 B97 Potential Energy to Kinetic Energy - Pendulum and Ball
 B95 Loop-The-Loop

Week 6, Day 2:
 B93 Giant Pendulum
 B94 Giant Pendulum with Breaking Glass
 B90 Gravitational Potential to Kinetic Energy

Week 6, Day 3:
 B93 Giant Pendulum

Week 7, Day 1:
  

Week 7, Day 2:
 C13 Multiple Potential Well
 B7 Velocities Down Straight Slope, Parabola, Catenary

Week 7, Day 3:
 B58 Inelastic Collisions

Week 8, Day 1:
 B78 Center of Mass Trajectory
 B80 Push-Me/Pull-You

Week 8, Day 2:
  

Week 8, Day 3:
 B57 Elastic Collisions
 B71 Collision of Rocket-Mounted Air Carts
 B69 Fire Extinguisher on a Tricycle
 B62 Colliding Balls - Sliding

Week 9, Day 1:
 B66 Ballistic Pendulum
 B65 Many-Body Collisions

Week 9, Day 2:
 B137 Bicyclewheel Gyroscope
 B138 Bicycle Wheel on a Universal Bearing

Week 9, Day 3:
 B105 Object Spinning on a Variable-Length String
 B134 Train on a Horizontal Wheel

Week 10, Day 1:
 ?? conical pendulum
 A22 Hinged Stick and Falling Ball
 B115 Moment of Inertia Wheel

Week 10, Day 2:
 B106 Air Puck Spinning on a Variable-Length String
 B133 Bicycle Wheel & Rotating Stool
 B114 Ice Skater's Twirl

Week 10, Day 3:
 B113 Rolling Cylinders
 B137 Bicyclewheel Gyroscope
 B144 Gyroscopically Stabilized Wire Walker
 B141 Gyroscope in a Suitcase
 B139 MITAC Gyroscope

Week 11, Day 1:
  

Week 11, Day 2:
 B117 Stationary Cylinder on an Incline
 B76 Center of Mass of an Arbitrary Object
 B26 Leaning Plank
 B4 Levitating Cart
 B83 Teeter Toy

Week 11, Day 3:
 B5 Cavendish Experiment

Week 12, Day 1:
 B5 Cavendish Experiment

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
 C1 Air Cart Between Springs
 C2 Mass on a Spring

Week 13, Day 2:
 C7 Physical Pendulum
 C24 Horizontal Baseball Bat
 C6 Giant Pendulum

Week 13, Day 3:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 1999 - Lewin


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
  

Week 2, Day 1:
 A7 Relative Motion Gun
 X1 Vector Arrows

Week 2, Day 2:
 A9 Range of a Projectile
 A6 Apple and Gun

Week 2, Day 3:
 B102 Centrifugal vs. Centripetal Motion
 B104 Orbiting Bucket
 X10 Apple on a String
 ?? salad spinner
 ?? salt and silver nitrate centrifuge

Week 3, Day 1:
 B128 Hero's Engine
 B34 Vector Resolution of Forces
 B40 Wooden Block Between Two Strings

Week 3, Day 2:
 X10 Apple on a String
 ?? spring scale
 ?? Prof Trumper weight demo

Week 3, Day 3:
 B23 Inclined Plane
 B29 Water-lubricated Bearing
 ?? air track
 ?? million to one

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
 B13 Spring Constant
 C4 Spray Paint Oscillator
 C1 Air Cart Between Springs
 X10 Apple on a String
 B93 Giant Pendulum

Week 5, Day 1:
 B95 Loop-The-Loop
 B93 Giant Pendulum

Week 5, Day 2:
 A11 Ball Bearing Dropped in a Viscous Fluid
 ?? tennis ball
 ?? beach ball
 ?? weather balloon

Week 5, Day 3:
 C12 Oscillating Steel Ball on a Track
 X210 Steel Ball in Concave Dish
 ?? curved air track

Week 6, Day 1:
  

Week 6, Day 2:
 H7 Hand Crank Generator
 F7 Two Cu-Zn Cells in Series - Light a Lamp
 ?? geiger couter
 ?? light-up ball

Week 6, Day 3:
 B51 Repelling Air Carts
 B80 Push-Me/Pull-You
 B78 Center of Mass Trajectory

Week 7, Day 1:
 B64 Colliding Balls - Hanging
 B57 Elastic Collisions
 B58 Inelastic Collisions
 X60 Basketball and Tennis Ball

Week 7, Day 2:
 B66 Ballistic Pendulum
 B69 Fire Extinguisher on a Tricycle
 B56 Happy/Sad Balls

Week 7, Day 3:
  

Week 8, Day 1:
  

Week 8, Day 2:
 ?? cars with flywheels

Week 8, Day 3:
 B114 Ice Skater's Twirl

Week 9, Day 1:
 X10 Apple on a String
 ?? hula hoop
 ?? magic boat
 C7 Physical Pendulum

Week 9, Day 2:
 ?? sandwich computer program

Week 9, Day 3:
 C44 Tuning Forks and Sounding Boxes
 C56 Doppler Shift using a Tuning Fork
 C57 Doppler Shift using a Corrugated Plastic Tube

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
 X10 Apple on a String
 C19 Two Rigid Pendulums Coupled with a Spring
 C58 Driven Cart on an Air Track
 C33 Stretched Spring and Slinky
 C42 Organ Pipes
 C57 Doppler Shift using a Corrugated Plastic Tube
 C66 Breaking a Glass w/ Sound
 Z42 Tacoma Narrows Bridge Collapse
 C44 Tuning Forks and Sounding Boxes
 C48 Change in Frequency of Voice w/ Helium

Week 13, Day 2:
 HT5 Bimetallic Strip
 HT4 Brass Rod
 HT6 Coffee Maker

Week 13, Day 3:
 PR12 Temperature and Pressure of Gasses
 PR11 Crushing a Can with Cooling Steam
 PR13 Adiabatic Gas Law

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 1997 - Guth


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
  

Week 2, Day 1:
 A6 Apple and Gun
 A7 Relative Motion Gun
 A9 Range of a Projectile
 A17 Falling Apple

Week 2, Day 2:
  

Week 2, Day 3:
  

Week 3, Day 1:
 A20 Inclined 5-m Air Track w/ Strobe
 B5 Cavendish Experiment
 B40 Wooden Block Between Two Strings
 B97 Potential Energy to Kinetic Energy - Pendulum and Ball
 C6 Giant Pendulum
 C10 Two Pendulum with Different Amplitudes

Week 3, Day 2:
  

Week 3, Day 3:
  

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
 B40 Wooden Block Between Two Strings
 B90 Gravitational Potential to Kinetic Energy
 B92 Spring Potential to Kinetic Energy
 B94 Giant Pendulum with Breaking Glass
 B96 Interrupted Swing

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
 B51 Repelling Air Carts
 B52 Walking Chain
 B57 Elastic Collisions
 B58 Inelastic Collisions
 B62 Colliding Balls - Sliding
 B66 Ballistic Pendulum
 B69 Fire Extinguisher on a Tricycle
 B78 Center of Mass Trajectory
 B80 Push-Me/Pull-You

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
 B23 Inclined Plane
 B24 Block with Pulley and Weight on an Incline
 B25 Pulling Block with Newton Scale
 B27 Friction of a Rope Around a Bar
 B29 Water-lubricated Bearing

Week 8, Day 2:
  

Week 8, Day 3:
  

Week 9, Day 1:
 B35 Balance Beam
 B38 Torque on a Steel Bar
 B113 Rolling Cylinders
 B114 Ice Skater's Twirl
 B115 Moment of Inertia Wheel
 B117 Stationary Cylinder on an Incline
 B137 Bicyclewheel Gyroscope

Week 9, Day 2:
  

Week 9, Day 3:
  

Week 10, Day 1:
 B83 Teeter Toy
 B133 Bicycle Wheel & Rotating Stool
 B135 Spherical Air-Bearing Gyroscope
 B137 Bicyclewheel Gyroscope
 B140 Gimbaled Gyroscope
 B141 Gyroscope in a Suitcase
 B144 Gyroscopically Stabilized Wire Walker

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
 PR13 Adiabatic Gas Law
 HT1 Sterling's Engine
 PR12 Temperature and Pressure of Gasses
 HT5 Bimetallic Strip
 HT4 Brass Rod
 PR11 Crushing a Can with Cooling Steam
 HT2 Heat Gun
 PR14 Balloons in Liquid Nitrogen

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
 B6 Two Balloons in a Box
 PR5 Pascal's Law
 PR2 Cartesian Diver
 HT1 Sterling's Engine
 ?? bouyancy
 PR6 Venturi Tube
 PR8 Torricelli's Law
 PR7 Bernoulli's Principle

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
 B128 Hero's Engine
 P7 Reflection off Soap Bubbles
 PR3 Increasing the Density of Water
 PR1 Archimedes' Principle
 PR15 Cup and Cardboard
 HT1 Sterling's Engine
 B39 Capillary Tubes

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
 B68 Rocket on a Wire
 B105 Object Spinning on a Variable-Length String
 B113 Rolling Cylinders

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 1996 - Busza


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
  

Week 2, Day 1:
 A7 Relative Motion Gun
 C66 Breaking a Glass w/ Sound

Week 2, Day 2:
  

Week 2, Day 3:
  

Week 3, Day 1:
 B5 Cavendish Experiment
 B13 Spring Constant
 C2 Mass on a Spring
 C6 Giant Pendulum
 D2 Amber and Glass Rods with HE Filled Balloon
 B5 Cavendish Experiment

Week 3, Day 2:
  

Week 3, Day 3:
  

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
 A20 Inclined 5-m Air Track w/ Strobe
 B96 Interrupted Swing
 B97 Potential Energy to Kinetic Energy - Pendulum and Ball
 C2 Mass on a Spring
 C5 Simple Pendulum

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
 B51 Repelling Air Carts
 B57 Elastic Collisions
 B58 Inelastic Collisions
 B64 Colliding Balls - Hanging
 B66 Ballistic Pendulum
 B68 Rocket on a Wire
 B69 Fire Extinguisher on a Tricycle

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
 B23 Inclined Plane
 B24 Block with Pulley and Weight on an Incline
 B25 Pulling Block with Newton Scale

Week 8, Day 2:
  

Week 8, Day 3:
  

Week 9, Day 1:
 B35 Balance Beam
 B76 Center of Mass of an Arbitrary Object
 B78 Center of Mass Trajectory
 B80 Push-Me/Pull-You
 B81 Motion of a Falling Rod
 B113 Rolling Cylinders
 B115 Moment of Inertia Wheel
 B128 Hero's Engine

Week 9, Day 2:
  

Week 9, Day 3:
  

Week 10, Day 1:
 B105 Object Spinning on a Variable-Length String
 B107 Flywheel Yo-Yo
 B114 Ice Skater's Twirl
 B133 Bicycle Wheel & Rotating Stool
 B137 Bicyclewheel Gyroscope
 B140 Gimbaled Gyroscope
 C6 Giant Pendulum

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
 PR13 Adiabatic Gas Law
 HT1 Sterling's Engine
 HT5 Bimetallic Strip
 PR11 Crushing a Can with Cooling Steam
 HT3 Ball and Ring
 PR14 Balloons in Liquid Nitrogen
 HT2 Heat Gun
 PR12 Temperature and Pressure of Gasses

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
 B6 Two Balloons in a Box
 PR5 Pascal's Law
 PR2 Cartesian Diver
 ?? buoyancy
 PR6 Venturi Tube
 PR8 Torricelli's Law
 PR7 Bernoulli's Principle
 PR4 Two Density Liquids
 PR9 Siphon
 PR15 Cup and Cardboard
 PR14 Balloons in Liquid Nitrogen

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
 C2 Mass on a Spring
 C4 Spray Paint Oscillator
 C5 Simple Pendulum
 P7 Reflection off Soap Bubbles

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
 B3 Low Friction Atwood Machine
 B40 Wooden Block Between Two Strings
 B62 Colliding Balls - Sliding
 B77 Sliding Ruler
 B105 Object Spinning on a Variable-Length String
 B113 Rolling Cylinders
 B117 Stationary Cylinder on an Incline
 B144 Gyroscopically Stabilized Wire Walker
 C15 U-Tube Oscillations
 HT1 Sterling's Engine
 X82 Spool Yo-Yo
 ?? happy/sad balls

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 1995 - Busza


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
  

Week 2, Day 1:
 A12 Speed of a Bullet with Rotating Disks
 A13 Speed of a Bullet with Electronic Timer
 A18 Strobe a Falling Ball
 B94 Giant Pendulum with Breaking Glass

Week 2, Day 2:
  

Week 2, Day 3:
  

Week 3, Day 1:
 A6 Apple and Gun
 A7 Relative Motion Gun
 B5 Cavendish Experiment

Week 3, Day 2:
  

Week 3, Day 3:
  

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
 B90 Gravitational Potential to Kinetic Energy
 B96 Interrupted Swing
 B97 Potential Energy to Kinetic Energy - Pendulum and Ball
 C2 Mass on a Spring

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
 B51 Repelling Air Carts
 B57 Elastic Collisions
 B58 Inelastic Collisions
 B64 Colliding Balls - Hanging
 B67 Mechanical Ballistic Pendulum
 B69 Fire Extinguisher on a Tricycle
 B68 Rocket on a Wire

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
 B35 Balance Beam
 B76 Center of Mass of an Arbitrary Object
 B78 Center of Mass Trajectory
 B80 Push-Me/Pull-You
 B83 Teeter Toy
 B115 Moment of Inertia Wheel

Week 8, Day 2:
  

Week 8, Day 3:
  

Week 9, Day 1:
 B46 Cord around a Rod - Quantitative
 B65 Many-Body Collisions
 B77 Sliding Ruler
 B81 Motion of a Falling Rod
 B107 Flywheel Yo-Yo
 B113 Rolling Cylinders
 B128 Hero's Engine

Week 9, Day 2:
  

Week 9, Day 3:
  

Week 10, Day 1:
 B26 Leaning Plank
 B35 Balance Beam
 B105 Object Spinning on a Variable-Length String
 B107 Flywheel Yo-Yo
 B114 Ice Skater's Twirl
 B117 Stationary Cylinder on an Incline
 B133 Bicycle Wheel & Rotating Stool
 X82 Spool Yo-Yo

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
 B83 Teeter Toy
 B136 Air-Bearing Gyroscope
 B137 Bicyclewheel Gyroscope
 B141 Gyroscope in a Suitcase
 B144 Gyroscopically Stabilized Wire Walker
 B145 Miscellaneous Gyroscopes

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
 B63 Force Due to a Stream of Balls
 B155 Molecular Layers and the Size of Molecules
 PR10 Crushing a Can with a Vacuum
 PR12 Temperature and Pressure of Gasses
 PR14 Balloons in Liquid Nitrogen

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
 HT1 Sterling's Engine
 PR4 Two Density Liquids
 PR13 Adiabatic Gas Law
 HT3 Ball and Ring
 HT5 Bimetallic Strip
 PR14 Balloons in Liquid Nitrogen

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
 B6 Two Balloons in a Box
 P7 Reflection off Soap Bubbles
 PR5 Pascal's Law
 PR8 Torricelli's Law
 PR2 Cartesian Diver
 PR9 Siphon
 PR6 Venturi Tube
 PR7 Bernoulli's Principle
 PR11 Crushing a Can with Cooling Steam
 PR14 Balloons in Liquid Nitrogen

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
 A7 Relative Motion Gun
 B26 Leaning Plank
 B40 Wooden Block Between Two Strings
 B51 Repelling Air Carts
 B58 Inelastic Collisions
 B78 Center of Mass Trajectory
 B114 Ice Skater's Twirl
 B137 Bicyclewheel Gyroscope
 C2 Mass on a Spring
 ?? balloon rocket
 PR14 Balloons in Liquid Nitrogen

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 1994 - Busza


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
  

Week 2, Day 1:
 A2 Measuring the Length of a Student
 A12 Speed of a Bullet with Rotating Disks
 A18 Strobe a Falling Ball
 B94 Giant Pendulum with Breaking Glass

Week 2, Day 2:
  

Week 2, Day 3:
  

Week 3, Day 1:
  

Week 3, Day 2:
  

Week 3, Day 3:
  

Week 4, Day 1:
 A6 Apple and Gun
 A7 Relative Motion Gun
 A20 Inclined 5-m Air Track w/ Strobe
 B5 Cavendish Experiment
 C2 Mass on a Spring
 C4 Spray Paint Oscillator
 C6 Giant Pendulum
 D2 Amber and Glass Rods with HE Filled Balloon

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
 A6 Apple and Gun
 A20 Inclined 5-m Air Track w/ Strobe
 B13 Spring Constant
 B45 Pulling a Car Out of Mud
 B92 Spring Potential to Kinetic Energy
 B96 Interrupted Swing
 B97 Potential Energy to Kinetic Energy - Pendulum and Ball

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
 B51 Repelling Air Carts
 B57 Elastic Collisions
 B58 Inelastic Collisions
 B62 Colliding Balls - Sliding
 B64 Colliding Balls - Hanging
 B66 Ballistic Pendulum
 B68 Rocket on a Wire
 B69 Fire Extinguisher on a Tricycle
 B71 Collision of Rocket-Mounted Air Carts
 B80 Push-Me/Pull-You

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
 B35 Balance Beam
 B37 Balancing Act
 B76 Center of Mass of an Arbitrary Object
 B77 Sliding Ruler
 B78 Center of Mass Trajectory
 B81 Motion of a Falling Rod
 B107 Flywheel Yo-Yo
 B113 Rolling Cylinders
 B115 Moment of Inertia Wheel
 B122 Plate Sliding Under a Can of Soda
 B128 Hero's Engine

Week 8, Day 2:
  

Week 8, Day 3:
  

Week 9, Day 1:
 B26 Leaning Plank
 B105 Object Spinning on a Variable-Length String
 B114 Ice Skater's Twirl
 B117 Stationary Cylinder on an Incline
 B133 Bicycle Wheel & Rotating Stool
 B137 Bicyclewheel Gyroscope
 B140 Gimbaled Gyroscope
 C6 Giant Pendulum

Week 9, Day 2:
  

Week 9, Day 3:
  

Week 10, Day 1:
 B40 Wooden Block Between Two Strings
 B62 Colliding Balls - Sliding
 B81 Motion of a Falling Rod
 ?? happy/sad balls

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
 B113 Rolling Cylinders
 B115 Moment of Inertia Wheel
 B136 Air-Bearing Gyroscope
 B137 Bicyclewheel Gyroscope
 B141 Gyroscope in a Suitcase
 B144 Gyroscopically Stabilized Wire Walker

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
 B61 Impulse of Bouncing Ball
 PR11 Crushing a Can with Cooling Steam
 PR12 Temperature and Pressure of Gasses
 PR14 Balloons in Liquid Nitrogen

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
 PR12 Temperature and Pressure of Gasses
 HT5 Bimetallic Strip
 HT2 Heat Gun
 HT1 Sterling's Engine
 PR11 Crushing a Can with Cooling Steam
 HT3 Ball and Ring
 PR14 Balloons in Liquid Nitrogen

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
 B6 Two Balloons in a Box
 P7 Reflection off Soap Bubbles
 PR5 Pascal's Law
 PR8 Torricelli's Law
 PR2 Cartesian Diver
 PR9 Siphon
 PR6 Venturi Tube
 PR2 Cartesian Diver

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
 B26 Leaning Plank
 B40 Wooden Block Between Two Strings
 B78 Center of Mass Trajectory
 B95 Loop-The-Loop
 B114 Ice Skater's Twirl
 B133 Bicycle Wheel & Rotating Stool
 C6 Giant Pendulum
 PR7 Bernoulli's Principle
 PR5 Pascal's Law
 B64 Colliding Balls - Hanging

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 1993 - Lewin/Wyslouch


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
 B93 Giant Pendulum

Week 2, Day 1:
 A1 Standard Meter
 A2 Measuring the Length of a Student
 A17 Falling Apple
 ?? bones

Week 2, Day 2:
 A12 Speed of a Bullet with Rotating Disks
 A13 Speed of a Bullet with Electronic Timer
 A18 Strobe a Falling Ball

Week 2, Day 3:
 A7 Relative Motion Gun
 X1 Vector Arrows

Week 3, Day 1:
 A6 Apple and Gun
 A9 Range of a Projectile

Week 3, Day 2:
 B102 Centrifugal vs. Centripetal Motion
 B104 Orbiting Bucket
 ?? centrifuge

Week 3, Day 3:
 B34 Vector Resolution of Forces
 B40 Wooden Block Between Two Strings
 B128 Hero's Engine
 ?? balloon rockets

Week 4, Day 1:
 B3 Low Friction Atwood Machine
 X10 Apple on a String

Week 4, Day 2:
  

Week 4, Day 3:
 B23 Inclined Plane
 B24 Block with Pulley and Weight on an Incline
 B29 Water-lubricated Bearing

Week 5, Day 1:
 C1 Air Cart Between Springs
 C2 Mass on a Spring
 C4 Spray Paint Oscillator
 C6 Giant Pendulum

Week 5, Day 2:
 B92 Spring Potential to Kinetic Energy
 X10 Apple on a String

Week 5, Day 3:
 B91 Gravitational Potential to Kinetic Energy - Strobe Light
 B93 Giant Pendulum
 B96 Interrupted Swing

Week 6, Day 1:
  

Week 6, Day 2:
 B5 Cavendish Experiment
 C12 Oscillating Steel Ball on a Track
 C13 Multiple Potential Well
 ?? curved air track

Week 6, Day 3:
 H7 Hand Crank Generator

Week 7, Day 1:
 B76 Center of Mass of an Arbitrary Object
 B78 Center of Mass Trajectory
 B79 No-Win Tug of War
 B80 Push-Me/Pull-You

Week 7, Day 2:
 B51 Repelling Air Carts
 B58 Inelastic Collisions
 B62 Colliding Balls - Sliding
 B64 Colliding Balls - Hanging
 B89 Elastic Collisions

Week 7, Day 3:
 A15 Ballistic Pendulum/Vacuum Cannon
 B58 Inelastic Collisions

Week 8, Day 1:
 B61 Impulse of Bouncing Ball
 B68 Rocket on a Wire
 B69 Fire Extinguisher on a Tricycle

Week 8, Day 2:
  

Week 8, Day 3:
 ?? flywheel cars

Week 9, Day 1:
 B114 Ice Skater's Twirl

Week 9, Day 2:
 B77 Sliding Ruler
 X10 Apple on a String
 ?? hula hoop
 ?? boat

Week 9, Day 3:
  

Week 10, Day 1:
 C44 Tuning Forks and Sounding Boxes
 C56 Doppler Shift using a Tuning Fork
 C57 Doppler Shift using a Corrugated Plastic Tube

Week 10, Day 2:
 B113 Rolling Cylinders
 B133 Bicycle Wheel & Rotating Stool
 B137 Bicyclewheel Gyroscope
 B140 Gimbaled Gyroscope
 B141 Gyroscope in a Suitcase

Week 10, Day 3:
 B26 Leaning Plank
 B27 Friction of a Rope Around a Bar
 B83 Teeter Toy

Week 11, Day 1:
 PR5 Pascal's Law
 PR8 Torricelli's Law
 PR4 Two Density Liquids
 PR1 Archimedes' Principle

Week 11, Day 2:
 PR12 Temperature and Pressure of Gasses
 PR11 Crushing a Can with Cooling Steam
 HT2 Heat Gun
 PR1 Archimedes' Principle

Week 11, Day 3:
 ?? dice

Week 12, Day 1:
  

Week 12, Day 2:
 F7 Two Cu-Zn Cells in Series - Light a Lamp
 H7 Hand Crank Generator
 V5 Chain Reaction
 HT1 Sterling's Engine
 ?? geiger counter

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
 HT5 Bimetallic Strip
 HT4 Brass Rod
 HT3 Ball and Ring

Week 13, Day 3:
 C11 Damped and Undamped Masses on a Spring
 C12 Oscillating Steel Ball on a Track

Week 14, Day 1:
 C59 Driven Mechanical Oscillator
 C66 Breaking a Glass w/ Sound

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 1992 - Lewin/Feld


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
 A1 Standard Meter
 A2 Measuring the Length of a Student
 A17 Falling Apple
 ?? bones

Week 2, Day 1:
 A12 Speed of a Bullet with Rotating Disks
 A18 Strobe a Falling Ball

Week 2, Day 2:
 A7 Relative Motion Gun

Week 2, Day 3:
 A6 Apple and Gun
 A9 Range of a Projectile

Week 3, Day 1:
 B102 Centrifugal vs. Centripetal Motion
 B104 Orbiting Bucket
 ?? apple on string

Week 3, Day 2:
 B34 Vector Resolution of Forces
 B40 Wooden Block Between Two Strings
 B128 Hero's Engine
 ?? apple on string

Week 3, Day 3:
 B3 Low Friction Atwood Machine
 X10 Apple on a String

Week 4, Day 1:
 B23 Inclined Plane
 B24 Block with Pulley and Weight on an Incline
 B29 Water-lubricated Bearing

Week 4, Day 2:
 B13 Spring Constant
 C1 Air Cart Between Springs
 C4 Spray Paint Oscillator
 C6 Giant Pendulum

Week 4, Day 3:
 B92 Spring Potential to Kinetic Energy
 B106 Air Puck Spinning on a Variable-Length String

Week 5, Day 1:
 B93 Giant Pendulum
 B95 Loop-The-Loop

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
 C12 Oscillating Steel Ball on a Track
 C13 Multiple Potential Well
 ?? curved air track

Week 6, Day 3:
 F7 Two Cu-Zn Cells in Series - Light a Lamp
 H7 Hand Crank Generator
 ?? air powered car

Week 7, Day 1:
 B51 Repelling Air Carts
 B78 Center of Mass Trajectory
 B80 Push-Me/Pull-You
 F7 Two Cu-Zn Cells in Series - Light a Lamp
 H7 Hand Crank Generator

Week 7, Day 2:
 B58 Inelastic Collisions
 B62 Colliding Balls - Sliding
 B78 Center of Mass Trajectory
 B80 Push-Me/Pull-You
 B89 Elastic Collisions

Week 7, Day 3:
 B58 Inelastic Collisions
 B60 Bouncing Ball Bearing on a Glass
 B66 Ballistic Pendulum

Week 8, Day 1:
 B61 Impulse of Bouncing Ball
 B69 Fire Extinguisher on a Tricycle
 B70 Rocket on an Air Cart

Week 8, Day 2:
  

Week 8, Day 3:
 B114 Ice Skater's Twirl

Week 9, Day 1:
 B77 Sliding Ruler
 ?? hula hoop
 ?? disks
 ?? boat

Week 9, Day 2:
  

Week 9, Day 3:
  

Week 10, Day 1:
 C44 Tuning Forks and Sounding Boxes
 C46 Coupled Tuning Forks
 C56 Doppler Shift using a Tuning Fork
 C57 Doppler Shift using a Corrugated Plastic Tube

Week 10, Day 2:
  

Week 10, Day 3:
 B113 Rolling Cylinders
 B133 Bicycle Wheel & Rotating Stool
 B137 Bicyclewheel Gyroscope
 B140 Gimbaled Gyroscope
 B141 Gyroscope in a Suitcase

Week 11, Day 1:
 B26 Leaning Plank
 B46 Cord around a Rod - Quantitative
 B76 Center of Mass of an Arbitrary Object
 B83 Teeter Toy

Week 11, Day 2:
 C9 Different Shaped Pendulums with the Same Frequency
 C15 U-Tube Oscillations
 C28 Torsion Pendulum - Traveling Wave
 ?? boat

Week 11, Day 3:
 B83 Teeter Toy
 C2 Mass on a Spring
 C11 Damped and Undamped Masses on a Spring
 C65 Rijke Tube

Week 12, Day 1:
 C2 Mass on a Spring
 C11 Damped and Undamped Masses on a Spring
 C35 Vibrating Spring - Hand-Driven
 C58 Driven Cart on an Air Track
 C56 Doppler Shift using a Tuning Fork

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
 PR12 Temperature and Pressure of Gasses
 PR4 Two Density Liquids

Week 13, Day 2:
 ?? geiger couter
 ?? pachenko machine

Week 13, Day 3:
 B155 Molecular Layers and the Size of Molecules
 C13 Multiple Potential Well

Week 14, Day 1:
 C19 Two Rigid Pendulums Coupled with a Spring
 C20 Driven Air Carts Coupled with Springs

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 1991 - Redwine/Feld


Week 1, Day 1:
  

Week 1, Day 2:
 B66 Ballistic Pendulum
 B93 Giant Pendulum
 B137 Bicyclewheel Gyroscope

Week 1, Day 3:
 A4 Measuring the Speed of Light
 A12 Speed of a Bullet with Rotating Disks

Week 2, Day 1:
 A1 Standard Meter
 A3 Various Unit Masses and Weights
 A4 Measuring the Speed of Light
 Q11 Measuring the Wavelength of Light with a Ruler

Week 2, Day 2:
 A21 Air Cart with a Pulley and Weight
 B93 Giant Pendulum

Week 2, Day 3:
 B92 Spring Potential to Kinetic Energy
 B93 Giant Pendulum
 B95 Loop-The-Loop
 B96 Interrupted Swing
 C2 Mass on a Spring

Week 3, Day 1:
 B128 Hero's Engine
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 E2 Dissectible Capacitor
 E6 Exploding Wire

Week 3, Day 2:
 B128 Hero's Engine
 F6 Two CU-Zn Cells in Series - Measure Voltage

Week 3, Day 3:
 ?? geiger counter

Week 4, Day 1:
  

Week 4, Day 2:
 ?? oil drop film

Week 4, Day 3:
  

Week 5, Day 1:
 A8 Feather and Coin in a Vacuum
 A17 Falling Apple

Week 5, Day 2:
 A6 Apple and Gun
 A7 Relative Motion Gun

Week 5, Day 3:
 A6 Apple and Gun
 A9 Range of a Projectile
 B102 Centrifugal vs. Centripetal Motion
 B104 Orbiting Bucket

Week 6, Day 1:
  

Week 6, Day 2:
 B69 Fire Extinguisher on a Tricycle

Week 6, Day 3:
 B34 Vector Resolution of Forces
 B45 Pulling a Car Out of Mud
 C2 Mass on a Spring

Week 7, Day 1:
 ?? karate demo

Week 7, Day 2:
 B2 Massive Atwood Machine
 B3 Low Friction Atwood Machine
 B4 Levitating Cart

Week 7, Day 3:
 B23 Inclined Plane
 B24 Block with Pulley and Weight on an Incline
 B25 Pulling Block with Newton Scale
 B29 Water-lubricated Bearing

Week 8, Day 1:
 B104 Orbiting Bucket
 B106 Air Puck Spinning on a Variable-Length String

Week 8, Day 2:
 B96 Interrupted Swing
 C1 Air Cart Between Springs
 C13 Multiple Potential Well

Week 8, Day 3:
 B5 Cavendish Experiment

Week 9, Day 1:
 B51 Repelling Air Carts
 B76 Center of Mass of an Arbitrary Object
 B78 Center of Mass Trajectory
 B80 Push-Me/Pull-You

Week 9, Day 2:
 B57 Elastic Collisions
 B61 Impulse of Bouncing Ball
 B68 Rocket on a Wire

Week 9, Day 3:
  

Week 10, Day 1:
  

Week 10, Day 2:
 B57 Elastic Collisions

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
 B13 Spring Constant
 C2 Mass on a Spring
 C4 Spray Paint Oscillator
 C5 Simple Pendulum
 C6 Giant Pendulum
 C12 Oscillating Steel Ball on a Track

Week 11, Day 3:
 C5 Simple Pendulum
 C6 Giant Pendulum
 C11 Damped and Undamped Masses on a Spring
 C59 Driven Mechanical Oscillator
 C65 Rijke Tube

Week 12, Day 1:
 B114 Ice Skater's Twirl
 B115 Moment of Inertia Wheel
 C2 Mass on a Spring
 C9 Different Shaped Pendulums with the Same Frequency
 C59 Driven Mechanical Oscillator

Week 12, Day 2:
 B115 Moment of Inertia Wheel
 B134 Train on a Horizontal Wheel
 C9 Different Shaped Pendulums with the Same Frequency

Week 12, Day 3:
  

Week 13, Day 1:
 B114 Ice Skater's Twirl
 B115 Moment of Inertia Wheel
 B134 Train on a Horizontal Wheel

Week 13, Day 2:
 B113 Rolling Cylinders
 B115 Moment of Inertia Wheel
 B117 Stationary Cylinder on an Incline
 C9 Different Shaped Pendulums with the Same Frequency

Week 13, Day 3:
  

Week 14, Day 1:
 B26 Leaning Plank

Week 14, Day 2:
 B133 Bicycle Wheel & Rotating Stool
 B137 Bicyclewheel Gyroscope
 B140 Gimbaled Gyroscope
 B144 Gyroscopically Stabilized Wire Walker

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 1990 - Lewin/Ledoux


Week 1, Day 1:
  

Week 1, Day 2:
 A1 Standard Meter
 A17 Falling Apple
 ?? trundle wheel
 ?? bones

Week 1, Day 3:
 A4 Measuring the Speed of Light
 A12 Speed of a Bullet with Rotating Disks
 A13 Speed of a Bullet with Electronic Timer
 A18 Strobe a Falling Ball

Week 2, Day 1:
 A7 Relative Motion Gun

Week 2, Day 2:
 A5 Air Table and Pucks
 A9 Range of a Projectile

Week 2, Day 3:
 B102 Centrifugal vs. Centripetal Motion
 B104 Orbiting Bucket

Week 3, Day 1:
 B34 Vector Resolution of Forces
 B40 Wooden Block Between Two Strings
 B45 Pulling a Car Out of Mud
 B128 Hero's Engine

Week 3, Day 2:
 B3 Low Friction Atwood Machine
 X10 Apple on a String

Week 3, Day 3:
 B23 Inclined Plane
 B24 Block with Pulley and Weight on an Incline

Week 4, Day 1:
 B13 Spring Constant
 B93 Giant Pendulum
 C1 Air Cart Between Springs
 C4 Spray Paint Oscillator

Week 4, Day 2:
 A11 Ball Bearing Dropped in a Viscous Fluid
 B92 Spring Potential to Kinetic Energy

Week 4, Day 3:
 B93 Giant Pendulum
 B95 Loop-The-Loop

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 5, Day 3:
 C8 Rigid Pendulum
 C12 Oscillating Steel Ball on a Track
 C13 Multiple Potential Well

Week 6, Day 1:
 F6 Two CU-Zn Cells in Series - Measure Voltage
 H7 Hand Crank Generator
 ?? geiger counter

Week 6, Day 2:
 B51 Repelling Air Carts
 B78 Center of Mass Trajectory
 B79 No-Win Tug of War
 B80 Push-Me/Pull-You

Week 6, Day 3:
 B57 Elastic Collisions
 B58 Inelastic Collisions
 B62 Colliding Balls - Sliding

Week 7, Day 1:
 B50 Recoil Cannon
 B61 Impulse of Bouncing Ball
 B69 Fire Extinguisher on a Tricycle
 B70 Rocket on an Air Cart

Week 7, Day 2:
  

Week 7, Day 3:
 B114 Ice Skater's Twirl

Week 8, Day 1:
 B77 Sliding Ruler
 ?? tops

Week 8, Day 2:
  

Week 8, Day 3:
  

Week 9, Day 1:
 C44 Tuning Forks and Sounding Boxes
 C56 Doppler Shift using a Tuning Fork
 C57 Doppler Shift using a Corrugated Plastic Tube

Week 9, Day 2:
 B113 Rolling Cylinders
 B133 Bicycle Wheel & Rotating Stool
 B137 Bicyclewheel Gyroscope
 B140 Gimbaled Gyroscope
 B141 Gyroscope in a Suitcase

Week 9, Day 3:
 B26 Leaning Plank
 B27 Friction of a Rope Around a Bar
 B83 Teeter Toy
 ?? pulling nail out of wood

Week 10, Day 1:
  

Week 10, Day 2:
 B18 Young's Modulus Apparatus
 B40 Wooden Block Between Two Strings
 C34 Magnesium Bars and Hammer

Week 10, Day 3:
 PR4 Two Density Liquids
 PR5 Pascal's Law
 PR10 Crushing a Can with a Vacuum

Week 11, Day 1:
  

Week 11, Day 2:
 B6 Two Balloons in a Box
 PR6 Venturi Tube
 PR7 Bernoulli's Principle

Week 11, Day 3:
  

Week 12, Day 1:
 C9 Different Shaped Pendulums with the Same Frequency
 C12 Oscillating Steel Ball on a Track
 C15 U-Tube Oscillations
 C28 Torsion Pendulum - Traveling Wave

Week 12, Day 2:
 B82 Rim-Weighted Cylinder on Incline
 B83 Teeter Toy
 C35 Vibrating Spring - Hand-Driven
 C58 Driven Cart on an Air Track
 ?? boat

Week 12, Day 3:
  

Week 13, Day 1:
 PR12 Temperature and Pressure of Gasses
 PR11 Crushing a Can with Cooling Steam
 PR10 Crushing a Can with a Vacuum

Week 13, Day 2:
 V1 Fluorescence and Phosphorescence
 ?? geiger counter

Week 13, Day 3:
 C39 Chladni Figures - Cello Bow Driven
 G5 Magnetic Deflection of a Electron Beam

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 1989 - Pritchard


Week 1, Day 1:
  

Week 1, Day 2:
 A12 Speed of a Bullet with Rotating Disks
 A13 Speed of a Bullet with Electronic Timer

Week 1, Day 3:
 A20 Inclined 5-m Air Track w/ Strobe

Week 2, Day 1:
 B34 Vector Resolution of Forces

Week 2, Day 2:
 A6 Apple and Gun

Week 2, Day 3:
 A9 Range of a Projectile

Week 3, Day 1:
 A7 Relative Motion Gun
 B102 Centrifugal vs. Centripetal Motion

Week 3, Day 2:
 B90 Gravitational Potential to Kinetic Energy

Week 3, Day 3:
 B4 Levitating Cart

Week 4, Day 1:
 B5 Cavendish Experiment

Week 4, Day 2:
  

Week 4, Day 3:
 B2 Massive Atwood Machine

Week 5, Day 1:
  

Week 5, Day 2:
 B23 Inclined Plane

Week 5, Day 3:
 B102 Centrifugal vs. Centripetal Motion

Week 6, Day 1:
 B28 Kinetic Energy and Friction Force
  

Week 6, Day 2:
 B92 Spring Potential to Kinetic Energy
 B93 Giant Pendulum

Week 6, Day 3:
 B95 Loop-The-Loop
 C13 Multiple Potential Well

Week 7, Day 1:
 B51 Repelling Air Carts
 B71 Collision of Rocket-Mounted Air Carts

Week 7, Day 2:
 A1 Standard Meter
 A3 Various Unit Masses and Weights

Week 7, Day 3:
  

Week 8, Day 1:
 B57 Elastic Collisions
 B58 Inelastic Collisions
 B62 Colliding Balls - Sliding

Week 8, Day 2:
 B62 Colliding Balls - Sliding
 B78 Center of Mass Trajectory
 B80 Push-Me/Pull-You

Week 8, Day 3:
 B76 Center of Mass of an Arbitrary Object

Week 9, Day 1:
 B105 Object Spinning on a Variable-Length String
 B114 Ice Skater's Twirl
 B134 Train on a Horizontal Wheel

Week 9, Day 2:
 B113 Rolling Cylinders
 B115 Moment of Inertia Wheel

Week 9, Day 3:
  

Week 10, Day 1:
 B82 Rim-Weighted Cylinder on Incline
 B113 Rolling Cylinders
 X82 Spool Yo-Yo

Week 10, Day 2:
 B105 Object Spinning on a Variable-Length String

Week 10, Day 3:
  

Week 11, Day 1:
 B133 Bicycle Wheel & Rotating Stool
 B136 Air-Bearing Gyroscope
 B140 Gimbaled Gyroscope

Week 11, Day 2:
 B18 Young's Modulus Apparatus

Week 11, Day 3:
  

Week 12, Day 1:
 C2 Mass on a Spring
 C3 Circular and Simple Harmonic Motion

Week 12, Day 2:
 B27 Friction of a Rope Around a Bar
 C3 Circular and Simple Harmonic Motion
 C10 Two Pendulum with Different Amplitudes

Week 12, Day 3:
 HT5 Bimetallic Strip
 HT7 Specific Heat
 ?? heat conduction

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
 B69 Fire Extinguisher on a Tricycle

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 1988 - Kowalski


Week 1, Day 1:
  

Week 1, Day 2:
 B80 Push-Me/Pull-You
 B137 Bicyclewheel Gyroscope

Week 1, Day 3:
 A12 Speed of a Bullet with Rotating Disks
 A13 Speed of a Bullet with Electronic Timer

Week 2, Day 1:
 ?? air track

Week 2, Day 2:
 X1 Vector Arrows

Week 2, Day 3:
  

Week 3, Day 1:
 A6 Apple and Gun
 A15 Ballistic Pendulum/Vacuum Cannon

Week 3, Day 2:
 A7 Relative Motion Gun
 B102 Centrifugal vs. Centripetal Motion
 B105 Object Spinning on a Variable-Length String

Week 3, Day 3:
 B34 Vector Resolution of Forces

Week 4, Day 1:
  

Week 4, Day 2:
 B104 Orbiting Bucket

Week 4, Day 3:
 B1 Driven Air Carts Coupled with Springs
 B2 Massive Atwood Machine

Week 5, Day 1:
  

Week 5, Day 2:
 B23 Inclined Plane

Week 5, Day 3:
 B23 Inclined Plane
 B25 Pulling Block with Newton Scale
 B26 Leaning Plank

Week 6, Day 1:
 B105 Object Spinning on a Variable-Length String
 C2 Mass on a Spring
 ?? conical pendulum

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
 B90 Gravitational Potential to Kinetic Energy
 B95 Loop-The-Loop

Week 7, Day 2:
  

Week 7, Day 3:
 B93 Giant Pendulum
 C12 Oscillating Steel Ball on a Track

Week 8, Day 1:
 B51 Repelling Air Carts
 B58 Inelastic Collisions
 B76 Center of Mass of an Arbitrary Object

Week 8, Day 2:
 B78 Center of Mass Trajectory
 B80 Push-Me/Pull-You

Week 8, Day 3:
 B57 Elastic Collisions
 B58 Inelastic Collisions

Week 9, Day 1:
 B66 Ballistic Pendulum
 B71 Collision of Rocket-Mounted Air Carts

Week 9, Day 2:
 B137 Bicyclewheel Gyroscope
 B139 MITAC Gyroscope

Week 9, Day 3:
  

Week 10, Day 1:
 B140 Gimbaled Gyroscope

Week 10, Day 2:
 B107 Flywheel Yo-Yo
 B113 Rolling Cylinders

Week 10, Day 3:
  

Week 11, Day 1:
 B105 Object Spinning on a Variable-Length String
 B133 Bicycle Wheel & Rotating Stool
 B144 Gyroscopically Stabilized Wire Walker

Week 11, Day 2:
 B76 Center of Mass of an Arbitrary Object
 B82 Rim-Weighted Cylinder on Incline
 B83 Teeter Toy

Week 11, Day 3:
  

Week 12, Day 1:
 ?? metronome

Week 12, Day 2:
  

Week 12, Day 3:
 B27 Friction of a Rope Around a Bar
 B69 Fire Extinguisher on a Tricycle
 C17 Simple Harmonic Motion with Damping

Week 13, Day 1:
 B5 Cavendish Experiment

Week 13, Day 2:
 C1 Air Cart Between Springs
 C2 Mass on a Spring

Week 13, Day 3:
 C2 Mass on a Spring
 C5 Simple Pendulum
 C24 Horizontal Baseball Bat
 C28 Torsion Pendulum - Traveling Wave

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 1986 - Kowalski


Week 1, Day 1:
  

Week 1, Day 2:
 ?? X19

Week 1, Day 3:
 A12 Speed of a Bullet with Rotating Disks

Week 2, Day 1:
 ?? air cart

Week 2, Day 2:
 ?? X19

Week 2, Day 3:
  

Week 3, Day 1:
 A6 Apple and Gun

Week 3, Day 2:
  

Week 3, Day 3:
  

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
 B95 Loop-The-Loop
 B104 Orbiting Bucket
 B90 Gravitational Potential to Kinetic Energy

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
 B80 Push-Me/Pull-You
 B78 Center of Mass Trajectory
 B51 Repelling Air Carts

Week 8, Day 1:
 B71 Collision of Rocket-Mounted Air Carts

Week 8, Day 2:
 B66 Ballistic Pendulum
 B57 Elastic Collisions
 B58 Inelastic Collisions

Week 8, Day 3:
 B57 Elastic Collisions
 B58 Inelastic Collisions

Week 9, Day 1:
 B137 Bicyclewheel Gyroscope
 B140 Gimbaled Gyroscope

Week 9, Day 2:
 B115 Moment of Inertia Wheel

Week 9, Day 3:
  

Week 10, Day 1:
 C2 Mass on a Spring
 C5 Simple Pendulum
 B113 Rolling Cylinders

Week 10, Day 2:
  

Week 10, Day 3:
 B137 Bicyclewheel Gyroscope
 B141 Gyroscope in a Suitcase
 B52 Walking Chain
 B134 Train on a Horizontal Wheel

Week 11, Day 1:
 B26 Leaning Plank
 B3 Low Friction Atwood Machine
 B76 Center of Mass of an Arbitrary Object
 B83 Teeter Toy

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 1984 - Cosman/LeDoux


Week 1, Day 1:
  

Week 1, Day 2:
 ?? X19
 ?? poisson counting

Week 1, Day 3:
 K8 Reflection and Termination in a Transmission Line

Week 2, Day 1:
 A12 Speed of a Bullet with Rotating Disks

Week 2, Day 2:
 ?? super-duper
 A18 Strobe a Falling Ball

Week 2, Day 3:
 A7 Relative Motion Gun
 A6 Apple and Gun
 V9 Crookes Tube

Week 3, Day 1:
 ?? million to one
 B1 Driven Air Carts Coupled with Springs
 B4 Levitating Cart
 B23 Inclined Plane

Week 3, Day 2:
 B5 Cavendish Experiment
 B105 Object Spinning on a Variable-Length String

Week 3, Day 3:
 A11 Ball Bearing Dropped in a Viscous Fluid

Week 4, Day 1:
 C2 Mass on a Spring
 C5 Simple Pendulum
 C7 Physical Pendulum
 Z42 Tacoma Narrows Bridge Collapse

Week 4, Day 2:
 B80 Push-Me/Pull-You

Week 4, Day 3:
  

Week 5, Day 1:
  

Week 5, Day 2:
 ?? use lamp with centrrifugal mercury dish lens to light cigar to burn string to release foucault pendulum
 ?? frames of reference

Week 5, Day 3:
 B51 Repelling Air Carts
 B78 Center of Mass Trajectory
 B79 No-Win Tug of War

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
 B115 Moment of Inertia Wheel

Week 8, Day 2:
  

Week 8, Day 3:
  

Week 9, Day 1:
  

Week 9, Day 2:
 C9 Different Shaped Pendulums with the Same Frequency

Week 9, Day 3:
 ?? airplane flyball governor
 B26 Leaning Plank

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 1983 - French/King


Week 1, Day 1:
  

Week 1, Day 2:
 C28 Torsion Pendulum - Traveling Wave

Week 1, Day 3:
 A12 Speed of a Bullet with Rotating Disks

Week 2, Day 1:
 A4 Measuring the Speed of Light

Week 2, Day 2:
 A6 Apple and Gun
 X1 Vector Arrows
 B6 Two Balloons in a Box

Week 2, Day 3:
  

Week 3, Day 1:
 A7 Relative Motion Gun

Week 3, Day 2:
 A7 Relative Motion Gun
 ?? A16 piston

Week 3, Day 3:
 A21 Air Cart with a Pulley and Weight
 ?? A16 piston
 A5 Air Table and Pucks

Week 4, Day 1:
 B3 Low Friction Atwood Machine
 ?? monkey climb

Week 4, Day 2:
 A8 Feather and Coin in a Vacuum

Week 4, Day 3:
  

Week 5, Day 1:
  

Week 5, Day 2:
 ?? lever
 B23 Inclined Plane
 ?? pulleys

Week 5, Day 3:
 ?? crush can with vise
 ?? crush can with ball
 ?? mechanical to electrical to mechanical

Week 6, Day 1:
 ?? mechanical to electrical to mechanical
 B93 Giant Pendulum
 B95 Loop-The-Loop

Week 6, Day 2:
 B95 Loop-The-Loop
 B93 Giant Pendulum

Week 6, Day 3:
 B114 Ice Skater's Twirl

Week 7, Day 1:
 B66 Ballistic Pendulum
 A13 Speed of a Bullet with Electronic Timer
 ?? microwave doppler effect

Week 7, Day 2:
 B57 Elastic Collisions

Week 7, Day 3:
 B70 Rocket on an Air Cart

Week 8, Day 1:
 B65 Many-Body Collisions
 ?? ball falling into cup rotating an arm

Week 8, Day 2:
  

Week 8, Day 3:
 B133 Bicycle Wheel & Rotating Stool
 B114 Ice Skater's Twirl

Week 9, Day 1:
 B113 Rolling Cylinders
 B137 Bicyclewheel Gyroscope

Week 9, Day 2:
 B45 Pulling a Car Out of Mud
 B46 Cord around a Rod - Quantitative

Week 9, Day 3:
  

Week 10, Day 1:
 ?? Dynamic Balance
 C2 Mass on a Spring

Week 10, Day 2:
 C1 Air Cart Between Springs
 C7 Physical Pendulum
 C2 Mass on a Spring
 B60 Bouncing Ball Bearing on a Glass

Week 10, Day 3:
 B18 Young's Modulus Apparatus
 C16 Torsional Balance Oscillator
 C8 Rigid Pendulum
 B109 Apple on a String

Week 11, Day 1:
 C34 Magnesium Bars and Hammer
 ?? bend meter stick

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
 ?? shoot can of boiling water
 ?? barometer
 PR5 Pascal's Law

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
 HT5 Bimetallic Strip
 ?? joule heating
 ?? mechanical equivalent of heat

Week 13, Day 2:
 B39 Capillary Tubes
 ?? surface tension

Week 13, Day 3:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 1982 - French/King


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
  

Week 2, Day 1:
 Z19 Powers of Ten (Eames)

Week 2, Day 2:
 A12 Speed of a Bullet with Rotating Disks

Week 2, Day 3:
  

Week 3, Day 1:
  

Week 3, Day 2:
 B3 Low Friction Atwood Machine
 B8 Audio Tape of Bricklayer's Letter
 ?? monkey climb

Week 3, Day 3:
  

Week 4, Day 1:
 B106 Air Puck Spinning on a Variable-Length String
 B6 Two Balloons in a Box

Week 4, Day 2:
  

Week 4, Day 3:
 ?? blackbody
 ?? light inverse square

Week 5, Day 1:
 B104 Orbiting Bucket
 ?? conical pendulum

Week 5, Day 2:
 ?? crush can with ball
 ?? pulleys

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
 B66 Ballistic Pendulum
 C2 Mass on a Spring
 B59 Heavy Cart Collisions

Week 6, Day 3:
 B51 Repelling Air Carts
 B80 Push-Me/Pull-You

Week 7, Day 1:
 B60 Bouncing Ball Bearing on a Glass
 ?? moving with center of mass film
 ?? elastic collisions film

Week 7, Day 2:
 B70 Rocket on an Air Cart
 B69 Fire Extinguisher on a Tricycle

Week 7, Day 3:
 B65 Many-Body Collisions
 ?? ball falling into cup rotating an arm

Week 8, Day 1:
 B133 Bicycle Wheel & Rotating Stool
 B114 Ice Skater's Twirl
 B134 Train on a Horizontal Wheel

Week 8, Day 2:
 B113 Rolling Cylinders
 ?? cart with rotating rocket mount
 C24 Horizontal Baseball Bat

Week 8, Day 3:
  

Week 9, Day 1:
 B113 Rolling Cylinders
 ?? drag gyro

Week 9, Day 2:
 B45 Pulling a Car Out of Mud

Week 9, Day 3:
 C4 Spray Paint Oscillator
 ?? Dynamic Balance
 B46 Cord around a Rod - Quantitative

Week 10, Day 1:
 ?? Dynamic Balance
 C2 Mass on a Spring
 C1 Air Cart Between Springs

Week 10, Day 2:
 B18 Young's Modulus Apparatus
 ?? Dynamic Balance

Week 10, Day 3:
 B18 Young's Modulus Apparatus
 C34 Magnesium Bars and Hammer
 ?? bend meter stick

Week 11, Day 1:
 ?? bend meter stick

Week 11, Day 2:
 ?? shoot can of boiling water
 ?? barometer

Week 11, Day 3:
 ?? magdeburg hemispheres
 PR2 Cartesian Diver
 ?? blowing into funnel

Week 12, Day 1:
 ?? blowing into funnel
 X82 Spool Yo-Yo
 PR8 Torricelli's Law

Week 12, Day 2:
 PR16 Buoy Oscillation

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
 PR12 Temperature and Pressure of Gasses
 HT5 Bimetallic Strip
 ?? joule heating
 ?? mechanical equivalent of heat
 HT4 Brass Rod

Week 13, Day 3:
 ?? joule heating
 ?? mechanical equivalent of heat
 C40 Oscillating Soap Film
 Z31 Mechanical Energy and Thermal Energy (PSSC)

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 1981 - Hulsizer


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
  

Week 2, Day 1:
 ?? speaker in vacuum

Week 2, Day 2:
  

Week 2, Day 3:
 C2 Mass on a Spring
 B114 Ice Skater's Twirl

Week 3, Day 1:
 B133 Bicycle Wheel & Rotating Stool
 ?? static equilibrium with ring

Week 3, Day 2:
  

Week 3, Day 3:
  

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
 A6 Apple and Gun
 A7 Relative Motion Gun

Week 5, Day 1:
 A3 Various Unit Masses and Weights
 G3 Magnet and a Nail on a String
 B13 Spring Constant
 B35 Balance Beam

Week 5, Day 2:
 A3 Various Unit Masses and Weights
 B34 Vector Resolution of Forces
 B40 Wooden Block Between Two Strings
 B45 Pulling a Car Out of Mud

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
 C3 Circular and Simple Harmonic Motion
 B8 Audio Tape of Bricklayer's Letter
 B23 Inclined Plane
 B24 Block with Pulley and Weight on an Incline
 ?? million to one

Week 6, Day 3:
 B106 Air Puck Spinning on a Variable-Length String
 B104 Orbiting Bucket
 B95 Loop-The-Loop
 B109 Apple on a String

Week 7, Day 1:
 B109 Apple on a String
 B23 Inclined Plane

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
 B109 Apple on a String
 C1 Air Cart Between Springs
 B80 Push-Me/Pull-You
 B95 Loop-The-Loop

Week 8, Day 2:
 B93 Giant Pendulum
 B51 Repelling Air Carts
 B56 Happy/Sad Balls
 ?? stationary ball launcher cart

Week 8, Day 3:
 B69 Fire Extinguisher on a Tricycle
 B68 Rocket on a Wire
 B80 Push-Me/Pull-You
 ?? witch's broom

Week 9, Day 1:
 ?? rutherford film
 B56 Happy/Sad Balls
 B57 Elastic Collisions
 B66 Ballistic Pendulum

Week 9, Day 2:
 B56 Happy/Sad Balls
 B57 Elastic Collisions
 S1 Newton's Color Disk

Week 9, Day 3:
 B115 Moment of Inertia Wheel

Week 10, Day 1:
 B115 Moment of Inertia Wheel
 B113 Rolling Cylinders
 B114 Ice Skater's Twirl
 B138 Bicycle Wheel on a Universal Bearing

Week 10, Day 2:
  

Week 10, Day 3:
 B138 Bicycle Wheel on a Universal Bearing
 B134 Train on a Horizontal Wheel
 B141 Gyroscope in a Suitcase
 B140 Gimbaled Gyroscope
 ?? angular momentum film

Week 11, Day 1:
 B137 Bicyclewheel Gyroscope

Week 11, Day 2:
 C1 Air Cart Between Springs
 C2 Mass on a Spring

Week 11, Day 3:
 C3 Circular and Simple Harmonic Motion
 C6 Giant Pendulum

Week 12, Day 1:
  

Week 12, Day 2:
 C6 Giant Pendulum

Week 12, Day 3:
  

Week 13, Day 1:
 C6 Giant Pendulum
 C5 Simple Pendulum

Week 13, Day 2:
 B5 Cavendish Experiment

Week 13, Day 3:
  

Week 14, Day 1:
 B39 Capillary Tubes

Week 14, Day 2:
  

Week 14, Day 3:
 PR12 Temperature and Pressure of Gasses

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01L Fall 2008 - Schechter


Week 1, Day 1:
  

Week 1, Day 2:
 B107 Flywheel Yo-Yo
 X62 Astro Blaster
 ?? 82

Week 1, Day 3:
 ?? A20a

Week 2, Day 1:
 A18 Strobe a Falling Ball

Week 2, Day 2:
 A8 Feather and Coin in a Vacuum
 A9 Range of a Projectile

Week 2, Day 3:
 B102 Centrifugal vs. Centripetal Motion
 B103 Grinding Wheel Sparks
 A9 Range of a Projectile

Week 3, Day 1:
 A7 Relative Motion Gun

Week 3, Day 2:
 A6 Apple and Gun

Week 3, Day 3:
 B34 Vector Resolution of Forces

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
 B4 Levitating Cart
 X22 Two block Pull

Week 5, Day 1:
 B3 Low Friction Atwood Machine

Week 5, Day 2:
 B23 Inclined Plane
 B24 Block with Pulley and Weight on an Incline
 B25 Pulling Block with Newton Scale

Week 5, Day 3:
 B13 Spring Constant
 B15 Series/Parallel Springs

Week 6, Day 1:
 B104 Orbiting Bucket
 B95 Loop-The-Loop
 B105 Object Spinning on a Variable-Length String

Week 6, Day 2:
  

Week 6, Day 3:
 ?? heavy weight
 ?? block with string

Week 7, Day 1:
  

Week 7, Day 2:
 B92 Spring Potential to Kinetic Energy

Week 7, Day 3:
 B96 Interrupted Swing
 B97 Potential Energy to Kinetic Energy - Pendulum and Ball
 C13 Multiple Potential Well

Week 8, Day 1:
 Y30 Work and Energy

Week 8, Day 2:
 B92 Spring Potential to Kinetic Energy

Week 8, Day 3:
 B66 Ballistic Pendulum

Week 9, Day 1:
 B57 Elastic Collisions

Week 9, Day 2:
 B51 Repelling Air Carts

Week 9, Day 3:
  

Week 10, Day 1:
 B65 Many-Body Collisions
 B79 No-Win Tug of War

Week 10, Day 2:
 B78 Center of Mass Trajectory
 B80 Push-Me/Pull-You

Week 10, Day 3:
 C2 Mass on a Spring

Week 11, Day 1:
  

Week 11, Day 2:
 C2 Mass on a Spring
 C4 Spray Paint Oscillator

Week 11, Day 3:
 C3 Circular and Simple Harmonic Motion
 C5 Simple Pendulum

Week 12, Day 1:
 B115 Moment of Inertia Wheel

Week 12, Day 2:
 B115 Moment of Inertia Wheel
 B116 Chrome Inertia Wheel
 B107 Flywheel Yo-Yo

Week 12, Day 3:
  

Week 13, Day 1:
 B107 Flywheel Yo-Yo

Week 13, Day 2:
 B113 Rolling Cylinders
 B117 Stationary Cylinder on an Incline

Week 13, Day 3:
  

Week 14, Day 1:
 B113 Rolling Cylinders
 B95 Loop-The-Loop
 B107 Flywheel Yo-Yo

Week 14, Day 2:
 B114 Ice Skater's Twirl
 B107 Flywheel Yo-Yo
 B133 Bicycle Wheel & Rotating Stool

Week 14, Day 3:
  

Week 15, Day 1:
 B140 Gimbaled Gyroscope
 C7 Physical Pendulum
 B137 Bicyclewheel Gyroscope

Week 15, Day 2:
 B77 Sliding Ruler

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01L Fall 2003 - ?


Week 1, Day 1:
  

Week 1, Day 2:
 A13 Speed of a Bullet with Electronic Timer
 B62 Colliding Balls - Sliding
 B95 Loop-The-Loop
 B137 Bicyclewheel Gyroscope
 X82 Spool Yo-Yo

Week 1, Day 3:
 A4 Measuring the Speed of Light
 A21 Air Cart with a Pulley and Weight

Week 2, Day 1:
 A18 Strobe a Falling Ball

Week 2, Day 2:
 A8 Feather and Coin in a Vacuum
 A11 Ball Bearing Dropped in a Viscous Fluid
 A9 Range of a Projectile
 A20 Inclined 5-m Air Track w/ Strobe

Week 2, Day 3:
 B102 Centrifugal vs. Centripetal Motion
 B103 Grinding Wheel Sparks

Week 3, Day 1:
 B34 Vector Resolution of Forces

Week 3, Day 2:
 A7 Relative Motion Gun
 A6 Apple and Gun

Week 3, Day 3:
 B36 Static Equilibrium
 B38 Torque on a Steel Bar

Week 4, Day 1:
  

Week 4, Day 2:
 B4 Levitating Cart
 B45 Pulling a Car Out of Mud

Week 4, Day 3:
  

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
  

Week 7, Day 2:
 B90 Gravitational Potential to Kinetic Energy
 A9 Range of a Projectile

Week 7, Day 3:
 B95 Loop-The-Loop
 B92 Spring Potential to Kinetic Energy
 X10 Apple on a String

Week 8, Day 1:
 C13 Multiple Potential Well
 B96 Interrupted Swing

Week 8, Day 2:
 B92 Spring Potential to Kinetic Energy

Week 8, Day 3:
 C2 Mass on a Spring
 X1 Vector Arrows

Week 9, Day 1:
 B62 Colliding Balls - Sliding
 B58 Inelastic Collisions
 B57 Elastic Collisions
 B51 Repelling Air Carts

Week 9, Day 2:
  

Week 9, Day 3:
  

Week 10, Day 1:
 B60 Bouncing Ball Bearing on a Glass
 B64 Colliding Balls - Hanging
 B66 Ballistic Pendulum

Week 10, Day 2:
 B65 Many-Body Collisions
 B78 Center of Mass Trajectory

Week 10, Day 3:
 B63 Force Due to a Stream of Balls
 B78 Center of Mass Trajectory
 B62 Colliding Balls - Sliding
 B56 Happy/Sad Balls

Week 11, Day 1:
  

Week 11, Day 2:
 C2 Mass on a Spring
 B80 Push-Me/Pull-You
 C2 Mass on a Spring
 C4 Spray Paint Oscillator

Week 11, Day 3:
  

Week 12, Day 1:
 C3 Circular and Simple Harmonic Motion
 C5 Simple Pendulum
 C12 Oscillating Steel Ball on a Track

Week 12, Day 2:
 B5 Cavendish Experiment

Week 12, Day 3:
 B5 Cavendish Experiment

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
 PR5 Pascal's Law
 PR4 Two Density Liquids
 PR10 Crushing a Can with a Vacuum

Week 14, Day 2:
 PR7 Bernoulli's Principle
 PR2 Cartesian Diver
 PR8 Torricelli's Law

Week 14, Day 3:
  

Week 15, Day 1:
 PR12 Temperature and Pressure of Gasses
 PR2 Cartesian Diver

Week 15, Day 2:
 PR14 Balloons in Liquid Nitrogen
 PR13 Adiabatic Gas Law
 PR11 Crushing a Can with Cooling Steam

Week 15, Day 3:
  

Week 16, Day 1:
 B82 Rim-Weighted Cylinder on Incline
 B113 Rolling Cylinders

Week 16, Day 2:
 B78 Center of Mass Trajectory
 B81 Motion of a Falling Rod
 B137 Bicyclewheel Gyroscope

Week 16, Day 3:
 C7 Physical Pendulum
 B115 Moment of Inertia Wheel
 B116 Chrome Inertia Wheel

Week 17, Day 1:
 B26 Leaning Plank
 B36 Static Equilibrium
 B76 Center of Mass of an Arbitrary Object
 C7 Physical Pendulum

Week 17, Day 2:
 B115 Moment of Inertia Wheel

Week 17, Day 3:
 C9 Different Shaped Pendulums with the Same Frequency
 C24 Horizontal Baseball Bat

Week 18, Day 1:
 B133 Bicycle Wheel & Rotating Stool
 B134 Train on a Horizontal Wheel

Week 18, Day 2:
 B106 Air Puck Spinning on a Variable-Length String
 B114 Ice Skater's Twirl
 C24 Horizontal Baseball Bat

Week 18, Day 3:
 X82 Spool Yo-Yo
 B137 Bicyclewheel Gyroscope
 B141 Gyroscope in a Suitcase
 B144 Gyroscopically Stabilized Wire Walker
 X10 Apple on a String
 X1 Vector Arrows
Top /\

8.01L Fall 1999 - Kowalski


Week 1, Day 1:
  

Week 1, Day 2:
 A1 Standard Meter
 A3 Various Unit Masses and Weights
 C5 Simple Pendulum

Week 1, Day 3:
  

Week 2, Day 1:
 A12 Speed of a Bullet with Rotating Disks
 A13 Speed of a Bullet with Electronic Timer
 A21 Air Cart with a Pulley and Weight

Week 2, Day 2:
 A8 Feather and Coin in a Vacuum
 A18 Strobe a Falling Ball

Week 2, Day 3:
 X1 Vector Arrows

Week 3, Day 1:
  

Week 3, Day 2:
 A9 Range of a Projectile

Week 3, Day 3:
 A6 Apple and Gun
 X10 Apple on a String

Week 4, Day 1:
 A7 Relative Motion Gun

Week 4, Day 2:
  

Week 4, Day 3:
 B34 Vector Resolution of Forces

Week 5, Day 1:
 A17 Falling Apple

Week 5, Day 2:
 A21 Air Cart with a Pulley and Weight

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
 B3 Low Friction Atwood Machine

Week 6, Day 3:
 B23 Inclined Plane
 B24 Block with Pulley and Weight on an Incline
 B25 Pulling Block with Newton Scale

Week 7, Day 1:
 B13 Spring Constant
 B15 Series/Parallel Springs
 B17 Spring Paradox

Week 7, Day 2:
 B102 Centrifugal vs. Centripetal Motion
 C5 Simple Pendulum
 B104 Orbiting Bucket

Week 7, Day 3:
  

Week 8, Day 1:
 C13 Multiple Potential Well

Week 8, Day 2:
 B95 Loop-The-Loop
 B90 Gravitational Potential to Kinetic Energy

Week 8, Day 3:
 B92 Spring Potential to Kinetic Energy

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 9, Day 3:
  

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
 B116 Chrome Inertia Wheel
 A22 Hinged Stick and Falling Ball

Week 12, Day 3:
  

Week 13, Day 1:
 B115 Moment of Inertia Wheel

Week 13, Day 2:
 B114 Ice Skater's Twirl
 B134 Train on a Horizontal Wheel

Week 13, Day 3:
 B137 Bicyclewheel Gyroscope
 B106 Air Puck Spinning on a Variable-Length String

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01L Fall 1997 - Stephans


Week 1, Day 1:
  

Week 1, Day 2:
 B62 Colliding Balls - Sliding
 B138 Bicycle Wheel on a Universal Bearing
 A9 Range of a Projectile
 X10 Apple on a String

Week 1, Day 3:
 A4 Measuring the Speed of Light
 A21 Air Cart with a Pulley and Weight

Week 2, Day 1:
 A18 Strobe a Falling Ball
 A20 Inclined 5-m Air Track w/ Strobe

Week 2, Day 2:
 A8 Feather and Coin in a Vacuum
 A9 Range of a Projectile
 A11 Ball Bearing Dropped in a Viscous Fluid

Week 2, Day 3:
 A9 Range of a Projectile
 B102 Centrifugal vs. Centripetal Motion
 B103 Grinding Wheel Sparks
 X10 Apple on a String

Week 3, Day 1:
 B34 Vector Resolution of Forces
 B103 Grinding Wheel Sparks
 X10 Apple on a String

Week 3, Day 2:
 A9 Range of a Projectile

Week 3, Day 3:
 A20 Inclined 5-m Air Track w/ Strobe
 B4 Levitating Cart

Week 4, Day 1:
  

Week 4, Day 2:
 B35 Balance Beam
 B38 Torque on a Steel Bar
 B45 Pulling a Car Out of Mud

Week 4, Day 3:
 B3 Low Friction Atwood Machine

Week 5, Day 1:
 B23 Inclined Plane
 B24 Block with Pulley and Weight on an Incline
 B25 Pulling Block with Newton Scale
 B26 Leaning Plank

Week 5, Day 2:
 B13 Spring Constant
 B15 Series/Parallel Springs
 B17 Spring Paradox

Week 5, Day 3:
 B106 Air Puck Spinning on a Variable-Length String
 B108 Motorized Arm With a Hanging Pendulum
 X10 Apple on a String

Week 6, Day 1:
 B95 Loop-The-Loop
 B104 Orbiting Bucket
 X10 Apple on a String

Week 6, Day 2:
  

Week 6, Day 3:
 B95 Loop-The-Loop
 B104 Orbiting Bucket

Week 7, Day 1:
  

Week 7, Day 2:
 B90 Gravitational Potential to Kinetic Energy
 B92 Spring Potential to Kinetic Energy
 A9 Range of a Projectile

Week 7, Day 3:
 B95 Loop-The-Loop
 A9 Range of a Projectile

Week 8, Day 1:
 B96 Interrupted Swing
 C13 Multiple Potential Well

Week 8, Day 2:
 B92 Spring Potential to Kinetic Energy

Week 8, Day 3:
 C2 Mass on a Spring

Week 9, Day 1:
 B58 Inelastic Collisions
 B62 Colliding Balls - Sliding

Week 9, Day 2:
 B57 Elastic Collisions
 B60 Bouncing Ball Bearing on a Glass
 B64 Colliding Balls - Hanging

Week 9, Day 3:
 B66 Ballistic Pendulum

Week 10, Day 1:
 B62 Colliding Balls - Sliding
 B65 Many-Body Collisions

Week 10, Day 2:
  

Week 10, Day 3:
 B63 Force Due to a Stream of Balls
 B56 Happy/Sad Balls

Week 11, Day 1:
  

Week 11, Day 2:
 C2 Mass on a Spring
 C4 Spray Paint Oscillator
 B56 Happy/Sad Balls

Week 11, Day 3:
 B80 Push-Me/Pull-You
 C2 Mass on a Spring
 C5 Simple Pendulum

Week 12, Day 1:
 B5 Cavendish Experiment
 C3 Circular and Simple Harmonic Motion

Week 12, Day 2:
 B5 Cavendish Experiment

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
 B69 Fire Extinguisher on a Tricycle

Week 13, Day 3:
  

Week 14, Day 1:
 PR5 Pascal's Law
 PR4 Two Density Liquids
 PR2 Cartesian Diver
 PR10 Crushing a Can with a Vacuum
 PR3 Increasing the Density of Water

Week 14, Day 2:
 PR8 Torricelli's Law
 PR6 Venturi Tube
 PR7 Bernoulli's Principle

Week 14, Day 3:
 PR12 Temperature and Pressure of Gasses
 PR11 Crushing a Can with Cooling Steam

Week 15, Day 1:
 PR14 Balloons in Liquid Nitrogen
 PR11 Crushing a Can with Cooling Steam
 PR13 Adiabatic Gas Law
 B128 Hero's Engine

Week 15, Day 2:
 B78 Center of Mass Trajectory
 B81 Motion of a Falling Rod
 B137 Bicyclewheel Gyroscope

Week 15, Day 3:
 B115 Moment of Inertia Wheel
 B116 Chrome Inertia Wheel
 C7 Physical Pendulum

Week 16, Day 1:
 B26 Leaning Plank
 B36 Static Equilibrium
 B76 Center of Mass of an Arbitrary Object
 C7 Physical Pendulum

Week 16, Day 2:
 B62 Colliding Balls - Sliding
 B113 Rolling Cylinders

Week 16, Day 3:
 B113 Rolling Cylinders
 B115 Moment of Inertia Wheel

Week 17, Day 1:
 C9 Different Shaped Pendulums with the Same Frequency
 C24 Horizontal Baseball Bat

Week 17, Day 2:
 B133 Bicycle Wheel & Rotating Stool
 B134 Train on a Horizontal Wheel

Week 17, Day 3:
 B106 Air Puck Spinning on a Variable-Length String
 B114 Ice Skater's Twirl
 C24 Horizontal Baseball Bat

Week 18, Day 1:
  

Week 18, Day 2:
 B62 Colliding Balls - Sliding
 B95 Loop-The-Loop
 B137 Bicyclewheel Gyroscope
 B141 Gyroscope in a Suitcase
 C2 Mass on a Spring
 X10 Apple on a String

Week 18, Day 3:
  
Top /\

8.01L Fall 1996 - Stephans


Week 1, Day 1:
  

Week 1, Day 2:
 A13 Speed of a Bullet with Electronic Timer
 B62 Colliding Balls - Sliding
 B138 Bicycle Wheel on a Universal Bearing
 X10 Apple on a String
 A9 Range of a Projectile

Week 1, Day 3:
 A21 Air Cart with a Pulley and Weight

Week 2, Day 1:
 A18 Strobe a Falling Ball
 A20 Inclined 5-m Air Track w/ Strobe

Week 2, Day 2:
 A8 Feather and Coin in a Vacuum
 A9 Range of a Projectile
 A11 Ball Bearing Dropped in a Viscous Fluid

Week 2, Day 3:
 B102 Centrifugal vs. Centripetal Motion
 B103 Grinding Wheel Sparks

Week 3, Day 1:
 A8 Feather and Coin in a Vacuum
 B34 Vector Resolution of Forces
 X10 Apple on a String

Week 3, Day 2:
 A20 Inclined 5-m Air Track w/ Strobe
 A9 Range of a Projectile

Week 3, Day 3:
 B4 Levitating Cart

Week 4, Day 1:
  

Week 4, Day 2:
 B36 Static Equilibrium
 B38 Torque on a Steel Bar
 B45 Pulling a Car Out of Mud

Week 4, Day 3:
 B3 Low Friction Atwood Machine

Week 5, Day 1:
 B23 Inclined Plane
 B24 Block with Pulley and Weight on an Incline
 B25 Pulling Block with Newton Scale
 B26 Leaning Plank

Week 5, Day 2:
  

Week 5, Day 3:
 B13 Spring Constant
 B15 Series/Parallel Springs
 B17 Spring Paradox

Week 6, Day 1:
 B106 Air Puck Spinning on a Variable-Length String
 B108 Motorized Arm With a Hanging Pendulum
 X10 Apple on a String

Week 6, Day 2:
 B95 Loop-The-Loop
 B104 Orbiting Bucket
 X10 Apple on a String

Week 6, Day 3:
  

Week 7, Day 1:
  

Week 7, Day 2:
 B90 Gravitational Potential to Kinetic Energy
 B92 Spring Potential to Kinetic Energy
 A9 Range of a Projectile

Week 7, Day 3:
 B95 Loop-The-Loop
 A9 Range of a Projectile

Week 8, Day 1:
 B96 Interrupted Swing
 B13 Spring Constant

Week 8, Day 2:
 B92 Spring Potential to Kinetic Energy

Week 8, Day 3:
 C2 Mass on a Spring

Week 9, Day 1:
 B58 Inelastic Collisions
 B62 Colliding Balls - Sliding

Week 9, Day 2:
 B57 Elastic Collisions
 B60 Bouncing Ball Bearing on a Glass
 B64 Colliding Balls - Hanging

Week 9, Day 3:
 B66 Ballistic Pendulum

Week 10, Day 1:
 B62 Colliding Balls - Sliding
 B65 Many-Body Collisions

Week 10, Day 2:
  

Week 10, Day 3:
 B61 Impulse of Bouncing Ball
 B63 Force Due to a Stream of Balls

Week 11, Day 1:
  

Week 11, Day 2:
 B80 Push-Me/Pull-You
 C2 Mass on a Spring
 C4 Spray Paint Oscillator

Week 11, Day 3:
 C2 Mass on a Spring
 C5 Simple Pendulum

Week 12, Day 1:
 C2 Mass on a Spring
 C5 Simple Pendulum

Week 12, Day 2:
 B5 Cavendish Experiment

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
 B69 Fire Extinguisher on a Tricycle

Week 13, Day 3:
  

Week 14, Day 1:
 PR5 Pascal's Law
 PR4 Two Density Liquids
 PR11 Crushing a Can with Cooling Steam
 ?? buoy

Week 14, Day 2:
 PR8 Torricelli's Law
 PR6 Venturi Tube
 PR7 Bernoulli's Principle

Week 14, Day 3:
 PR12 Temperature and Pressure of Gasses
 PR11 Crushing a Can with Cooling Steam

Week 15, Day 1:
 PR14 Balloons in Liquid Nitrogen

Week 15, Day 2:
 B78 Center of Mass Trajectory
 B81 Motion of a Falling Rod
 B137 Bicyclewheel Gyroscope

Week 15, Day 3:
 B115 Moment of Inertia Wheel
 B116 Chrome Inertia Wheel
 C7 Physical Pendulum

Week 16, Day 1:
 B26 Leaning Plank
 B36 Static Equilibrium
 B76 Center of Mass of an Arbitrary Object

Week 16, Day 2:
 B82 Rim-Weighted Cylinder on Incline
 B113 Rolling Cylinders

Week 16, Day 3:
 B115 Moment of Inertia Wheel

Week 17, Day 1:
 C9 Different Shaped Pendulums with the Same Frequency
 C24 Horizontal Baseball Bat

Week 17, Day 2:
 B113 Rolling Cylinders
 B134 Train on a Horizontal Wheel

Week 17, Day 3:
 B104 Orbiting Bucket
 B114 Ice Skater's Twirl
 C24 Horizontal Baseball Bat

Week 18, Day 1:
 B62 Colliding Balls - Sliding
 B95 Loop-The-Loop
 B137 Bicyclewheel Gyroscope
 B141 Gyroscope in a Suitcase
 C2 Mass on a Spring
 X10 Apple on a String

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01L Fall 1995 - Mathews/Wyslouch


Week 1, Day 1:
  

Week 1, Day 2:
 Z19 Powers of Ten (Eames)

Week 1, Day 3:
 A13 Speed of a Bullet with Electronic Timer
 A21 Air Cart with a Pulley and Weight

Week 2, Day 1:
 A17 Falling Apple
 A18 Strobe a Falling Ball

Week 2, Day 2:
 A8 Feather and Coin in a Vacuum
 A9 Range of a Projectile
 A11 Ball Bearing Dropped in a Viscous Fluid

Week 2, Day 3:
 A9 Range of a Projectile
 B102 Centrifugal vs. Centripetal Motion
 B103 Grinding Wheel Sparks

Week 3, Day 1:
 B34 Vector Resolution of Forces
 B102 Centrifugal vs. Centripetal Motion
 B103 Grinding Wheel Sparks

Week 3, Day 2:
 B102 Centrifugal vs. Centripetal Motion
 B103 Grinding Wheel Sparks

Week 3, Day 3:
 B4 Levitating Cart

Week 4, Day 1:
  

Week 4, Day 2:
 A6 Apple and Gun
 B45 Pulling a Car Out of Mud

Week 4, Day 3:
  

Week 5, Day 1:
 B3 Low Friction Atwood Machine

Week 5, Day 2:
 A20 Inclined 5-m Air Track w/ Strobe
 B23 Inclined Plane
 B24 Block with Pulley and Weight on an Incline
 B25 Pulling Block with Newton Scale

Week 5, Day 3:
 B13 Spring Constant
 B14 Tension in Springs
 B23 Inclined Plane

Week 6, Day 1:
  

Week 6, Day 2:
 B13 Spring Constant
 B15 Series/Parallel Springs
 B108 Motorized Arm With a Hanging Pendulum
 X10 Apple on a String

Week 6, Day 3:
 B95 Loop-The-Loop
 B104 Orbiting Bucket
 X10 Apple on a String

Week 7, Day 1:
 B90 Gravitational Potential to Kinetic Energy

Week 7, Day 2:
 B90 Gravitational Potential to Kinetic Energy
 B92 Spring Potential to Kinetic Energy

Week 7, Day 3:
 B90 Gravitational Potential to Kinetic Energy
 B92 Spring Potential to Kinetic Energy
 B95 Loop-The-Loop
 B96 Interrupted Swing
 C13 Multiple Potential Well

Week 8, Day 1:
 B90 Gravitational Potential to Kinetic Energy
 B96 Interrupted Swing

Week 8, Day 2:
 B92 Spring Potential to Kinetic Energy
 C13 Multiple Potential Well

Week 8, Day 3:
 B17 Spring Paradox
 B95 Loop-The-Loop
 C13 Multiple Potential Well

Week 9, Day 1:
 B51 Repelling Air Carts
 B62 Colliding Balls - Sliding
 B64 Colliding Balls - Hanging

Week 9, Day 2:
 ?? H58
 B66 Ballistic Pendulum

Week 9, Day 3:
  

Week 10, Day 1:
 B57 Elastic Collisions
 B60 Bouncing Ball Bearing on a Glass

Week 10, Day 2:
 B60 Bouncing Ball Bearing on a Glass
 B61 Impulse of Bouncing Ball
 B65 Many-Body Collisions

Week 10, Day 3:
  

Week 11, Day 1:
 C1 Air Cart Between Springs
 C2 Mass on a Spring

Week 11, Day 2:
 C3 Circular and Simple Harmonic Motion
 C4 Spray Paint Oscillator
 C13 Multiple Potential Well

Week 11, Day 3:
 C3 Circular and Simple Harmonic Motion
 C5 Simple Pendulum
 C10 Two Pendulum with Different Amplitudes
 C12 Oscillating Steel Ball on a Track

Week 12, Day 1:
 PR4 Two Density Liquids
 PR5 Pascal's Law

Week 12, Day 2:
 PR8 Torricelli's Law
 PR7 Bernoulli's Principle
 PR10 Crushing a Can with a Vacuum

Week 12, Day 3:
  

Week 13, Day 1:
 PR14 Balloons in Liquid Nitrogen
 PR11 Crushing a Can with Cooling Steam
 PR7 Bernoulli's Principle

Week 13, Day 2:
 PR12 Temperature and Pressure of Gasses
 HT1 Sterling's Engine

Week 13, Day 3:
 B69 Fire Extinguisher on a Tricycle
 B155 Molecular Layers and the Size of Molecules
 HT1 Sterling's Engine

Week 14, Day 1:
 B80 Push-Me/Pull-You
 B84 Double Cone and Plane

Week 14, Day 2:
 B78 Center of Mass Trajectory
 B137 Bicyclewheel Gyroscope

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
 B113 Rolling Cylinders
 B115 Moment of Inertia Wheel
 B117 Stationary Cylinder on an Incline

Week 15, Day 3:
 B115 Moment of Inertia Wheel

Week 16, Day 1:
 B107 Flywheel Yo-Yo
 B133 Bicycle Wheel & Rotating Stool

Week 16, Day 2:
 B107 Flywheel Yo-Yo
 B113 Rolling Cylinders
 B114 Ice Skater's Twirl
 B133 Bicycle Wheel & Rotating Stool
 B134 Train on a Horizontal Wheel

Week 16, Day 3:
 B114 Ice Skater's Twirl
 B133 Bicycle Wheel & Rotating Stool
 B134 Train on a Horizontal Wheel

Week 17, Day 1:
 B26 Leaning Plank
 B76 Center of Mass of an Arbitrary Object
 B134 Train on a Horizontal Wheel

Week 17, Day 2:
 B5 Cavendish Experiment

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01L Fall 1994 - Stephans


Week 1, Day 1:
  

Week 1, Day 2:
 A4 Measuring the Speed of Light
 A13 Speed of a Bullet with Electronic Timer

Week 1, Day 3:
 A16 Pulling an Air Cart with a Spring
 A21 Air Cart with a Pulley and Weight

Week 2, Day 1:
 A18 Strobe a Falling Ball
 A20 Inclined 5-m Air Track w/ Strobe

Week 2, Day 2:
 A8 Feather and Coin in a Vacuum
 A9 Range of a Projectile
 A11 Ball Bearing Dropped in a Viscous Fluid

Week 2, Day 3:
 B102 Centrifugal vs. Centripetal Motion
 B103 Grinding Wheel Sparks

Week 3, Day 1:
  

Week 3, Day 2:
 B34 Vector Resolution of Forces

Week 3, Day 3:
 A21 Air Cart with a Pulley and Weight

Week 4, Day 1:
 B4 Levitating Cart

Week 4, Day 2:
 A6 Apple and Gun
 B45 Pulling a Car Out of Mud

Week 4, Day 3:
  

Week 5, Day 1:
 B3 Low Friction Atwood Machine

Week 5, Day 2:
 B23 Inclined Plane
 B24 Block with Pulley and Weight on an Incline
 B25 Pulling Block with Newton Scale

Week 5, Day 3:
 B13 Spring Constant
 B14 Tension in Springs
 B17 Spring Paradox

Week 6, Day 1:
  

Week 6, Day 2:
 B106 Air Puck Spinning on a Variable-Length String
 B108 Motorized Arm With a Hanging Pendulum
 X10 Apple on a String

Week 6, Day 3:
 B95 Loop-The-Loop
 B104 Orbiting Bucket
 X10 Apple on a String

Week 7, Day 1:
 B90 Gravitational Potential to Kinetic Energy

Week 7, Day 2:
 B92 Spring Potential to Kinetic Energy
 A9 Range of a Projectile

Week 7, Day 3:
 B95 Loop-The-Loop
 C13 Multiple Potential Well

Week 8, Day 1:
 B96 Interrupted Swing
 C13 Multiple Potential Well

Week 8, Day 2:
 B92 Spring Potential to Kinetic Energy
 A9 Range of a Projectile

Week 8, Day 3:
 C13 Multiple Potential Well
 C2 Mass on a Spring

Week 9, Day 1:
 B57 Elastic Collisions
 B60 Bouncing Ball Bearing on a Glass
 B62 Colliding Balls - Sliding
 B64 Colliding Balls - Hanging

Week 9, Day 2:
 B58 Inelastic Collisions
 B60 Bouncing Ball Bearing on a Glass
 B62 Colliding Balls - Sliding
 B64 Colliding Balls - Hanging

Week 9, Day 3:
 B60 Bouncing Ball Bearing on a Glass
 B66 Ballistic Pendulum

Week 10, Day 1:
 B65 Many-Body Collisions

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
 B60 Bouncing Ball Bearing on a Glass
 B61 Impulse of Bouncing Ball

Week 11, Day 2:
 C1 Air Cart Between Springs
 C2 Mass on a Spring
 C4 Spray Paint Oscillator

Week 11, Day 3:
 C3 Circular and Simple Harmonic Motion
 C5 Simple Pendulum
 C10 Two Pendulum with Different Amplitudes

Week 12, Day 1:
 B5 Cavendish Experiment

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
 B95 Loop-The-Loop
 A9 Range of a Projectile

Week 13, Day 3:
 B76 Center of Mass of an Arbitrary Object
 B80 Push-Me/Pull-You
 B84 Double Cone and Plane

Week 14, Day 1:
 B57 Elastic Collisions
 B58 Inelastic Collisions
 B78 Center of Mass Trajectory

Week 14, Day 2:
 C7 Physical Pendulum
 B137 Bicyclewheel Gyroscope

Week 14, Day 3:
  

Week 15, Day 1:
 PR8 Torricelli's Law
 PR11 Crushing a Can with Cooling Steam
 PR5 Pascal's Law
 PR4 Two Density Liquids
 PR7 Bernoulli's Principle

Week 15, Day 2:
 B69 Fire Extinguisher on a Tricycle
 B14 Tension in Springs
 B11 

Week 15, Day 3:
 B113 Rolling Cylinders
 B117 Stationary Cylinder on an Incline

Week 16, Day 1:
 B115 Moment of Inertia Wheel

Week 16, Day 2:
 B26 Leaning Plank
 B113 Rolling Cylinders

Week 16, Day 3:
 B36 Static Equilibrium

Week 17, Day 1:
 B115 Moment of Inertia Wheel

Week 17, Day 2:
  

Week 17, Day 3:
 B114 Ice Skater's Twirl
 B133 Bicycle Wheel & Rotating Stool
 B134 Train on a Horizontal Wheel

Week 18, Day 1:
 B106 Air Puck Spinning on a Variable-Length String
 B114 Ice Skater's Twirl

Week 18, Day 2:
 B106 Air Puck Spinning on a Variable-Length String

Week 18, Day 3:
 B138 Bicycle Wheel on a Universal Bearing
 B141 Gyroscope in a Suitcase
 X10 Apple on a String
Top /\

8.01L Fall 1993 - Lazarus


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
 A4 Measuring the Speed of Light
 A13 Speed of a Bullet with Electronic Timer

Week 2, Day 1:
 A16 Pulling an Air Cart with a Spring
 A21 Air Cart with a Pulley and Weight

Week 2, Day 2:
 A18 Strobe a Falling Ball
 A20 Inclined 5-m Air Track w/ Strobe

Week 2, Day 3:
 A8 Feather and Coin in a Vacuum
 A9 Range of a Projectile
 A11 Ball Bearing Dropped in a Viscous Fluid

Week 3, Day 1:
 B102 Centrifugal vs. Centripetal Motion
 B103 Grinding Wheel Sparks
 C3 Circular and Simple Harmonic Motion

Week 3, Day 2:
 B4 Levitating Cart
 B34 Vector Resolution of Forces
 B45 Pulling a Car Out of Mud

Week 3, Day 3:
 A21 Air Cart with a Pulley and Weight

Week 4, Day 1:
 B4 Levitating Cart

Week 4, Day 2:
 A6 Apple and Gun
 B45 Pulling a Car Out of Mud

Week 4, Day 3:
  

Week 5, Day 1:
 A21 Air Cart with a Pulley and Weight
 B3 Low Friction Atwood Machine

Week 5, Day 2:
 A11 Ball Bearing Dropped in a Viscous Fluid
 B23 Inclined Plane
 B24 Block with Pulley and Weight on an Incline
 B25 Pulling Block with Newton Scale

Week 5, Day 3:
 B13 Spring Constant
 B14 Tension in Springs

Week 6, Day 1:
  

Week 6, Day 2:
 B104 Orbiting Bucket
 X10 Apple on a String

Week 6, Day 3:
 B95 Loop-The-Loop
 X10 Apple on a String

Week 7, Day 1:
 A16 Pulling an Air Cart with a Spring

Week 7, Day 2:
 B96 Interrupted Swing
 A10 Water Through Hoops

Week 7, Day 3:
 B96 Interrupted Swing
 C1 Air Cart Between Springs

Week 8, Day 1:
 B95 Loop-The-Loop

Week 8, Day 2:
  

Week 8, Day 3:
 B92 Spring Potential to Kinetic Energy
 C12 Oscillating Steel Ball on a Track
 C13 Multiple Potential Well

Week 9, Day 1:
 B92 Spring Potential to Kinetic Energy
 C11 Damped and Undamped Masses on a Spring

Week 9, Day 2:
  

Week 9, Day 3:
 B57 Elastic Collisions
 B58 Inelastic Collisions

Week 10, Day 1:
 B51 Repelling Air Carts
 B57 Elastic Collisions
 B58 Inelastic Collisions

Week 10, Day 2:
 B62 Colliding Balls - Sliding
 B66 Ballistic Pendulum

Week 10, Day 3:
 B60 Bouncing Ball Bearing on a Glass
 B61 Impulse of Bouncing Ball

Week 11, Day 1:
 B106 Air Puck Spinning on a Variable-Length String

Week 11, Day 2:
 B57 Elastic Collisions
 B58 Inelastic Collisions

Week 11, Day 3:
 B69 Fire Extinguisher on a Tricycle
 B80 Push-Me/Pull-You

Week 12, Day 1:
  

Week 12, Day 2:
 B61 Impulse of Bouncing Ball
 B114 Ice Skater's Twirl
 C2 Mass on a Spring
 C3 Circular and Simple Harmonic Motion

Week 12, Day 3:
  

Week 13, Day 1:
 B113 Rolling Cylinders
 B115 Moment of Inertia Wheel

Week 13, Day 2:
 B113 Rolling Cylinders
 B117 Stationary Cylinder on an Incline
 B133 Bicycle Wheel & Rotating Stool

Week 13, Day 3:
 B115 Moment of Inertia Wheel
 B116 Chrome Inertia Wheel

Week 14, Day 1:
 B114 Ice Skater's Twirl
 B133 Bicycle Wheel & Rotating Stool
 B134 Train on a Horizontal Wheel

Week 14, Day 2:
 B106 Air Puck Spinning on a Variable-Length String
 B138 Bicycle Wheel on a Universal Bearing
 B141 Gyroscope in a Suitcase

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
 B26 Leaning Plank
 B35 Balance Beam

Week 15, Day 3:
 B36 Static Equilibrium
 B113 Rolling Cylinders
 B117 Stationary Cylinder on an Incline

Week 16, Day 1:
 B5 Cavendish Experiment

Week 16, Day 2:
 B5 Cavendish Experiment
 C16 Torsional Balance Oscillator

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01L Fall 1992 - Lazarus/Stephans


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
 A1 Standard Meter
 A4 Measuring the Speed of Light
 A13 Speed of a Bullet with Electronic Timer

Week 2, Day 1:
 A16 Pulling an Air Cart with a Spring
 A21 Air Cart with a Pulley and Weight

Week 2, Day 2:
 A18 Strobe a Falling Ball
 A20 Inclined 5-m Air Track w/ Strobe
 A21 Air Cart with a Pulley and Weight

Week 2, Day 3:
 A8 Feather and Coin in a Vacuum
 A9 Range of a Projectile
 A11 Ball Bearing Dropped in a Viscous Fluid

Week 3, Day 1:
 A9 Range of a Projectile

Week 3, Day 2:
 B103 Grinding Wheel Sparks
 C3 Circular and Simple Harmonic Motion

Week 3, Day 3:
 B34 Vector Resolution of Forces
 B45 Pulling a Car Out of Mud

Week 4, Day 1:
 B4 Levitating Cart
 B36 Static Equilibrium

Week 4, Day 2:
 A6 Apple and Gun
 B13 Spring Constant
 B24 Block with Pulley and Weight on an Incline
 B25 Pulling Block with Newton Scale

Week 4, Day 3:
  

Week 5, Day 1:
 A21 Air Cart with a Pulley and Weight

Week 5, Day 2:
 B51 Repelling Air Carts
 C1 Air Cart Between Springs

Week 5, Day 3:
 B58 Inelastic Collisions

Week 6, Day 1:
  

Week 6, Day 2:
 B104 Orbiting Bucket
 ?? conical pendulum

Week 6, Day 3:
 B102 Centrifugal vs. Centripetal Motion
 A20 Inclined 5-m Air Track w/ Strobe

Week 7, Day 1:
 B70 Rocket on an Air Cart

Week 7, Day 2:
 B23 Inclined Plane
 B56 Happy/Sad Balls

Week 7, Day 3:
 B95 Loop-The-Loop

Week 8, Day 1:
 B96 Interrupted Swing
 C5 Simple Pendulum

Week 8, Day 2:
 B92 Spring Potential to Kinetic Energy
 C1 Air Cart Between Springs

Week 8, Day 3:
 C1 Air Cart Between Springs
 C11 Damped and Undamped Masses on a Spring

Week 9, Day 1:
 C11 Damped and Undamped Masses on a Spring

Week 9, Day 2:
 B97 Potential Energy to Kinetic Energy - Pendulum and Ball
 C8 Rigid Pendulum
 C13 Multiple Potential Well

Week 9, Day 3:
  

Week 10, Day 1:
 C2 Mass on a Spring
 C4 Spray Paint Oscillator

Week 10, Day 2:
  

Week 10, Day 3:
 B97 Potential Energy to Kinetic Energy - Pendulum and Ball
 C2 Mass on a Spring
 C10 Two Pendulum with Different Amplitudes

Week 11, Day 1:
 C3 Circular and Simple Harmonic Motion

Week 11, Day 2:
 B5 Cavendish Experiment

Week 11, Day 3:
 B106 Air Puck Spinning on a Variable-Length String

Week 12, Day 1:
 B57 Elastic Collisions
 B58 Inelastic Collisions
 B60 Bouncing Ball Bearing on a Glass

Week 12, Day 2:
 B65 Many-Body Collisions
 B66 Ballistic Pendulum

Week 12, Day 3:
  

Week 13, Day 1:
 B78 Center of Mass Trajectory
 B80 Push-Me/Pull-You
 B84 Double Cone and Plane

Week 13, Day 2:
 B105 Object Spinning on a Variable-Length String
 B114 Ice Skater's Twirl

Week 13, Day 3:
 B35 Balance Beam
 B115 Moment of Inertia Wheel

Week 14, Day 1:
  

Week 14, Day 2:
 B133 Bicycle Wheel & Rotating Stool
 B134 Train on a Horizontal Wheel

Week 14, Day 3:
  

Week 15, Day 1:
 B115 Moment of Inertia Wheel
 ?? hula hoop

Week 15, Day 2:
 A22 Hinged Stick and Falling Ball
 B107 Flywheel Yo-Yo

Week 15, Day 3:
 B113 Rolling Cylinders
 C8 Rigid Pendulum
 C9 Different Shaped Pendulums with the Same Frequency

Week 16, Day 1:
 B113 Rolling Cylinders
 C8 Rigid Pendulum
 C9 Different Shaped Pendulums with the Same Frequency

Week 16, Day 2:
 B107 Flywheel Yo-Yo
 B113 Rolling Cylinders
 ?? hula hoop
 C24 Horizontal Baseball Bat

Week 16, Day 3:
 B26 Leaning Plank
 B28 Kinetic Energy and Friction Force

Week 17, Day 1:
 B26 Leaning Plank
 B36 Static Equilibrium

Week 17, Day 2:
  

Week 17, Day 3:
 C13 Multiple Potential Well
 PR11 Crushing a Can with Cooling Steam
 PR12 Temperature and Pressure of Gasses

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01X Fall 1999 - Dourmashkin


Week 1, Day 1:
  

Week 1, Day 2:
 A4 Measuring the Speed of Light
 Z19 Powers of Ten (Eames)
 PR10 Crushing a Can with a Vacuum
 A1 Standard Meter
 A3 Various Unit Masses and Weights

Week 1, Day 3:
 B40 Wooden Block Between Two Strings
 HT7 Specific Heat
 B13 Spring Constant
 B38 Torque on a Steel Bar
 B6 Two Balloons in a Box

Week 2, Day 1:
 A11 Ball Bearing Dropped in a Viscous Fluid
 PR8 Torricelli's Law
 PR7 Bernoulli's Principle

Week 2, Day 2:
 A16 Pulling an Air Cart with a Spring
 A18 Strobe a Falling Ball

Week 2, Day 3:
 A8 Feather and Coin in a Vacuum
 A21 Air Cart with a Pulley and Weight

Week 3, Day 1:
  

Week 3, Day 2:
 A9 Range of a Projectile

Week 3, Day 3:
 B34 Vector Resolution of Forces
 A21 Air Cart with a Pulley and Weight
 A8 Feather and Coin in a Vacuum

Week 4, Day 1:
 B13 Spring Constant

Week 4, Day 2:
 B40 Wooden Block Between Two Strings
 B23 Inclined Plane
 B24 Block with Pulley and Weight on an Incline

Week 4, Day 3:
  

Week 5, Day 1:
 B3 Low Friction Atwood Machine

Week 5, Day 2:
 A12 Speed of a Bullet with Rotating Disks

Week 5, Day 3:
 B102 Centrifugal vs. Centripetal Motion
 B104 Orbiting Bucket

Week 6, Day 1:
  

Week 6, Day 2:
 B26 Leaning Plank
 B36 Static Equilibrium

Week 6, Day 3:
  

Week 7, Day 1:
 B28 Kinetic Energy and Friction Force

Week 7, Day 2:
 B92 Spring Potential to Kinetic Energy
 B95 Loop-The-Loop
 B91 Gravitational Potential to Kinetic Energy - Strobe Light

Week 7, Day 3:
  

Week 8, Day 1:
 HT7 Specific Heat

Week 8, Day 2:
 B95 Loop-The-Loop
 C2 Mass on a Spring

Week 8, Day 3:
 B96 Interrupted Swing
 B97 Potential Energy to Kinetic Energy - Pendulum and Ball

Week 9, Day 1:
 B76 Center of Mass of an Arbitrary Object
 B57 Elastic Collisions
 B78 Center of Mass Trajectory

Week 9, Day 2:
 B80 Push-Me/Pull-You
 B51 Repelling Air Carts
 B66 Ballistic Pendulum

Week 9, Day 3:
 B57 Elastic Collisions
 B58 Inelastic Collisions

Week 10, Day 1:
 B63 Force Due to a Stream of Balls

Week 10, Day 2:
 PR1 Archimedes' Principle
 PR3 Increasing the Density of Water
 PR5 Pascal's Law

Week 10, Day 3:
 PR6 Venturi Tube
 PR7 Bernoulli's Principle
 PR8 Torricelli's Law

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
 Z42 Tacoma Narrows Bridge Collapse
 B133 Bicycle Wheel & Rotating Stool
 B137 Bicyclewheel Gyroscope
 B141 Gyroscope in a Suitcase

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01X Fall 1997 - King/Dourmashkin


Week 1, Day 1:
  

Week 1, Day 2:
 A4 Measuring the Speed of Light
 PR4 Two Density Liquids

Week 1, Day 3:
 PR9 Siphon
 HT2 Heat Gun
 PR10 Crushing a Can with a Vacuum

Week 2, Day 1:
 A21 Air Cart with a Pulley and Weight

Week 2, Day 2:
 A11 Ball Bearing Dropped in a Viscous Fluid

Week 2, Day 3:
 A8 Feather and Coin in a Vacuum
 A18 Strobe a Falling Ball

Week 3, Day 1:
 A9 Range of a Projectile

Week 3, Day 2:
  

Week 3, Day 3:
 A6 Apple and Gun

Week 4, Day 1:
  

Week 4, Day 2:
 ?? oscilloscope

Week 4, Day 3:
  

Week 5, Day 1:
 A21 Air Cart with a Pulley and Weight
 B25 Pulling Block with Newton Scale

Week 5, Day 2:
 B13 Spring Constant
 B23 Inclined Plane
 B24 Block with Pulley and Weight on an Incline
 B34 Vector Resolution of Forces

Week 5, Day 3:
 B14 Tension in Springs
 B17 Spring Paradox
 B23 Inclined Plane
 B40 Wooden Block Between Two Strings

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
 A12 Speed of a Bullet with Rotating Disks
 B102 Centrifugal vs. Centripetal Motion
 B104 Orbiting Bucket

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
 B28 Kinetic Energy and Friction Force
 B91 Gravitational Potential to Kinetic Energy - Strobe Light

Week 8, Day 2:
  

Week 8, Day 3:
 B92 Spring Potential to Kinetic Energy
 B95 Loop-The-Loop

Week 9, Day 1:
 B95 Loop-The-Loop

Week 9, Day 2:
 B76 Center of Mass of an Arbitrary Object
 B78 Center of Mass Trajectory
 ?? high speed video

Week 9, Day 3:
 B51 Repelling Air Carts
 B80 Push-Me/Pull-You

Week 10, Day 1:
 B57 Elastic Collisions
 B58 Inelastic Collisions
 B66 Ballistic Pendulum

Week 10, Day 2:
 B78 Center of Mass Trajectory

Week 10, Day 3:
 ?? high speed video

Week 11, Day 1:
  

Week 11, Day 2:
 A11 Ball Bearing Dropped in a Viscous Fluid
 B63 Force Due to a Stream of Balls

Week 11, Day 3:
 B115 Moment of Inertia Wheel

Week 12, Day 1:
 B113 Rolling Cylinders
 B115 Moment of Inertia Wheel

Week 12, Day 2:
 B26 Leaning Plank

Week 12, Day 3:
  

Week 13, Day 1:
 B107 Flywheel Yo-Yo
 B133 Bicycle Wheel & Rotating Stool

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
 PR2 Cartesian Diver
 PR3 Increasing the Density of Water
 PR4 Two Density Liquids
 PR10 Crushing a Can with a Vacuum
 PR5 Pascal's Law

Week 14, Day 2:
 B141 Gyroscope in a Suitcase
 C2 Mass on a Spring

Week 14, Day 3:
 C4 Spray Paint Oscillator
 C5 Simple Pendulum

Week 15, Day 1:
 B5 Cavendish Experiment

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01X Fall 1996 - Bradt/Dourmashkin


Week 1, Day 1:
  

Week 1, Day 2:
 A1 Standard Meter
 A3 Various Unit Masses and Weights
 A4 Measuring the Speed of Light

Week 1, Day 3:
  

Week 2, Day 1:
 B155 Molecular Layers and the Size of Molecules

Week 2, Day 2:
 A11 Ball Bearing Dropped in a Viscous Fluid
 A21 Air Cart with a Pulley and Weight
 Z19 Powers of Ten (Eames)

Week 2, Day 3:
 A8 Feather and Coin in a Vacuum
 A18 Strobe a Falling Ball

Week 3, Day 1:
  

Week 3, Day 2:
 A6 Apple and Gun
 A9 Range of a Projectile

Week 3, Day 3:
  

Week 4, Day 1:
  

Week 4, Day 2:
 B34 Vector Resolution of Forces

Week 4, Day 3:
 A20 Inclined 5-m Air Track w/ Strobe

Week 5, Day 1:
  

Week 5, Day 2:
 B13 Spring Constant
 B14 Tension in Springs
 B17 Spring Paradox
 B40 Wooden Block Between Two Strings

Week 5, Day 3:
 ?? strobe a disk

Week 6, Day 1:
 B102 Centrifugal vs. Centripetal Motion
 B104 Orbiting Bucket

Week 6, Day 2:
 A12 Speed of a Bullet with Rotating Disks

Week 6, Day 3:
  

Week 7, Day 1:
  

Week 7, Day 2:
 B28 Kinetic Energy and Friction Force

Week 7, Day 3:
 B91 Gravitational Potential to Kinetic Energy - Strobe Light

Week 8, Day 1:
  

Week 8, Day 2:
 B92 Spring Potential to Kinetic Energy

Week 8, Day 3:
 B95 Loop-The-Loop

Week 9, Day 1:
 B76 Center of Mass of an Arbitrary Object
 B61 Impulse of Bouncing Ball

Week 9, Day 2:
 B51 Repelling Air Carts
 B79 No-Win Tug of War
 B80 Push-Me/Pull-You

Week 9, Day 3:
  

Week 10, Day 1:
 B66 Ballistic Pendulum

Week 10, Day 2:
 B57 Elastic Collisions
 B58 Inelastic Collisions
 B63 Force Due to a Stream of Balls

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
 B115 Moment of Inertia Wheel

Week 11, Day 3:
 B113 Rolling Cylinders
 B115 Moment of Inertia Wheel

Week 12, Day 1:
 B107 Flywheel Yo-Yo
 B113 Rolling Cylinders
 B115 Moment of Inertia Wheel

Week 12, Day 2:
 B26 Leaning Plank
 C2 Mass on a Spring
 C4 Spray Paint Oscillator
 Z42 Tacoma Narrows Bridge Collapse

Week 12, Day 3:
 B133 Bicycle Wheel & Rotating Stool

Week 13, Day 1:
  

Week 13, Day 2:
 B114 Ice Skater's Twirl

Week 13, Day 3:
  

Week 14, Day 1:
 B37 Balancing Act
 B141 Gyroscope in a Suitcase

Week 14, Day 2:
 C2 Mass on a Spring
 C4 Spray Paint Oscillator

Week 14, Day 3:
  

Week 15, Day 1:
 ?? Expanding Universe Film

Week 15, Day 2:
 ?? Expanding Universe Film
 ?? Saturn Rings Film

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01X Fall 1995 - King/Dourmashkin


Week 1, Day 1:
  

Week 1, Day 2:
 A1 Standard Meter
 A2 Measuring the Length of a Student
 A3 Various Unit Masses and Weights
 A4 Measuring the Speed of Light

Week 1, Day 3:
  

Week 2, Day 1:
 Z19 Powers of Ten (Eames)

Week 2, Day 2:
 A8 Feather and Coin in a Vacuum
 A18 Strobe a Falling Ball

Week 2, Day 3:
  

Week 3, Day 1:
 A9 Range of a Projectile
 A12 Speed of a Bullet with Rotating Disks

Week 3, Day 2:
  

Week 3, Day 3:
  

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
 C22 Wilberforce Pendulum
 G2 Magnetic Field Lines of a Bar Magnet

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
 B104 Orbiting Bucket
 B35 Balance Beam

Week 6, Day 3:
  

Week 7, Day 1:
 B90 Gravitational Potential to Kinetic Energy
 ?? crush can with ball

Week 7, Day 2:
 B95 Loop-The-Loop

Week 7, Day 3:
  

Week 8, Day 1:
  

Week 8, Day 2:
 C10 Two Pendulum with Different Amplitudes

Week 8, Day 3:
  

Week 9, Day 1:
  

Week 9, Day 2:
 B78 Center of Mass Trajectory
 B80 Push-Me/Pull-You

Week 9, Day 3:
  

Week 10, Day 1:
 B57 Elastic Collisions
 B60 Bouncing Ball Bearing on a Glass

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
 B66 Ballistic Pendulum

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
 B133 Bicycle Wheel & Rotating Stool

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
 C4 Spray Paint Oscillator

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01X Fall 1994 - Milner


Week 1, Day 1:
  

Week 1, Day 2:
 Z19 Powers of Ten (Eames)

Week 1, Day 3:
 A1 Standard Meter
 A3 Various Unit Masses and Weights

Week 2, Day 1:
  

Week 2, Day 2:
 C5 Simple Pendulum
 Z19 Powers of Ten (Eames)

Week 2, Day 3:
 B90 Gravitational Potential to Kinetic Energy

Week 3, Day 1:
  

Week 3, Day 2:
 E6 Exploding Wire

Week 3, Day 3:
 E9 10 Second RC Time Constant

Week 4, Day 1:
  

Week 4, Day 2:
 A16 Pulling an Air Cart with a Spring

Week 4, Day 3:
 A6 Apple and Gun

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
 B109 Apple on a String

Week 7, Day 1:
 B4 Levitating Cart

Week 7, Day 2:
 B23 Inclined Plane

Week 7, Day 3:
  

Week 8, Day 1:
 B57 Elastic Collisions
 B58 Inelastic Collisions

Week 8, Day 2:
 B66 Ballistic Pendulum

Week 8, Day 3:
 B78 Center of Mass Trajectory

Week 9, Day 1:
 ?? frames of reference film

Week 9, Day 2:
  

Week 9, Day 3:
  

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
 C2 Mass on a Spring
 C5 Simple Pendulum

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
 B114 Ice Skater's Twirl

Week 14, Day 2:
 B114 Ice Skater's Twirl
 B133 Bicycle Wheel & Rotating Stool
 B140 Gimbaled Gyroscope

Week 14, Day 3:
 B133 Bicycle Wheel & Rotating Stool
 B141 Gyroscope in a Suitcase

Week 15, Day 1:
 B133 Bicycle Wheel & Rotating Stool
 B140 Gimbaled Gyroscope

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01X Fall 1993 - Milner


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
 Z19 Powers of Ten (Eames)

Week 2, Day 1:
 A3 Various Unit Masses and Weights

Week 2, Day 2:
  

Week 2, Day 3:
  

Week 3, Day 1:
 B90 Gravitational Potential to Kinetic Energy

Week 3, Day 2:
 E6 Exploding Wire

Week 3, Day 3:
 E9 10 Second RC Time Constant

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
 A16 Pulling an Air Cart with a Spring

Week 5, Day 2:
 A6 Apple and Gun

Week 5, Day 3:
 B23 Inclined Plane
 B104 Orbiting Bucket

Week 6, Day 1:
  

Week 6, Day 2:
 B4 Levitating Cart

Week 6, Day 3:
 A17 Falling Apple

Week 7, Day 1:
 A6 Apple and Gun
 B104 Orbiting Bucket

Week 7, Day 2:
 B57 Elastic Collisions
 B58 Inelastic Collisions

Week 7, Day 3:
  

Week 8, Day 1:
  

Week 8, Day 2:
 B66 Ballistic Pendulum

Week 8, Day 3:
 B76 Center of Mass of an Arbitrary Object
 ?? frames of reference film

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 9, Day 3:
  

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
 C2 Mass on a Spring
 C5 Simple Pendulum

Week 12, Day 3:
  

Week 13, Day 1:
 B114 Ice Skater's Twirl

Week 13, Day 2:
 B114 Ice Skater's Twirl
 B133 Bicycle Wheel & Rotating Stool
 B140 Gimbaled Gyroscope

Week 13, Day 3:
 B114 Ice Skater's Twirl
 B133 Bicycle Wheel & Rotating Stool
 B140 Gimbaled Gyroscope
 B141 Gyroscope in a Suitcase

Week 14, Day 1:
 B140 Gimbaled Gyroscope

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01X Fall 1992 - French/Milner


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
 Z19 Powers of Ten (Eames)

Week 2, Day 1:
 A3 Various Unit Masses and Weights

Week 2, Day 2:
  

Week 2, Day 3:
 C5 Simple Pendulum
 B56 Happy/Sad Balls

Week 3, Day 1:
 B90 Gravitational Potential to Kinetic Energy

Week 3, Day 2:
 E6 Exploding Wire

Week 3, Day 3:
 E9 10 Second RC Time Constant

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
  

Week 7, Day 2:
 B102 Centrifugal vs. Centripetal Motion
 B104 Orbiting Bucket

Week 7, Day 3:
  

Week 8, Day 1:
  

Week 8, Day 2:
 B25 Pulling Block with Newton Scale

Week 8, Day 3:
 B4 Levitating Cart

Week 9, Day 1:
 B23 Inclined Plane
 B104 Orbiting Bucket

Week 9, Day 2:
 B57 Elastic Collisions
 B58 Inelastic Collisions

Week 9, Day 3:
 B66 Ballistic Pendulum

Week 10, Day 1:
 B78 Center of Mass Trajectory

Week 10, Day 2:
  

Week 10, Day 3:
 ?? frames of reference film

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
 C2 Mass on a Spring
 C5 Simple Pendulum

Week 12, Day 3:
  

Week 13, Day 1:
 C2 Mass on a Spring
 C5 Simple Pendulum

Week 13, Day 2:
 B114 Ice Skater's Twirl

Week 13, Day 3:
 B114 Ice Skater's Twirl
 B133 Bicycle Wheel & Rotating Stool
 B140 Gimbaled Gyroscope

Week 14, Day 1:
 B114 Ice Skater's Twirl
 B133 Bicycle Wheel & Rotating Stool
 B140 Gimbaled Gyroscope
 B141 Gyroscope in a Suitcase

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01X Fall 1991 - King/French


Week 1, Day 1:
  

Week 1, Day 2:
 Z19 Powers of Ten (Eames)

Week 1, Day 3:
  

Week 2, Day 1:
  

Week 2, Day 2:
  

Week 2, Day 3:
 ?? oscilloscope

Week 3, Day 1:
 C2 Mass on a Spring
 C5 Simple Pendulum
 ?? million to one

Week 3, Day 2:
  

Week 3, Day 3:
  

Week 4, Day 1:
 E6 Exploding Wire

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
 B25 Pulling Block with Newton Scale

Week 8, Day 1:
 B23 Inclined Plane
 B104 Orbiting Bucket

Week 8, Day 2:
  

Week 8, Day 3:
  

Week 9, Day 1:
 B51 Repelling Air Carts
 B57 Elastic Collisions
 B58 Inelastic Collisions
 B64 Colliding Balls - Hanging

Week 9, Day 2:
 B80 Push-Me/Pull-You

Week 9, Day 3:
  

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 10, Day 3:
 B96 Interrupted Swing
 C8 Rigid Pendulum

Week 11, Day 1:
  

Week 11, Day 2:
 C2 Mass on a Spring
 C10 Two Pendulum with Different Amplitudes

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
 B137 Bicyclewheel Gyroscope

Week 13, Day 2:
 B115 Moment of Inertia Wheel

Week 13, Day 3:
 B114 Ice Skater's Twirl
 B133 Bicycle Wheel & Rotating Stool
 B134 Train on a Horizontal Wheel

Week 14, Day 1:
 B113 Rolling Cylinders
 B137 Bicyclewheel Gyroscope

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01X Fall 1990 - King/French


Week 1, Day 1:
  

Week 1, Day 2:
 Z19 Powers of Ten (Eames)

Week 1, Day 3:
  

Week 2, Day 1:
  

Week 2, Day 2:
  

Week 2, Day 3:
  

Week 3, Day 1:
  

Week 3, Day 2:
 C6 Giant Pendulum

Week 3, Day 3:
  

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 8, Day 3:
  

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 9, Day 3:
  

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
 B78 Center of Mass Trajectory
 B80 Push-Me/Pull-You

Week 12, Day 2:
 B95 Loop-The-Loop
 C2 Mass on a Spring

Week 12, Day 3:
  

Week 13, Day 1:
 C10 Two Pendulum with Different Amplitudes

Week 13, Day 2:
 B114 Ice Skater's Twirl
 B133 Bicycle Wheel & Rotating Stool

Week 13, Day 3:
 B82 Rim-Weighted Cylinder on Incline
 B113 Rolling Cylinders

Week 14, Day 1:
 B113 Rolling Cylinders
 B114 Ice Skater's Twirl
 B133 Bicycle Wheel & Rotating Stool

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01X Fall 1989 - King/French


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
 ?? paraffin and light bulb

Week 2, Day 1:
 ?? carbon arc

Week 2, Day 2:
  

Week 2, Day 3:
  

Week 3, Day 1:
  

Week 3, Day 2:
 C1 Air Cart Between Springs

Week 3, Day 3:
  

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
 E9 10 Second RC Time Constant

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
 C27 Bell Lab Wave Machine
 C36 Vibrating String - Motor-Driven

Week 8, Day 2:
  

Week 8, Day 3:
 C51 Interference of Sound Waves

Week 9, Day 1:
 Q5 Pinhole Diffraction with a Laser
 Q6 Resolution of Two Point Sources

Week 9, Day 2:
  

Week 9, Day 3:
  

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
 C1 Air Cart Between Springs

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
 C2 Mass on a Spring

Week 13, Day 3:
 C8 Rigid Pendulum
 C10 Two Pendulum with Different Amplitudes

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.013 Fall 1975 - Cosman/Kanzig


Week 1, Day 1:
  

Week 1, Day 2:
 C1 Air Cart Between Springs
 PR1 Archimedes' Principle

Week 1, Day 3:
 A21 Air Cart with a Pulley and Weight
 ?? helium balloons pulling cart

Week 2, Day 1:
 B4 Levitating Cart
 ?? million to one

Week 2, Day 2:
 C9 Different Shaped Pendulums with the Same Frequency

Week 2, Day 3:
  

Week 3, Day 1:
 ?? deflecting meter stick

Week 3, Day 2:
  

Week 3, Day 3:
  

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
  

Week 5, Day 2:
 ?? polyhedra
 B23 Inclined Plane
 PR1 Archimedes' Principle

Week 5, Day 3:
 PR2 Cartesian Diver

Week 6, Day 1:
 A11 Ball Bearing Dropped in a Viscous Fluid

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
 A16 Pulling an Air Cart with a Spring
 C1 Air Cart Between Springs
 H14 Aluminum Plate between Pole Faces of a Magnet
 ?? carts with magnets

Week 7, Day 2:
 B51 Repelling Air Carts
 ?? B51 with pendula

Week 7, Day 3:
 B57 Elastic Collisions
 B58 Inelastic Collisions

Week 8, Day 1:
  

Week 8, Day 2:
 B106 Air Puck Spinning on a Variable-Length String
 B133 Bicycle Wheel & Rotating Stool
 B114 Ice Skater's Twirl
 B134 Train on a Horizontal Wheel

Week 8, Day 3:
 B113 Rolling Cylinders
 A5 Air Table and Pucks

Week 9, Day 1:
 B133 Bicycle Wheel & Rotating Stool
 B114 Ice Skater's Twirl
 A5 Air Table and Pucks

Week 9, Day 2:
 B113 Rolling Cylinders

Week 9, Day 3:
 B143 Gyroscope with a Movable Torque Weight
 C1 Air Cart Between Springs
 C2 Mass on a Spring
 C3 Circular and Simple Harmonic Motion

Week 10, Day 1:
 C17 Simple Harmonic Motion with Damping
 C59 Driven Mechanical Oscillator
 H13 Copper Pendulum between Poles of Magnet

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.02 Fall 2007 - various


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
  

Week 2, Day 1:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D7 Confetti and Van de Graaff Generator
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator
 D22 Dipole in a Van de Graff Generator Field

Week 2, Day 2:
 D16 Electric Field Lines

Week 2, Day 3:
  

Week 3, Day 1:
 Y110 Equipotential Lines and Electric Fields

Week 3, Day 2:
 Y110 Equipotential Lines and Electric Fields

Week 3, Day 3:
 D35 Kelvin Water Drop Generator

Week 4, Day 1:
  

Week 4, Day 2:
 E6 Exploding Wire
 E4 Potential Difference between Capacitor Plates
 E2 Dissectible Capacitor
 E5 Dielectrics Between Capacitor Plates

Week 4, Day 3:
  

Week 5, Day 1:
 F4 Temperature Effect on Resistance
 F1 Conducting Glass
 F5 Conductivity of Ionized Water

Week 5, Day 2:
 E2 Dissectible Capacitor
 D32 Faraday's Cage
 Y120 Faraday Ice Pail

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
 G2 Magnetic Field Lines of a Bar Magnet
 G12 Single Wire
 X1 Vector Arrows

Week 7, Day 2:
 G18 B Field of a Long Solenoid
 Y130 Magnetic Fields of a Bar Magnet and Helmholtz Coil

Week 7, Day 3:
  

Week 8, Day 1:
 G7 Superconductor
 Y140 Forces and Torques on Magnetic Dipoles

Week 8, Day 2:
  

Week 8, Day 3:
  

Week 9, Day 1:
 H22 Jumping Ring
 H3 Fixed Coil with a Moving Permanent Magnet
 H13 Copper Pendulum between Poles of Magnet
 H28 Levitating Magnet
 H32 Electric Guitar

Week 9, Day 2:
 Y150 Faraday's Law
 H12 Marconi Coil
 H31 Two Small Coils and Radio

Week 9, Day 3:
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder

Week 10, Day 1:
 H17 Back "emf" in a Large Inductor
 H31 Two Small Coils and Radio

Week 10, Day 2:
 Y180 RC and RL Circuits
 E8 RC Time Constant Displayed on a Oscilloscope
 E10 RC Time COnstant Displayed with a Light Bulb
 H21 LR Time Constant

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
 Y190 Undriven RLC Circuits
 C59 Driven Mechanical Oscillator

Week 12, Day 2:
 Y200 Driven RLC Circuits
 L6 Resonant LC Circuit with a Light Bulb

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
 Y210 Microwaves
 K4 Polarization of Radio Waves - Dipole Antenna
 K3 Polarization of Microwaves

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
 P4 Interference of Microwaves
 P8 Reflection off a Soap Film
 Y160 Interference and Diffraction

Week 15, Day 2:
 Y160 Interference and Diffraction
 N4 Scattering of Light

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.02 Spring 2004 - ?


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D7 Confetti and Van de Graaff Generator
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator
 D14 Demonstration of the Wimshurst Machine
 D22 Dipole in a Van de Graff Generator Field

Week 2, Day 1:
 D22 Dipole in a Van de Graff Generator Field

Week 2, Day 2:
 ?? EM2

Week 2, Day 3:
  

Week 3, Day 1:
  

Week 3, Day 2:
 ?? EM4
 E6 Exploding Wire
 E4 Potential Difference between Capacitor Plates
 E2 Dissectible Capacitor

Week 3, Day 3:
  

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
 ?? EM6
 E8 RC Time Constant Displayed on a Oscilloscope
 E10 RC Time COnstant Displayed with a Light Bulb

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
 ?? Missing weeks

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 8, Day 3:
  

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 9, Day 3:
  

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
 ?? EM14
 ?? EM15
 C59 Driven Mechanical Oscillator

Week 11, Day 2:
 ?? EM11
 C59 Driven Mechanical Oscillator
 C3 Circular and Simple Harmonic Motion
 L6 Resonant LC Circuit with a Light Bulb

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
 ?? E20
 K4 Polarization of Radio Waves - Dipole Antenna
 K3 Polarization of Microwaves

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
 K10 Microwave Oven

Week 14, Day 2:
 P4 Interference of Microwaves
 P8 Reflection off a Soap Film
 ?? EM21

Week 14, Day 3:
  

Week 15, Day 1:
 ?? EM21
 P4 Interference of Microwaves

Week 15, Day 2:
 N4 Scattering of Light

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.02 Spring 2003 - ?


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
  

Week 2, Day 1:
 ?? EM8
 ?? EM9

Week 2, Day 2:
 D1 Rod With Tinsel
 D22 Dipole in a Van de Graff Generator Field
 D18 Conducting Ping-Pong Ball between Capacitor Plates
 ?? sticky tape experiment

Week 2, Day 3:
  

Week 3, Day 1:
 D29 Breakdown of Air - Lightning and Corona Discharge

Week 3, Day 2:
 ?? EM4
 D29 Breakdown of Air - Lightning and Corona Discharge

Week 3, Day 3:
  

Week 4, Day 1:
 ?? EM1
 E2 Dissectible Capacitor
 E5 Dielectrics Between Capacitor Plates

Week 4, Day 2:
 ?? EM6
 F5 Conductivity of Ionized Water
 F1 Conducting Glass
 E2 Dissectible Capacitor
 E5 Dielectrics Between Capacitor Plates

Week 4, Day 3:
  

Week 5, Day 1:
 ?? EM7ohm
 F4 Temperature Effect on Resistance

Week 5, Day 2:
 ?? EM7 E6

Week 5, Day 3:
  

Week 6, Day 1:
 ?? EM8

Week 6, Day 2:
 ?? EM9
 G9 Series or Parallel Current-Carrying Wires
 G15 Single Horizontal Wire and Compass Needle

Week 6, Day 3:
 ?? EM10
 G18 B Field of a Long Solenoid

Week 7, Day 1:
 ?? EM11

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 8, Day 3:
  

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 9, Day 3:
  

Week 10, Day 1:
  

Week 10, Day 2:
 ?? EM12
 H3 Fixed Coil with a Moving Permanent Magnet
 H4 Coil with a Light Bulb Between a Magnet
 H22 Jumping Ring
 J3 Barkhausen Effect
 H31 Two Small Coils and Radio

Week 10, Day 3:
  

Week 11, Day 1:
 ?? EM14
 H13 Copper Pendulum between Poles of Magnet

Week 11, Day 2:
 ?? EM3
 ?? EM15
 H12 Marconi Coil
 H15 Levitating Coil on an Aluminum Plate
 H28 Levitating Magnet
 H22 Jumping Ring

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
 ?? EM16
 C2 Mass on a Spring

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
 ?? EM20

Week 14, Day 2:
 K3 Polarization of Microwaves
 P4 Interference of Microwaves
 K11 Microwave Standing Waves

Week 14, Day 3:
  

Week 15, Day 1:
 ?? EM21
 Q7 Transmission Grating with a Laser
 Q8 Two-Dimensional Grating with a Laser

Week 15, Day 2:
 N4 Scattering of Light

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.02 Fall 2003 - ?


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon

Week 2, Day 1:
 D22 Dipole in a Van de Graff Generator Field
 D18 Conducting Ping-Pong Ball between Capacitor Plates
 Y120 Faraday Ice Pail

Week 2, Day 2:
 D29 Breakdown of Air - Lightning and Corona Discharge
 D35 Kelvin Water Drop Generator
 ?? EM2

Week 2, Day 3:
  

Week 3, Day 1:
 D35 Kelvin Water Drop Generator
 ?? EM3 sig gen lab

Week 3, Day 2:
  

Week 3, Day 3:
  

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
 F4 Temperature Effect on Resistance
 F1 Conducting Glass
 F5 Conductivity of Ionized Water
 F8 Electroplating
 ?? EM6 - simple circuit lab

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
 E8 RC Time Constant Displayed on a Oscilloscope
 E10 RC Time COnstant Displayed with a Light Bulb
 ?? EM7 - RC circuits lab

Week 6, Day 2:
 G2 Magnetic Field Lines of a Bar Magnet
 G6 Magnetic Deflection of a TV Image
 G8 Wire in a Magnetic Field - Jumping Wire
 ?? EM8 - bar magnet lab
 ?? EM9 - earth's field

Week 6, Day 3:
  

Week 7, Day 1:
 ?? EM9
 G8 Wire in a Magnetic Field - Jumping Wire
 G12 Single Wire
 G9 Series or Parallel Current-Carrying Wires

Week 7, Day 2:
 Y130 Magnetic Fields of a Bar Magnet and Helmholtz Coil
 G10 Galvanometer Principle

Week 7, Day 3:
  

Week 8, Day 1:
 G18 B Field of a Long Solenoid

Week 8, Day 2:
 ?? EM11 - magnetic forces lab
 H3 Fixed Coil with a Moving Permanent Magnet
 H22 Jumping Ring
 H32 Electric Guitar

Week 8, Day 3:
  

Week 9, Day 1:
 Y150 Faraday's Law
 H13 Copper Pendulum between Poles of Magnet
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder
 G7 Superconductor
 H31 Two Small Coils and Radio
 H28 Levitating Magnet

Week 9, Day 2:
  

Week 9, Day 3:
  

Week 10, Day 1:
 ?? EM14 - LR circuits lab
 H17 Back "emf" in a Large Inductor
 H12 Marconi Coil
 H31 Two Small Coils and Radio

Week 10, Day 2:
 ?? EM15 - LC circuits
 C59 Driven Mechanical Oscillator

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
 Y200 Driven RLC Circuits
 C59 Driven Mechanical Oscillator
 L6 Resonant LC Circuit with a Light Bulb
 C3 Circular and Simple Harmonic Motion

Week 11, Day 3:
  

Week 12, Day 1:
 K10 Microwave Oven
 K4 Polarization of Radio Waves - Dipole Antenna

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.02 Spring 2002 - Lewin


Week 1, Day 1:
  

Week 1, Day 2:
 D2 Amber and Glass Rods with HE Filled Balloon
 D11 Electrically Charged Student
 D7 Confetti and Van de Graaff Generator
 D8 Charged Person Using Van De Graaff Generator

Week 1, Day 3:
 D15 Two Identical Spheres Charged by Induction
 D22 Dipole in a Van de Graff Generator Field
 D16 Electric Field Lines
 D17 Bouncing a Conducting Balloon with a Van De Graaff Generator

Week 2, Day 1:
 D21 Field of a Sphere and an Infinite Plane
 D26 Electric Field Inside a Hollow Conductor Induction method
 D18 Conducting Ping-Pong Ball between Capacitor Plates

Week 2, Day 2:
 D24 Fluorescent and Neon Tubes in Van De Graaff Field

Week 2, Day 3:
 D27 Electric Field Inside a Hollow Conductor Contact method
 D25 Bucket in a Van de Graaff Generator Field
 D32 Faraday's Cage

Week 3, Day 1:
 D28 Surface Distribution of Charge
 D29 Breakdown of Air - Lightning and Corona Discharge
 D31 Electrostatic Pinwheel
 D36 Napoleon's Methane Gun

Week 3, Day 2:
 E4 Potential Difference between Capacitor Plates
 E7 Discharging a Capacitor Bank Through a Light Bulb
 E6 Exploding Wire

Week 3, Day 3:
 E5 Dielectrics Between Capacitor Plates
 E2 Dissectible Capacitor
 D34 Principle of a Van de Graaff Generator

Week 4, Day 1:
 F17 V-I Relationship with a Resistor and Light Bulb
 F15 Current-Time Relationship w/ DC Voltage and a Light Bulb
 D30 Discharge of Conductor by Surrounding Ions
 F5 Conductivity of Ionized Water
 D6 Static Charge from Rug

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
 G16 Magnetic Field of an 8 Turn Solenoid
 G18 B Field of a Long Solenoid
 D35 Kelvin Water Drop Generator
 ?? flux surface

Week 6, Day 3:
 H3 Fixed Coil with a Moving Permanent Magnet
 H8 Wire Loop Around a Solenoid
 H30 Non-Conservative Fields

Week 7, Day 1:
 H6 Earth's Field Coil
 H7 Hand Crank Generator
 H13 Copper Pendulum between Poles of Magnet
 H5 Ring Falling in a Magnetic Field
 H4 Coil with a Light Bulb Between a Magnet

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 8, Day 3:
  

Week 9, Day 1:
 H20 Growth of Current in an Inductor
 H24 LR Radio Filter
 H17 Back "emf" in a Large Inductor

Week 9, Day 2:
 J6 Diamagnetic Materials
 J7 Magnetizing and Demagnetizing an Iron Rod
 J1 Simulation of Magnetic Domains
 J3 Barkhausen Effect
 J10 Curie Point of Iron
 J4 Paramagnetism of Liquid Oxygen

Week 9, Day 3:
 J11 Hysteresis Curve of an Iron Core Transformer
 J7 Magnetizing and Demagnetizing an Iron Rod
 J2 Electromagnet and Weights
 G3 Magnet and a Nail on a String

Week 10, Day 1:
 H20 Growth of Current in an Inductor
 V7 Circular Orbit E/M

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
 N5 Rainbow

Week 13, Day 3:
 C36 Vibrating String - Motor-Driven

Week 14, Day 1:
  

Week 14, Day 2:
 P1 Ripple Tank
 P3 Interference of Sound Waves
 P10 Double Slit Laser Interference
 P4 Interference of Microwaves

Week 14, Day 3:
 Q7 Transmission Grating with a Laser
 Q12 Band Emission Spectra
 Q10 Reflection Grating with White Light and Laser
 R4 Spectrum Chart
 Q2 Single-Slit Diffraction with a Laser
 Q6 Resolution of Two Point Sources

Week 15, Day 1:
 C56 Doppler Shift using a Tuning Fork
 C57 Doppler Shift using a Corrugated Plastic Tube

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.02 Spring 2000 - Bradt


Week 1, Day 1:
  

Week 1, Day 2:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D4 Demonstration of an Electroscope
 D12 Demonstration of Induction using Electroscope
 D9 Coulomb's Law Using Charged Pith Balls
 D11 Electrically Charged Student

Week 1, Day 3:
 D16 Electric Field Lines
 D7 Confetti and Van de Graaff Generator
 D22 Dipole in a Van de Graff Generator Field
 D20 Conducting Ping-Pong Ball Between Two Spheres
 D11 Electrically Charged Student

Week 2, Day 1:
 D12 Demonstration of Induction using Electroscope
 D13 Demonstration of the Electrophorus
 D26 Electric Field Inside a Hollow Conductor Induction method
 D27 Electric Field Inside a Hollow Conductor Contact method
 ?? gauss law poster

Week 2, Day 2:
 D26 Electric Field Inside a Hollow Conductor Induction method
 D27 Electric Field Inside a Hollow Conductor Contact method
 D35 Kelvin Water Drop Generator

Week 2, Day 3:
 D34 Principle of a Van de Graaff Generator
 D29 Breakdown of Air - Lightning and Corona Discharge
 D24 Fluorescent and Neon Tubes in Van De Graaff Field
 ?? external agent

Week 3, Day 1:
 D28 Surface Distribution of Charge
 D29 Breakdown of Air - Lightning and Corona Discharge
 D32 Faraday's Cage

Week 3, Day 2:
  

Week 3, Day 3:
  

Week 4, Day 1:
 D14 Demonstration of the Wimshurst Machine
 D18 Conducting Ping-Pong Ball between Capacitor Plates
 E4 Potential Difference between Capacitor Plates
 E7 Discharging a Capacitor Bank Through a Light Bulb
 E6 Exploding Wire

Week 4, Day 2:
 E5 Dielectrics Between Capacitor Plates
 E2 Dissectible Capacitor

Week 4, Day 3:
 D30 Discharge of Conductor by Surrounding Ions
 F5 Conductivity of Ionized Water
 F17 V-I Relationship with a Resistor and Light Bulb

Week 5, Day 1:
 E9 10 Second RC Time Constant
 E8 RC Time Constant Displayed on a Oscilloscope
 E11 RC Radio Filter

Week 5, Day 2:
 G1 Deflection of a Compass Needle with a Magnet
 G3 Magnet and a Nail on a String
 G2 Magnetic Field Lines of a Bar Magnet

Week 5, Day 3:
 G8 Wire in a Magnetic Field - Jumping Wire
 G10 Galvanometer Principle
 G5 Magnetic Deflection of a Electron Beam

Week 6, Day 1:
 G15 Single Horizontal Wire and Compass Needle
 G12 Single Wire
 G9 Series or Parallel Current-Carrying Wires
 ?? ampere's law poster

Week 6, Day 2:
 G13 Single Loop of Current
 G19 B Field between Helmholtz Coil
 G16 Magnetic Field of an 8 Turn Solenoid
 G18 B Field of a Long Solenoid
 G17 Biot-Savart Law for a Circular Coil

Week 6, Day 3:
 H3 Fixed Coil with a Moving Permanent Magnet
 H2 Copper Coil with a Magnetron Magnet
 H8 Wire Loop Around a Solenoid

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
 H6 Earth's Field Coil
 H13 Copper Pendulum between Poles of Magnet
 H22 Jumping Ring
 H15 Levitating Coil on an Aluminum Plate
 ?? farday's law poster

Week 8, Day 2:
 H21 LR Time Constant
 H20 Growth of Current in an Inductor
 H17 Back "emf" in a Large Inductor

Week 8, Day 3:
 H24 LR Radio Filter
 H5 Ring Falling in a Magnetic Field
 H18 Two Small Coils and a Battery

Week 9, Day 1:
 J4 Paramagnetism of Liquid Oxygen
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials
 H15 Levitating Coil on an Aluminum Plate

Week 9, Day 2:
 J1 Simulation of Magnetic Domains
 J2 Electromagnet and Weights
 J3 Barkhausen Effect
 J7 Magnetizing and Demagnetizing an Iron Rod
 J11 Hysteresis Curve of an Iron Core Transformer

Week 9, Day 3:
 L6 Resonant LC Circuit with a Light Bulb
 L2 Damped RLC Circuit
 G7 Superconductor
 H17 Back "emf" in a Large Inductor
 J4 Paramagnetism of Liquid Oxygen

Week 10, Day 1:
 L4 Mutual Inductance with One Coil Resonant

Week 10, Day 2:
 L8 Swept Display of RLC Resonance
 L7 Resonant RLC Phase Shift
 H23 LR Phase Shift
 H22 Jumping Ring

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
 H9 Variable Turns Around a Primary Coil
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder
 H15 Levitating Coil on an Aluminum Plate
 H25 Principle of a DC Motor
 H27 Rotating "B" Field Motor
 H26 Coffee Can Rotation in a B Field

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.02 Spring 1999 - Bradt


Week 1, Day 1:
  

Week 1, Day 2:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D4 Demonstration of an Electroscope
 D12 Demonstration of Induction using Electroscope
 D9 Coulomb's Law Using Charged Pith Balls
 D11 Electrically Charged Student

Week 1, Day 3:
 D16 Electric Field Lines
 D7 Confetti and Van de Graaff Generator
 D22 Dipole in a Van de Graff Generator Field
 D20 Conducting Ping-Pong Ball Between Two Spheres
 ?? charges that start and stop

Week 2, Day 1:
 D12 Demonstration of Induction using Electroscope
 D13 Demonstration of the Electrophorus
 D26 Electric Field Inside a Hollow Conductor Induction method
 D27 Electric Field Inside a Hollow Conductor Contact method
 ?? gauss's law poster

Week 2, Day 2:
 D26 Electric Field Inside a Hollow Conductor Induction method
 D27 Electric Field Inside a Hollow Conductor Contact method
 D21 Field of a Sphere and an Infinite Plane
 D35 Kelvin Water Drop Generator
 D11 Electrically Charged Student

Week 2, Day 3:
 D34 Principle of a Van de Graaff Generator
 D29 Breakdown of Air - Lightning and Corona Discharge
 D24 Fluorescent and Neon Tubes in Van De Graaff Field
 ?? external agent

Week 3, Day 1:
 D28 Surface Distribution of Charge
 D29 Breakdown of Air - Lightning and Corona Discharge
 D32 Faraday's Cage

Week 3, Day 2:
 D14 Demonstration of the Wimshurst Machine
 D18 Conducting Ping-Pong Ball between Capacitor Plates
 E4 Potential Difference between Capacitor Plates
 E7 Discharging a Capacitor Bank Through a Light Bulb
 E6 Exploding Wire

Week 3, Day 3:
 E5 Dielectrics Between Capacitor Plates
 E2 Dissectible Capacitor

Week 4, Day 1:
 D30 Discharge of Conductor by Surrounding Ions
 F5 Conductivity of Ionized Water
 F17 V-I Relationship with a Resistor and Light Bulb

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
 E9 10 Second RC Time Constant
 E8 RC Time Constant Displayed on a Oscilloscope
 E11 RC Radio Filter

Week 5, Day 2:
 G1 Deflection of a Compass Needle with a Magnet
 G3 Magnet and a Nail on a String
 G2 Magnetic Field Lines of a Bar Magnet

Week 5, Day 3:
 G8 Wire in a Magnetic Field - Jumping Wire
 G10 Galvanometer Principle
 G5 Magnetic Deflection of a Electron Beam

Week 6, Day 1:
 G15 Single Horizontal Wire and Compass Needle
 G12 Single Wire
 G9 Series or Parallel Current-Carrying Wires
 ?? ampere's law poster

Week 6, Day 2:
 G13 Single Loop of Current
 G19 B Field between Helmholtz Coil
 G16 Magnetic Field of an 8 Turn Solenoid
 G18 B Field of a Long Solenoid
 G17 Biot-Savart Law for a Circular Coil

Week 6, Day 3:
 H3 Fixed Coil with a Moving Permanent Magnet
 H2 Copper Coil with a Magnetron Magnet
 H8 Wire Loop Around a Solenoid

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
 H6 Earth's Field Coil
 H13 Copper Pendulum between Poles of Magnet
 H22 Jumping Ring
 ?? farday's law poster

Week 8, Day 2:
 H21 LR Time Constant
 H20 Growth of Current in an Inductor
 H17 Back "emf" in a Large Inductor

Week 8, Day 3:
 H24 LR Radio Filter
 H5 Ring Falling in a Magnetic Field
 H18 Two Small Coils and a Battery
 H20 Growth of Current in an Inductor

Week 9, Day 1:
 G2 Magnetic Field Lines of a Bar Magnet
 J4 Paramagnetism of Liquid Oxygen
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials
 H28 Levitating Magnet

Week 9, Day 2:
 J1 Simulation of Magnetic Domains
 J2 Electromagnet and Weights
 J3 Barkhausen Effect
 J7 Magnetizing and Demagnetizing an Iron Rod

Week 9, Day 3:
 J11 Hysteresis Curve of an Iron Core Transformer
 L6 Resonant LC Circuit with a Light Bulb
 C59 Driven Mechanical Oscillator

Week 10, Day 1:
 L4 Mutual Inductance with One Coil Resonant
 L2 Damped RLC Circuit

Week 10, Day 2:
  

Week 10, Day 3:
 H9 Variable Turns Around a Primary Coil
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder
 H15 Levitating Coil on an Aluminum Plate
 H25 Principle of a DC Motor
 H27 Rotating "B" Field Motor
 H26 Coffee Can Rotation in a B Field

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
 ?? Maxwell's equations floating on balloons

Week 12, Day 2:
 C33 Stretched Spring and Slinky
 C28 Torsion Pendulum - Traveling Wave

Week 12, Day 3:
 K8 Reflection and Termination in a Transmission Line
 ?? accelerating charge poster

Week 13, Day 1:
  

Week 13, Day 2:
 C57 Doppler Shift using a Corrugated Plastic Tube
 K4 Polarization of Radio Waves - Dipole Antenna
 ?? charges that start and stop

Week 13, Day 3:
 K5 Radio Transmission and Reception
 T1 Polarizing Filters and Light

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.02X Spring 2004 - ?


Week 1, Day 1:
  

Week 1, Day 2:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D11 Electrically Charged Student

Week 1, Day 3:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D4 Demonstration of an Electroscope
 D5 Charged Conducting Ping-Pong Balls on a Stand
 X60 Basketball and Tennis Ball

Week 2, Day 1:
 D9 Coulomb's Law Using Charged Pith Balls
 D16 Electric Field Lines

Week 2, Day 2:
 D20 Conducting Ping-Pong Ball Between Two Spheres
 D16 Electric Field Lines
 D18 Conducting Ping-Pong Ball between Capacitor Plates

Week 2, Day 3:
 D16 Electric Field Lines
 D37 Smoke Precipitator
 D7 Confetti and Van de Graaff Generator
 D22 Dipole in a Van de Graff Generator Field

Week 3, Day 1:
  

Week 3, Day 2:
  

Week 3, Day 3:
  

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
 D30 Discharge of Conductor by Surrounding Ions
 D18 Conducting Ping-Pong Ball between Capacitor Plates
 D37 Smoke Precipitator
 D28 Surface Distribution of Charge

Week 5, Day 1:
 ?? Missing weeks

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 8, Day 3:
  

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 9, Day 3:
  

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
 H31 Two Small Coils and Radio
 ?? H12 H15
 H22 Jumping Ring

Week 12, Day 2:
 H20 Growth of Current in an Inductor
 H21 LR Time Constant
 H24 LR Radio Filter

Week 12, Day 3:
 L6 Resonant LC Circuit with a Light Bulb
 L7 Resonant RLC Phase Shift

Week 13, Day 1:
 L6 Resonant LC Circuit with a Light Bulb
 L7 Resonant RLC Phase Shift

Week 13, Day 2:
 C33 Stretched Spring and Slinky
 L7 Resonant RLC Phase Shift

Week 13, Day 3:
 C33 Stretched Spring and Slinky
 C27 Bell Lab Wave Machine
 N5 Rainbow
 A4 Measuring the Speed of Light

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
 P4 Interference of Microwaves
 P10 Double Slit Laser Interference
 N4 Scattering of Light
 T8 Polarization in a Sugar Solution

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.02X Spring 2003 - ?


Week 1, Day 1:
  

Week 1, Day 2:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D11 Electrically Charged Student

Week 1, Day 3:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D4 Demonstration of an Electroscope
 D5 Charged Conducting Ping-Pong Balls on a Stand
 X60 Basketball and Tennis Ball

Week 2, Day 1:
 D9 Coulomb's Law Using Charged Pith Balls
 D16 Electric Field Lines

Week 2, Day 2:
 D20 Conducting Ping-Pong Ball Between Two Spheres
 D16 Electric Field Lines
 D18 Conducting Ping-Pong Ball between Capacitor Plates

Week 2, Day 3:
 D7 Confetti and Van de Graaff Generator
 D22 Dipole in a Van de Graff Generator Field

Week 3, Day 1:
 D13 Demonstration of the Electrophorus
 D27 Electric Field Inside a Hollow Conductor Contact method

Week 3, Day 2:
 D27 Electric Field Inside a Hollow Conductor Contact method
 D35 Kelvin Water Drop Generator
 D32 Faraday's Cage

Week 3, Day 3:
 D28 Surface Distribution of Charge
 D18 Conducting Ping-Pong Ball between Capacitor Plates
 D35 Kelvin Water Drop Generator

Week 4, Day 1:
 D30 Discharge of Conductor by Surrounding Ions
 D18 Conducting Ping-Pong Ball between Capacitor Plates
 D37 Smoke Precipitator
 D28 Surface Distribution of Charge

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
 D28 Surface Distribution of Charge
 E4 Potential Difference between Capacitor Plates
 E7 Discharging a Capacitor Bank Through a Light Bulb

Week 5, Day 2:
 E5 Dielectrics Between Capacitor Plates
 E2 Dissectible Capacitor

Week 5, Day 3:
 E5 Dielectrics Between Capacitor Plates
 E2 Dissectible Capacitor
 E6 Exploding Wire

Week 6, Day 1:
 D30 Discharge of Conductor by Surrounding Ions
 F5 Conductivity of Ionized Water
 F1 Conducting Glass
 F4 Temperature Effect on Resistance

Week 6, Day 2:
 F4 Temperature Effect on Resistance
 F17 V-I Relationship with a Resistor and Light Bulb
 F13 5 Different Types of Resistances in Series

Week 6, Day 3:
 E8 RC Time Constant Displayed on a Oscilloscope
 E9 10 Second RC Time Constant
 E14 Relaxation Oscillator - Strobe Lamp
 E11 RC Radio Filter

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
 E8 RC Time Constant Displayed on a Oscilloscope

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 8, Day 3:
  

Week 9, Day 1:
 G8 Wire in a Magnetic Field - Jumping Wire
 G1 Deflection of a Compass Needle with a Magnet
 G3 Magnet and a Nail on a String
 G5 Magnetic Deflection of a Electron Beam
 G6 Magnetic Deflection of a TV Image
 G9 Series or Parallel Current-Carrying Wires
 G21 Collapsing Solenoid

Week 9, Day 2:
 G8 Wire in a Magnetic Field - Jumping Wire
 G9 Series or Parallel Current-Carrying Wires
 G12 Single Wire
 G13 Single Loop of Current
 G14 Single Vertical Wire and Compass Needle
 G17 Biot-Savart Law for a Circular Coil
 V7 Circular Orbit E/M

Week 9, Day 3:
 G16 Magnetic Field of an 8 Turn Solenoid
 G17 Biot-Savart Law for a Circular Coil
 G18 B Field of a Long Solenoid
 V7 Circular Orbit E/M

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
 H31 Two Small Coils and Radio

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.02X Spring 2002 - ?


Week 1, Day 1:
  

Week 1, Day 2:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D11 Electrically Charged Student

Week 1, Day 3:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D5 Charged Conducting Ping-Pong Balls on a Stand
 D4 Demonstration of an Electroscope

Week 2, Day 1:
 D9 Coulomb's Law Using Charged Pith Balls
 D16 Electric Field Lines

Week 2, Day 2:
 D20 Conducting Ping-Pong Ball Between Two Spheres
 D16 Electric Field Lines
 D18 Conducting Ping-Pong Ball between Capacitor Plates

Week 2, Day 3:
 D16 Electric Field Lines
 D37 Smoke Precipitator
 D7 Confetti and Van de Graaff Generator
 D22 Dipole in a Van de Graff Generator Field

Week 3, Day 1:
  

Week 3, Day 2:
  

Week 3, Day 3:
  

Week 4, Day 1:
 D30 Discharge of Conductor by Surrounding Ions
 D18 Conducting Ping-Pong Ball between Capacitor Plates
 D37 Smoke Precipitator
 D28 Surface Distribution of Charge

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
 D28 Surface Distribution of Charge
 E4 Potential Difference between Capacitor Plates
 E7 Discharging a Capacitor Bank Through a Light Bulb
 E5 Dielectrics Between Capacitor Plates

Week 5, Day 2:
 E5 Dielectrics Between Capacitor Plates
 E2 Dissectible Capacitor
 E6 Exploding Wire

Week 5, Day 3:
 E2 Dissectible Capacitor
 E5 Dielectrics Between Capacitor Plates

Week 6, Day 1:
 D30 Discharge of Conductor by Surrounding Ions
 F5 Conductivity of Ionized Water
 F1 Conducting Glass
 F4 Temperature Effect on Resistance

Week 6, Day 2:
 F4 Temperature Effect on Resistance
 F17 V-I Relationship with a Resistor and Light Bulb
 F13 5 Different Types of Resistances in Series

Week 6, Day 3:
 E8 RC Time Constant Displayed on a Oscilloscope
 E9 10 Second RC Time Constant
 E14 Relaxation Oscillator - Strobe Lamp
 E11 RC Radio Filter

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
 E8 RC Time Constant Displayed on a Oscilloscope

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 8, Day 3:
  

Week 9, Day 1:
 G8 Wire in a Magnetic Field - Jumping Wire
 G1 Deflection of a Compass Needle with a Magnet
 G3 Magnet and a Nail on a String
 G5 Magnetic Deflection of a Electron Beam
 G6 Magnetic Deflection of a TV Image
 G9 Series or Parallel Current-Carrying Wires
 G21 Collapsing Solenoid

Week 9, Day 2:
 G8 Wire in a Magnetic Field - Jumping Wire
 G9 Series or Parallel Current-Carrying Wires
 G12 Single Wire
 G13 Single Loop of Current
 G14 Single Vertical Wire and Compass Needle
 G17 Biot-Savart Law for a Circular Coil
 V7 Circular Orbit E/M

Week 9, Day 3:
 G16 Magnetic Field of an 8 Turn Solenoid
 G17 Biot-Savart Law for a Circular Coil
 G18 B Field of a Long Solenoid
 V7 Circular Orbit E/M

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
 ?? plasma sphere

Week 12, Day 2:
 H19 Two Small Coils and Sine Wave Generator
 H12 Marconi Coil
 H15 Levitating Coil on an Aluminum Plate
 H22 Jumping Ring

Week 12, Day 3:
 H20 Growth of Current in an Inductor
 H21 LR Time Constant
 H24 LR Radio Filter

Week 13, Day 1:
 L6 Resonant LC Circuit with a Light Bulb
 L7 Resonant RLC Phase Shift

Week 13, Day 2:
 C33 Stretched Spring and Slinky
 L7 Resonant RLC Phase Shift

Week 13, Day 3:
 C33 Stretched Spring and Slinky
 C27 Bell Lab Wave Machine
 N5 Rainbow
 A4 Measuring the Speed of Light

Week 14, Day 1:
 A4 Measuring the Speed of Light
 C27 Bell Lab Wave Machine
 C33 Stretched Spring and Slinky
 N5 Rainbow

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
 T13 Polarization of Microwaves
 T8 Polarization in a Sugar Solution

Week 15, Day 2:
 P4 Interference of Microwaves
 P10 Double Slit Laser Interference
 N4 Scattering of Light
 T8 Polarization in a Sugar Solution

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.02X Spring 2000 - Fasoli


Week 1, Day 1:
  

Week 1, Day 2:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D11 Electrically Charged Student

Week 1, Day 3:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D4 Demonstration of an Electroscope
 D5 Charged Conducting Ping-Pong Balls on a Stand
 X60 Basketball and Tennis Ball

Week 2, Day 1:
 D6 Static Charge from Rug
 D9 Coulomb's Law Using Charged Pith Balls
 D20 Conducting Ping-Pong Ball Between Two Spheres
 D18 Conducting Ping-Pong Ball between Capacitor Plates

Week 2, Day 2:
 D20 Conducting Ping-Pong Ball Between Two Spheres
 D16 Electric Field Lines
 D18 Conducting Ping-Pong Ball between Capacitor Plates

Week 2, Day 3:
 D16 Electric Field Lines
 D37 Smoke Precipitator
 D7 Confetti and Van de Graaff Generator
 D22 Dipole in a Van de Graff Generator Field
 D13 Demonstration of the Electrophorus

Week 3, Day 1:
 D13 Demonstration of the Electrophorus
 D27 Electric Field Inside a Hollow Conductor Contact method
 D33 Cylindrical Wire Mesh Cage

Week 3, Day 2:
 D27 Electric Field Inside a Hollow Conductor Contact method
 D35 Kelvin Water Drop Generator

Week 3, Day 3:
 D28 Surface Distribution of Charge
 D18 Conducting Ping-Pong Ball between Capacitor Plates

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
 D30 Discharge of Conductor by Surrounding Ions
 D18 Conducting Ping-Pong Ball between Capacitor Plates
 D37 Smoke Precipitator
 D28 Surface Distribution of Charge

Week 5, Day 1:
 D28 Surface Distribution of Charge
 E4 Potential Difference between Capacitor Plates
 E6 Exploding Wire
 E7 Discharging a Capacitor Bank Through a Light Bulb

Week 5, Day 2:
 E5 Dielectrics Between Capacitor Plates
 E2 Dissectible Capacitor

Week 5, Day 3:
 E2 Dissectible Capacitor

Week 6, Day 1:
 D30 Discharge of Conductor by Surrounding Ions
 F5 Conductivity of Ionized Water
 F1 Conducting Glass
 F4 Temperature Effect on Resistance
 F13 5 Different Types of Resistances in Series

Week 6, Day 2:
 F4 Temperature Effect on Resistance
 F17 V-I Relationship with a Resistor and Light Bulb

Week 6, Day 3:
 E8 RC Time Constant Displayed on a Oscilloscope
 E9 10 Second RC Time Constant
 E14 Relaxation Oscillator - Strobe Lamp
 E11 RC Radio Filter

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
 G1 Deflection of a Compass Needle with a Magnet
 G3 Magnet and a Nail on a String
 G8 Wire in a Magnetic Field - Jumping Wire
 G5 Magnetic Deflection of a Electron Beam
 G6 Magnetic Deflection of a TV Image
 G9 Series or Parallel Current-Carrying Wires
 G21 Collapsing Solenoid

Week 8, Day 2:
 G8 Wire in a Magnetic Field - Jumping Wire
 G9 Series or Parallel Current-Carrying Wires
 G21 Collapsing Solenoid
 G12 Single Wire
 G13 Single Loop of Current
 G14 Single Vertical Wire and Compass Needle
 G17 Biot-Savart Law for a Circular Coil
 G16 Magnetic Field of an 8 Turn Solenoid

Week 8, Day 3:
 ?? Plasma sphere

Week 9, Day 1:
 G16 Magnetic Field of an 8 Turn Solenoid
 G17 Biot-Savart Law for a Circular Coil
 G18 B Field of a Long Solenoid
 V7 Circular Orbit E/M

Week 9, Day 2:
 J7 Magnetizing and Demagnetizing an Iron Rod
 J11 Hysteresis Curve of an Iron Core Transformer
 J4 Paramagnetism of Liquid Oxygen
 G7 Superconductor

Week 9, Day 3:
 H3 Fixed Coil with a Moving Permanent Magnet
 H1 Wire Loop with a Magnetron Magnet
 H4 Coil with a Light Bulb Between a Magnet
 H5 Ring Falling in a Magnetic Field
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder

Week 10, Day 1:
 H22 Jumping Ring
 H13 Copper Pendulum between Poles of Magnet
 H15 Levitating Coil on an Aluminum Plate

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
 H12 Marconi Coil
 H15 Levitating Coil on an Aluminum Plate
 H22 Jumping Ring
 H31 Two Small Coils and Radio

Week 11, Day 3:
 H20 Growth of Current in an Inductor
 H21 LR Time Constant
 H24 LR Radio Filter

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
 T8 Polarization in a Sugar Solution
 N5 Rainbow
 A4 Measuring the Speed of Light
 C27 Bell Lab Wave Machine
 C33 Stretched Spring and Slinky

Week 13, Day 2:
 T13 Polarization of Microwaves
 T8 Polarization in a Sugar Solution
 P4 Interference of Microwaves
 P10 Double Slit Laser Interference

Week 13, Day 3:
 P4 Interference of Microwaves
 P10 Double Slit Laser Interference
 T13 Polarization of Microwaves
 T8 Polarization in a Sugar Solution
 N4 Scattering of Light

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.02X Spring 1999 - Fasoli


Week 1, Day 1:
  

Week 1, Day 2:
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D11 Electrically Charged Student
 ?? plasma device from PSFC

Week 1, Day 3:
 D4 Demonstration of an Electroscope
 D5 Charged Conducting Ping-Pong Balls on a Stand
 D1 Rod With Tinsel
 D2 Amber and Glass Rods with HE Filled Balloon
 D11 Electrically Charged Student

Week 2, Day 1:
 D9 Coulomb's Law Using Charged Pith Balls
 D2 Amber and Glass Rods with HE Filled Balloon
 D20 Conducting Ping-Pong Ball Between Two Spheres
 D18 Conducting Ping-Pong Ball between Capacitor Plates

Week 2, Day 2:
 D20 Conducting Ping-Pong Ball Between Two Spheres
 D22 Dipole in a Van de Graff Generator Field
 D7 Confetti and Van de Graaff Generator
 D16 Electric Field Lines

Week 2, Day 3:
 D16 Electric Field Lines
 D35 Kelvin Water Drop Generator
 D37 Smoke Precipitator

Week 3, Day 1:
 D13 Demonstration of the Electrophorus
 D26 Electric Field Inside a Hollow Conductor Induction method
 D27 Electric Field Inside a Hollow Conductor Contact method

Week 3, Day 2:
  

Week 3, Day 3:
 D28 Surface Distribution of Charge
 D37 Smoke Precipitator

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
 D30 Discharge of Conductor by Surrounding Ions
 D18 Conducting Ping-Pong Ball between Capacitor Plates
 D37 Smoke Precipitator

Week 5, Day 1:
 E4 Potential Difference between Capacitor Plates
 E6 Exploding Wire
 E7 Discharging a Capacitor Bank Through a Light Bulb

Week 5, Day 2:
 E5 Dielectrics Between Capacitor Plates
 E2 Dissectible Capacitor

Week 5, Day 3:
  

Week 6, Day 1:
 D30 Discharge of Conductor by Surrounding Ions
 F5 Conductivity of Ionized Water
 F1 Conducting Glass
 F4 Temperature Effect on Resistance

Week 6, Day 2:
 F4 Temperature Effect on Resistance
 F17 V-I Relationship with a Resistor and Light Bulb
 F7 Two Cu-Zn Cells in Series - Light a Lamp

Week 6, Day 3:
 E8 RC Time Constant Displayed on a Oscilloscope
 E9 10 Second RC Time Constant
 E14 Relaxation Oscillator - Strobe Lamp
 E11 RC Radio Filter

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
 G1 Deflection of a Compass Needle with a Magnet
 G3 Magnet and a Nail on a String
 G5 Magnetic Deflection of a Electron Beam
 G6 Magnetic Deflection of a TV Image

Week 8, Day 1:
 G8 Wire in a Magnetic Field - Jumping Wire
 G9 Series or Parallel Current-Carrying Wires
 G21 Collapsing Solenoid
 G12 Single Wire
 G13 Single Loop of Current
 G14 Single Vertical Wire and Compass Needle
 G17 Biot-Savart Law for a Circular Coil
 G16 Magnetic Field of an 8 Turn Solenoid

Week 8, Day 2:
  

Week 8, Day 3:
  

Week 9, Day 1:
 G16 Magnetic Field of an 8 Turn Solenoid
 G17 Biot-Savart Law for a Circular Coil
 G18 B Field of a Long Solenoid
 V7 Circular Orbit E/M

Week 9, Day 2:
 J7 Magnetizing and Demagnetizing an Iron Rod
 J11 Hysteresis Curve of an Iron Core Transformer
 J4 Paramagnetism of Liquid Oxygen
 G7 Superconductor
 ?? superconductor film

Week 9, Day 3:
 H3 Fixed Coil with a Moving Permanent Magnet
 H1 Wire Loop with a Magnetron Magnet
 H4 Coil with a Light Bulb Between a Magnet
 H5 Ring Falling in a Magnetic Field
 H10 Single Turn Around a Primary Coil Melting Nail
 H11 High Turn Secondary Jacobs Ladder

Week 10, Day 1:
 H22 Jumping Ring
 H13 Copper Pendulum between Poles of Magnet
 H15 Levitating Coil on an Aluminum Plate
 H28 Levitating Magnet

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
 H12 Marconi Coil
 H31 Two Small Coils and Radio
 H15 Levitating Coil on an Aluminum Plate
 H22 Jumping Ring

Week 11, Day 3:
 H20 Growth of Current in an Inductor
 H21 LR Time Constant
 H24 LR Radio Filter

Week 12, Day 1:
 L7 Resonant RLC Phase Shift
 L6 Resonant LC Circuit with a Light Bulb

Week 12, Day 2:
 C27 Bell Lab Wave Machine
 C33 Stretched Spring and Slinky

Week 12, Day 3:
 A4 Measuring the Speed of Light
 N5 Rainbow

Week 13, Day 1:
 M2 Total Internal Reflection
 M4 Fiber Optic Bundle
 T13 Polarization of Microwaves
 T8 Polarization in a Sugar Solution

Week 13, Day 2:
 P3 Interference of Sound Waves
 P10 Double Slit Laser Interference
 P4 Interference of Microwaves

Week 13, Day 3:
 Q2 Single-Slit Diffraction with a Laser
 Q7 Transmission Grating with a Laser
 N4 Scattering of Light

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.03 Fall 2009 - Gedik


Week 1, Day 1:
  

Week 1, Day 2:
 C35 Vibrating Spring - Hand-Driven
 C2 Mass on a Spring
 C5 Simple Pendulum

Week 1, Day 3:
 C2 Mass on a Spring
 C5 Simple Pendulum
 L1 Damped Series-Parallel LC CIrcuit
 C12 Oscillating Steel Ball on a Track

Week 2, Day 1:
 C11 Damped and Undamped Masses on a Spring
 C60 Driven Torsional Balance Oscillator
 L2 Damped RLC Circuit
 C5 Simple Pendulum

Week 2, Day 2:
 L2 Damped RLC Circuit
 C44 Tuning Forks and Sounding Boxes
 C11 Damped and Undamped Masses on a Spring

Week 2, Day 3:
 C5 Simple Pendulum
 C44 Tuning Forks and Sounding Boxes
 C58 Driven Cart on an Air Track
 Z42 Tacoma Narrows Bridge Collapse
 L7 Resonant RLC Phase Shift

Week 3, Day 1:
 L8 Swept Display of RLC Resonance
 L6 Resonant LC Circuit with a Light Bulb
 C66 Breaking a Glass w/ Sound
 C5 Simple Pendulum

Week 3, Day 2:
 C46 Coupled Tuning Forks
 C41 Wave Beats
 C20 Driven Air Carts Coupled with Springs
 L6 Resonant LC Circuit with a Light Bulb

Week 3, Day 3:
 C19 Two Rigid Pendulums Coupled with a Spring
 C21 Weighted Hacksaw Blade
 C20 Driven Air Carts Coupled with Springs

Week 4, Day 1:
 C19 Two Rigid Pendulums Coupled with a Spring
 C20 Driven Air Carts Coupled with Springs
 Z42 Tacoma Narrows Bridge Collapse
 C35 Vibrating Spring - Hand-Driven

Week 4, Day 2:
 C35 Vibrating Spring - Hand-Driven
 C36 Vibrating String - Motor-Driven
 C30 Wave on a Chain
 C26 Projection Model of Wave Motion

Week 4, Day 3:
 C30 Wave on a Chain
 C26 Projection Model of Wave Motion
 C27 Bell Lab Wave Machine
 K8 Reflection and Termination in a Transmission Line

Week 5, Day 1:
 C33 Stretched Spring and Slinky
 K6 Lecher Lines

Week 5, Day 2:
 C52 Standing Sound Waves in a Glass Tube
 C33 Stretched Spring and Slinky
 K8 Reflection and Termination in a Transmission Line

Week 5, Day 3:
  

Week 6, Day 1:
 C26 Projection Model of Wave Motion
 C65 Rijke Tube
 C48 Change in Frequency of Voice w/ Helium
 C34 Magnesium Bars and Hammer

Week 6, Day 2:
 C32 Fourier Synthesizer
 C65 Rijke Tube

Week 6, Day 3:
 C35 Vibrating Spring - Hand-Driven

Week 7, Day 1:
 C35 Vibrating Spring - Hand-Driven
 C27 Bell Lab Wave Machine
 K8 Reflection and Termination in a Transmission Line

Week 7, Day 2:
 C40 Oscillating Soap Film
 Z43 Soap Film Oscillations (?)
 C38 Chladni Figures - Speaker-Driven
 C39 Chladni Figures - Cello Bow Driven

Week 7, Day 3:
 C40 Oscillating Soap Film
 Z43 Soap Film Oscillations (?)
 C38 Chladni Figures - Speaker-Driven
 C39 Chladni Figures - Cello Bow Driven

Week 8, Day 1:
 K1 E and B Fields of Microwaves

Week 8, Day 2:
 ?? charges that start and stop

Week 8, Day 3:
 K4 Polarization of Radio Waves - Dipole Antenna

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 9, Day 3:
 K3 Polarization of Microwaves
 T1 Polarizing Filters and Light
 K4 Polarization of Radio Waves - Dipole Antenna

Week 10, Day 1:
 ?? duck soup film

Week 10, Day 2:
  

Week 10, Day 3:
 K7 Microwave Cutoff Frequency

Week 11, Day 1:
 K7 Microwave Cutoff Frequency

Week 11, Day 2:
 N3 Refraction in Water
 M2 Total Internal Reflection
 M3 Light Pipes
 M4 Fiber Optic Bundle

Week 11, Day 3:
 T3 Brewster's Angle
 T4 Polarization by Scattering
 X280 Virtual Image
 X281 Large Concave Mirror

Week 12, Day 1:
 P3 Interference of Sound Waves
 P4 Interference of Microwaves
 P10 Double Slit Laser Interference
 P11 Double Slit Interference w/Ripple Tank

Week 12, Day 2:
 P10 Double Slit Laser Interference
 Q7 Transmission Grating with a Laser

Week 12, Day 3:
  

Week 13, Day 1:
 Q7 Transmission Grating with a Laser
 Q8 Two-Dimensional Grating with a Laser
 Q10 Reflection Grating with White Light and Laser
 Q11 Measuring the Wavelength of Light with a Ruler

Week 13, Day 2:
 Q2 Single-Slit Diffraction with a Laser
 Q6 Resolution of Two Point Sources
 X280 Virtual Image
 Q4 Double Slit Laser Diffraction
 Q5 Pinhole Diffraction with a Laser

Week 13, Day 3:
 M6 Reflection Holograms

Week 14, Day 1:
 P5 Newton's Rings
 P6 Optical Flats
 P7 Reflection off Soap Bubbles
 C56 Doppler Shift using a Tuning Fork
 C57 Doppler Shift using a Corrugated Plastic Tube
 M6 Reflection Holograms

Week 14, Day 2:
 N4 Scattering of Light

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.03 Fall 2008 - ?


Week 1, Day 1:
  

Week 1, Day 2:
 C35 Vibrating Spring - Hand-Driven
 C2 Mass on a Spring
 C5 Simple Pendulum
 X210 Steel Ball in Concave Dish

Week 1, Day 3:
 C2 Mass on a Spring
 C5 Simple Pendulum
 L1 Damped Series-Parallel LC CIrcuit
 C12 Oscillating Steel Ball on a Track

Week 2, Day 1:
 L2 Damped RLC Circuit
 C60 Driven Torsional Balance Oscillator
 C11 Damped and Undamped Masses on a Spring

Week 2, Day 2:
 L2 Damped RLC Circuit
 C44 Tuning Forks and Sounding Boxes
 C11 Damped and Undamped Masses on a Spring

Week 2, Day 3:
 C5 Simple Pendulum
 C44 Tuning Forks and Sounding Boxes
 C58 Driven Cart on an Air Track
 Z42 Tacoma Narrows Bridge Collapse
 L7 Resonant RLC Phase Shift

Week 3, Day 1:
 C5 Simple Pendulum
 L8 Swept Display of RLC Resonance
 L6 Resonant LC Circuit with a Light Bulb
 C66 Breaking a Glass w/ Sound

Week 3, Day 2:
 C46 Coupled Tuning Forks
 C41 Wave Beats
 C20 Driven Air Carts Coupled with Springs

Week 3, Day 3:
 C19 Two Rigid Pendulums Coupled with a Spring
 C21 Weighted Hacksaw Blade
 C20 Driven Air Carts Coupled with Springs

Week 4, Day 1:
  

Week 4, Day 2:
 C19 Two Rigid Pendulums Coupled with a Spring
 C20 Driven Air Carts Coupled with Springs
 Z42 Tacoma Narrows Bridge Collapse
 C35 Vibrating Spring - Hand-Driven

Week 4, Day 3:
 C35 Vibrating Spring - Hand-Driven
 C36 Vibrating String - Motor-Driven
 C30 Wave on a Chain
 C26 Projection Model of Wave Motion

Week 5, Day 1:
 C30 Wave on a Chain
 C26 Projection Model of Wave Motion
 C27 Bell Lab Wave Machine
 K8 Reflection and Termination in a Transmission Line

Week 5, Day 2:
 K8 Reflection and Termination in a Transmission Line
 C33 Stretched Spring and Slinky
 C52 Standing Sound Waves in a Glass Tube
 C65 Rijke Tube
 C48 Change in Frequency of Voice w/ Helium
 C34 Magnesium Bars and Hammer

Week 5, Day 3:
  

Week 6, Day 1:
 C52 Standing Sound Waves in a Glass Tube
 C48 Change in Frequency of Voice w/ Helium
 C34 Magnesium Bars and Hammer

Week 6, Day 2:
 C48 Change in Frequency of Voice w/ Helium
 C34 Magnesium Bars and Hammer
 C65 Rijke Tube
 C26 Projection Model of Wave Motion

Week 6, Day 3:
 C32 Fourier Synthesizer

Week 7, Day 1:
  

Week 7, Day 2:
 C35 Vibrating Spring - Hand-Driven

Week 7, Day 3:
 C35 Vibrating Spring - Hand-Driven
 C27 Bell Lab Wave Machine
 K8 Reflection and Termination in a Transmission Line

Week 8, Day 1:
 C40 Oscillating Soap Film
 C39 Chladni Figures - Cello Bow Driven
 C38 Chladni Figures - Speaker-Driven
 Z43 Soap Film Oscillations (?)

Week 8, Day 2:
 C40 Oscillating Soap Film

Week 8, Day 3:
  

Week 9, Day 1:
 K1 E and B Fields of Microwaves

Week 9, Day 2:
 ?? charges that start and stop

Week 9, Day 3:
 K4 Polarization of Radio Waves - Dipole Antenna

Week 10, Day 1:
 K3 Polarization of Microwaves
 T1 Polarizing Filters and Light
 Z56 Duck Soup

Week 10, Day 2:
 K7 Microwave Cutoff Frequency

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
 C29 Phase and Group Velocity

Week 11, Day 3:
 C29 Phase and Group Velocity

Week 12, Day 1:
 T4 Polarization by Scattering
 N3 Refraction in Water
 M2 Total Internal Reflection
 M3 Light Pipes
 M4 Fiber Optic Bundle
 T3 Brewster's Angle

Week 12, Day 2:
 N1 Continuous Spectrum with Prism
 N5 Rainbow
 T4 Polarization by Scattering
 T3 Brewster's Angle
 M1 Virtual Image

Week 12, Day 3:
 P11 Double Slit Interference w/Ripple Tank
 P4 Interference of Microwaves
 P3 Interference of Sound Waves
 N5 Rainbow

Week 13, Day 1:
 P11 Double Slit Interference w/Ripple Tank
 P3 Interference of Sound Waves

Week 13, Day 2:
 Q7 Transmission Grating with a Laser
 P10 Double Slit Laser Interference

Week 13, Day 3:
  

Week 14, Day 1:
 Q8 Two-Dimensional Grating with a Laser
 Q7 Transmission Grating with a Laser
 Q11 Measuring the Wavelength of Light with a Ruler

Week 14, Day 2:
 Q6 Resolution of Two Point Sources
 Q5 Pinhole Diffraction with a Laser
 Q2 Single-Slit Diffraction with a Laser

Week 14, Day 3:
 Q2 Single-Slit Diffraction with a Laser
 M6 Reflection Holograms

Week 15, Day 1:
 P7 Reflection off Soap Bubbles
 P6 Optical Flats
 P5 Newton's Rings

Week 15, Day 2:
 N4 Scattering of Light
 C56 Doppler Shift using a Tuning Fork
 C57 Doppler Shift using a Corrugated Plastic Tube

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.03 Fall 2007 - ?


Week 1, Day 1:
  

Week 1, Day 2:
 C35 Vibrating Spring - Hand-Driven
 C12 Oscillating Steel Ball on a Track
 C2 Mass on a Spring

Week 1, Day 3:
 C2 Mass on a Spring
 C1 Air Cart Between Springs
 C3 Circular and Simple Harmonic Motion
 C5 Simple Pendulum

Week 2, Day 1:
 C10 Two Pendulum with Different Amplitudes
 C15 U-Tube Oscillations
 C17 Simple Harmonic Motion with Damping
 X62 Astro Blaster
 PR16 Buoy Oscillation

Week 2, Day 2:
 C14 Air Spring With Oscillating Steel Ball
 C60 Driven Torsional Balance Oscillator
 L2 Damped RLC Circuit
 C58 Driven Cart on an Air Track
 C59 Driven Mechanical Oscillator

Week 2, Day 3:
 L7 Resonant RLC Phase Shift
 C58 Driven Cart on an Air Track
 C59 Driven Mechanical Oscillator
 C60 Driven Torsional Balance Oscillator

Week 3, Day 1:
 C5 Simple Pendulum
 L7 Resonant RLC Phase Shift
 L6 Resonant LC Circuit with a Light Bulb
 L8 Swept Display of RLC Resonance
 C46 Coupled Tuning Forks
 C66 Breaking a Glass w/ Sound

Week 3, Day 2:
 C41 Wave Beats
 L9 Gated Oscillator Resonance Display
 C49 Audio Mixing
 C46 Coupled Tuning Forks

Week 3, Day 3:
 C19 Two Rigid Pendulums Coupled with a Spring
 C21 Weighted Hacksaw Blade
 C22 Wilberforce Pendulum

Week 4, Day 1:
  

Week 4, Day 2:
 C19 Two Rigid Pendulums Coupled with a Spring
 C21 Weighted Hacksaw Blade
 C22 Wilberforce Pendulum
 ?? gated oscillator transients

Week 4, Day 3:
 C20 Driven Air Carts Coupled with Springs
 ?? triple pendulum

Week 5, Day 1:
  

Week 5, Day 2:
 C20 Driven Air Carts Coupled with Springs
 C33 Stretched Spring and Slinky
 C30 Wave on a Chain
 C26 Projection Model of Wave Motion

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
 C36 Vibrating String - Motor-Driven
 C48 Change in Frequency of Voice w/ Helium
 C52 Standing Sound Waves in a Glass Tube
 C30 Wave on a Chain
 C33 Stretched Spring and Slinky
 C27 Bell Lab Wave Machine
 K8 Reflection and Termination in a Transmission Line

Week 6, Day 3:
 C33 Stretched Spring and Slinky
 C30 Wave on a Chain
 C27 Bell Lab Wave Machine
 K8 Reflection and Termination in a Transmission Line
 C36 Vibrating String - Motor-Driven

Week 7, Day 1:
 C36 Vibrating String - Motor-Driven
 C48 Change in Frequency of Voice w/ Helium
 C52 Standing Sound Waves in a Glass Tube
 C30 Wave on a Chain
 C33 Stretched Spring and Slinky
 C27 Bell Lab Wave Machine
 K8 Reflection and Termination in a Transmission Line

Week 7, Day 2:
 C32 Fourier Synthesizer
 C52 Standing Sound Waves in a Glass Tube

Week 7, Day 3:
 C32 Fourier Synthesizer
 ?? piano wire

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 8, Day 3:
 T1 Polarizing Filters and Light

Week 9, Day 1:
 K4 Polarization of Radio Waves - Dipole Antenna
 K1 E and B Fields of Microwaves
 T7 Rotation of a 1/4 - Wave Plate
 T9 Various Birefringent Materials
 T8 Polarization in a Sugar Solution
 T10 Strain Lines

Week 9, Day 2:
 T12 Polarization of Radio Waves
 N4 Scattering of Light
 X270 Radiometer

Week 9, Day 3:
 K3 Polarization of Microwaves
 T12 Polarization of Radio Waves
 N4 Scattering of Light

Week 10, Day 1:
 K6 Lecher Lines
 K8 Reflection and Termination in a Transmission Line

Week 10, Day 2:
 K7 Microwave Cutoff Frequency

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
 K7 Microwave Cutoff Frequency

Week 11, Day 3:
 C64 Resonant Cavity with Swept Frequency

Week 12, Day 1:
  

Week 12, Day 2:
 M2 Total Internal Reflection
 N3 Refraction in Water
 N1 Continuous Spectrum with Prism
 M3 Light Pipes
 M5 Light Guide and Laser
 N6 Double-Refracting Calcite Crystals

Week 12, Day 3:
  

Week 13, Day 1:
 T3 Brewster's Angle

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
 P8 Reflection off a Soap Film
 P6 Optical Flats
 P5 Newton's Rings

Week 14, Day 2:
 Q2 Single-Slit Diffraction with a Laser

Week 14, Day 3:
 Q2 Single-Slit Diffraction with a Laser
 Q5 Pinhole Diffraction with a Laser
 Q6 Resolution of Two Point Sources

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.03 Spring 2002 - Van Oudenaarden


Week 1, Day 1:
  

Week 1, Day 2:
 C66 Breaking a Glass w/ Sound
 C35 Vibrating Spring - Hand-Driven
 Z42 Tacoma Narrows Bridge Collapse

Week 1, Day 3:
  

Week 2, Day 1:
 C2 Mass on a Spring
 C3 Circular and Simple Harmonic Motion
 C10 Two Pendulum with Different Amplitudes
 C15 U-Tube Oscillations

Week 2, Day 2:
 C1 Air Cart Between Springs
 C11 Damped and Undamped Masses on a Spring
 C14 Air Spring With Oscillating Steel Ball

Week 2, Day 3:
  

Week 3, Day 1:
  

Week 3, Day 2:
 C58 Driven Cart on an Air Track
 C59 Driven Mechanical Oscillator
 C60 Driven Torsional Balance Oscillator

Week 3, Day 3:
 C41 Wave Beats
 C46 Coupled Tuning Forks
 C49 Audio Mixing

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
 C27 Bell Lab Wave Machine
 C35 Vibrating Spring - Hand-Driven
 C36 Vibrating String - Motor-Driven

Week 5, Day 2:
 C38 Chladni Figures - Speaker-Driven
 C40 Oscillating Soap Film
 K8 Reflection and Termination in a Transmission Line

Week 5, Day 3:
 C32 Fourier Synthesizer

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 8, Day 3:
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves

Week 9, Day 1:
 T12 Polarization of Radio Waves
 T8 Polarization in a Sugar Solution
 N4 Scattering of Light

Week 9, Day 2:
  

Week 9, Day 3:
  

Week 10, Day 1:
  

Week 10, Day 2:
 K6 Lecher Lines
 K8 Reflection and Termination in a Transmission Line

Week 10, Day 3:
 K7 Microwave Cutoff Frequency

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
 M3 Light Pipes
 N2 Hollow Prisms
 N1 Continuous Spectrum with Prism

Week 12, Day 2:
 P2 Moire Pattern
 P3 Interference of Sound Waves
 P4 Interference of Microwaves

Week 12, Day 3:
 Q5 Pinhole Diffraction with a Laser
 Q2 Single-Slit Diffraction with a Laser

Week 13, Day 1:
 Q7 Transmission Grating with a Laser
 Q11 Measuring the Wavelength of Light with a Ruler

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.03 Fall 1997 - Rasio


Week 1, Day 1:
  

Week 1, Day 2:
 C2 Mass on a Spring
 C10 Two Pendulum with Different Amplitudes
 C19 Two Rigid Pendulums Coupled with a Spring
 C27 Bell Lab Wave Machine
 C38 Chladni Figures - Speaker-Driven

Week 1, Day 3:
 C3 Circular and Simple Harmonic Motion
 C4 Spray Paint Oscillator

Week 2, Day 1:
 C41 Wave Beats
 C44 Tuning Forks and Sounding Boxes

Week 2, Day 2:
 H14 Aluminum Plate between Pole Faces of a Magnet
 C60 Driven Torsional Balance Oscillator

Week 2, Day 3:
 C7 Physical Pendulum
 C12 Oscillating Steel Ball on a Track
 C14 Air Spring With Oscillating Steel Ball
 C15 U-Tube Oscillations
 C34 Magnesium Bars and Hammer

Week 3, Day 1:
 C44 Tuning Forks and Sounding Boxes
 L2 Damped RLC Circuit
 L6 Resonant LC Circuit with a Light Bulb
 L8 Swept Display of RLC Resonance

Week 3, Day 2:
 C2 Mass on a Spring
 C44 Tuning Forks and Sounding Boxes
 C58 Driven Cart on an Air Track

Week 3, Day 3:
 C44 Tuning Forks and Sounding Boxes
 C64 Resonant Cavity with Swept Frequency
 L3 Cable Wrapped Around a Coil
 L8 Swept Display of RLC Resonance
 Z42 Tacoma Narrows Bridge Collapse

Week 4, Day 1:
  

Week 4, Day 2:
 C18 Two Pendulums Coupled with a Rod
 C19 Two Rigid Pendulums Coupled with a Spring
 C20 Driven Air Carts Coupled with Springs
 C22 Wilberforce Pendulum

Week 4, Day 3:
 C20 Driven Air Carts Coupled with Springs

Week 5, Day 1:
 C33 Stretched Spring and Slinky

Week 5, Day 2:
 C27 Bell Lab Wave Machine

Week 5, Day 3:
 C52 Standing Sound Waves in a Glass Tube

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
 C35 Vibrating Spring - Hand-Driven
 C36 Vibrating String - Motor-Driven
 C42 Organ Pipes
 C44 Tuning Forks and Sounding Boxes
 C48 Change in Frequency of Voice w/ Helium
 C56 Doppler Shift using a Tuning Fork
 C57 Doppler Shift using a Corrugated Plastic Tube
 C65 Rijke Tube
 C66 Breaking a Glass w/ Sound

Week 7, Day 1:
  

Week 7, Day 2:
 C26 Projection Model of Wave Motion
 C27 Bell Lab Wave Machine
 C35 Vibrating Spring - Hand-Driven

Week 7, Day 3:
 C27 Bell Lab Wave Machine
 C30 Wave on a Chain
 C56 Doppler Shift using a Tuning Fork
 ?? C56a

Week 8, Day 1:
 K7 Microwave Cutoff Frequency
 K8 Reflection and Termination in a Transmission Line

Week 8, Day 2:
 K8 Reflection and Termination in a Transmission Line

Week 8, Day 3:
 C27 Bell Lab Wave Machine
 K6 Lecher Lines

Week 9, Day 1:
 K1 E and B Fields of Microwaves
 K4 Polarization of Radio Waves - Dipole Antenna
 K10 Microwave Oven

Week 9, Day 2:
  

Week 9, Day 3:
 C35 Vibrating Spring - Hand-Driven
 T1 Polarizing Filters and Light
 T13 Polarization of Microwaves

Week 10, Day 1:
 Z55 Charges that Start and Stop

Week 10, Day 2:
 K5 Radio Transmission and Reception

Week 10, Day 3:
 N4 Scattering of Light
 R4 Spectrum Chart
 T4 Polarization by Scattering
 T5 Light Through Cigarette Smoke
 T11 Liquid Crystal Light Shutter

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
 M2 Total Internal Reflection
 M4 Fiber Optic Bundle
 N3 Refraction in Water
 N5 Rainbow

Week 12, Day 2:
 T2 Polarization of Light Reflected from Various Objects
 T3 Brewster's Angle

Week 12, Day 3:
  

Week 13, Day 1:
 P1 Ripple Tank
 P4 Interference of Microwaves

Week 13, Day 2:
 P4 Interference of Microwaves
 P6 Optical Flats
 P7 Reflection off Soap Bubbles
 P8 Reflection off a Soap Film

Week 13, Day 3:
  

Week 14, Day 1:
 Q7 Transmission Grating with a Laser
 R2 Band Emission Spectra

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.03 Fall 1996 - Rasio


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
 C2 Mass on a Spring
 C10 Two Pendulum with Different Amplitudes
 C19 Two Rigid Pendulums Coupled with a Spring
 C27 Bell Lab Wave Machine
 C38 Chladni Figures - Speaker-Driven

Week 2, Day 1:
 C1 Air Cart Between Springs
 C44 Tuning Forks and Sounding Boxes

Week 2, Day 2:
 B60 Bouncing Ball Bearing on a Glass
 C17 Simple Harmonic Motion with Damping
 B56 Happy/Sad Balls

Week 2, Day 3:
 C7 Physical Pendulum
 C14 Air Spring With Oscillating Steel Ball
 C15 U-Tube Oscillations
 C34 Magnesium Bars and Hammer
 PR16 Buoy Oscillation
 L2 Damped RLC Circuit

Week 3, Day 1:
 C1 Air Cart Between Springs

Week 3, Day 2:
 C1 Air Cart Between Springs
 C58 Driven Cart on an Air Track

Week 3, Day 3:
 C1 Air Cart Between Springs
 C64 Resonant Cavity with Swept Frequency
 L3 Cable Wrapped Around a Coil
 L8 Swept Display of RLC Resonance

Week 4, Day 1:
  

Week 4, Day 2:
 C18 Two Pendulums Coupled with a Rod
 C19 Two Rigid Pendulums Coupled with a Spring
 C22 Wilberforce Pendulum

Week 4, Day 3:
 C20 Driven Air Carts Coupled with Springs

Week 5, Day 1:
 C27 Bell Lab Wave Machine

Week 5, Day 2:
 C27 Bell Lab Wave Machine
 C34 Magnesium Bars and Hammer
 C52 Standing Sound Waves in a Glass Tube

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
 C35 Vibrating Spring - Hand-Driven
 C36 Vibrating String - Motor-Driven
 C39 Chladni Figures - Cello Bow Driven
 C42 Organ Pipes
 C46 Coupled Tuning Forks
 C48 Change in Frequency of Voice w/ Helium
 C56 Doppler Shift using a Tuning Fork
 C65 Rijke Tube
 C66 Breaking a Glass w/ Sound

Week 7, Day 1:
  

Week 7, Day 2:
 C26 Projection Model of Wave Motion
 C27 Bell Lab Wave Machine
 C35 Vibrating Spring - Hand-Driven

Week 7, Day 3:
 C30 Wave on a Chain
 ?? C56a

Week 8, Day 1:
 K8 Reflection and Termination in a Transmission Line

Week 8, Day 2:
  

Week 8, Day 3:
 C27 Bell Lab Wave Machine
 K6 Lecher Lines

Week 9, Day 1:
 K4 Polarization of Radio Waves - Dipole Antenna

Week 9, Day 2:
  

Week 9, Day 3:
 K3 Polarization of Microwaves
 T1 Polarizing Filters and Light

Week 10, Day 1:
 Z55 Charges that Start and Stop

Week 10, Day 2:
 K5 Radio Transmission and Reception

Week 10, Day 3:
 N4 Scattering of Light
 R1 Continuous Spectrum
 R3 Absorption Line of Sodium Crystals
 R4 Spectrum Chart
 T4 Polarization by Scattering
 T11 Liquid Crystal Light Shutter

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
 E5 Dielectrics Between Capacitor Plates
 J4 Paramagnetism of Liquid Oxygen
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials

Week 12, Day 1:
 J4 Paramagnetism of Liquid Oxygen
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials

Week 12, Day 2:
  

Week 12, Day 3:
 M2 Total Internal Reflection
 M3 Light Pipes
 M4 Fiber Optic Bundle
 N3 Refraction in Water
 T3 Brewster's Angle

Week 13, Day 1:
  

Week 13, Day 2:
 Q5 Pinhole Diffraction with a Laser

Week 13, Day 3:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.03 Fall 1995 - Kumar


Week 1, Day 1:
  

Week 1, Day 2:
 C2 Mass on a Spring
 C3 Circular and Simple Harmonic Motion
 C27 Bell Lab Wave Machine
 C31 Ripple Tank

Week 1, Day 3:
 C1 Air Cart Between Springs
 C2 Mass on a Spring
 C10 Two Pendulum with Different Amplitudes
 C15 U-Tube Oscillations
 C31 Ripple Tank

Week 2, Day 1:
 C11 Damped and Undamped Masses on a Spring
 C14 Air Spring With Oscillating Steel Ball
 L2 Damped RLC Circuit

Week 2, Day 2:
 C58 Driven Cart on an Air Track

Week 2, Day 3:
 C58 Driven Cart on an Air Track
 L2 Damped RLC Circuit
 L8 Swept Display of RLC Resonance
 Z42 Tacoma Narrows Bridge Collapse

Week 3, Day 1:
  

Week 3, Day 2:
 C18 Two Pendulums Coupled with a Rod
 C19 Two Rigid Pendulums Coupled with a Spring
 C21 Weighted Hacksaw Blade
 C22 Wilberforce Pendulum

Week 3, Day 3:
 C19 Two Rigid Pendulums Coupled with a Spring
 C20 Driven Air Carts Coupled with Springs

Week 4, Day 1:
  

Week 4, Day 2:
 C20 Driven Air Carts Coupled with Springs

Week 4, Day 3:
 C27 Bell Lab Wave Machine
 C30 Wave on a Chain
 C36 Vibrating String - Motor-Driven

Week 5, Day 1:
 C33 Stretched Spring and Slinky
 C36 Vibrating String - Motor-Driven

Week 5, Day 2:
 C45 Tuning Fork and Microphone

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
 C46 Coupled Tuning Forks
 C52 Standing Sound Waves in a Glass Tube

Week 6, Day 3:
 C27 Bell Lab Wave Machine
 C48 Change in Frequency of Voice w/ Helium
 C52 Standing Sound Waves in a Glass Tube

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
  

Week 8, Day 2:
 C38 Chladni Figures - Speaker-Driven
 C40 Oscillating Soap Film

Week 8, Day 3:
 C66 Breaking a Glass w/ Sound

Week 9, Day 1:
 C31 Ripple Tank

Week 9, Day 2:
 C56 Doppler Shift using a Tuning Fork
 B128 Hero's Engine

Week 9, Day 3:
  

Week 10, Day 1:
 T1 Polarizing Filters and Light

Week 10, Day 2:
 T1 Polarizing Filters and Light

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
 K1 E and B Fields of Microwaves
 T7 Rotation of a 1/4 - Wave Plate
 T9 Various Birefringent Materials

Week 11, Day 3:
 K1 E and B Fields of Microwaves

Week 12, Day 1:
 K3 Polarization of Microwaves

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
 M2 Total Internal Reflection
 N1 Continuous Spectrum with Prism
 N3 Refraction in Water

Week 13, Day 3:
 N5 Rainbow
 T3 Brewster's Angle
 T8 Polarization in a Sugar Solution

Week 14, Day 1:
 T8 Polarization in a Sugar Solution

Week 14, Day 2:
 P5 Newton's Rings
 P7 Reflection off Soap Bubbles
 P8 Reflection off a Soap Film

Week 14, Day 3:
 Q2 Single-Slit Diffraction with a Laser
 Q5 Pinhole Diffraction with a Laser
 Q7 Transmission Grating with a Laser
 Q10 Reflection Grating with White Light and Laser

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.03 Fall 1994 - Hewitt


Week 1, Day 1:
  

Week 1, Day 2:
 C2 Mass on a Spring
 C3 Circular and Simple Harmonic Motion
 C27 Bell Lab Wave Machine
 C47 Xylophone

Week 1, Day 3:
 C2 Mass on a Spring
 C12 Oscillating Steel Ball on a Track
 C15 U-Tube Oscillations
 C19 Two Rigid Pendulums Coupled with a Spring

Week 2, Day 1:
 C11 Damped and Undamped Masses on a Spring
 C12 Oscillating Steel Ball on a Track

Week 2, Day 2:
 C12 Oscillating Steel Ball on a Track

Week 2, Day 3:
 C34 Magnesium Bars and Hammer
 C59 Driven Mechanical Oscillator
 L2 Damped RLC Circuit

Week 3, Day 1:
  

Week 3, Day 2:
 C59 Driven Mechanical Oscillator
 L8 Swept Display of RLC Resonance

Week 3, Day 3:
 L9 Gated Oscillator Resonance Display
 C27 Bell Lab Wave Machine

Week 4, Day 1:
 C19 Two Rigid Pendulums Coupled with a Spring
 C21 Weighted Hacksaw Blade
 C22 Wilberforce Pendulum
 C46 Coupled Tuning Forks

Week 4, Day 2:
 C18 Two Pendulums Coupled with a Rod
 C21 Weighted Hacksaw Blade

Week 4, Day 3:
  

Week 5, Day 1:
 C20 Driven Air Carts Coupled with Springs
 C27 Bell Lab Wave Machine
 C33 Stretched Spring and Slinky
 C34 Magnesium Bars and Hammer

Week 5, Day 2:
 C27 Bell Lab Wave Machine
 C34 Magnesium Bars and Hammer
 C45 Tuning Fork and Microphone

Week 5, Day 3:
 C34 Magnesium Bars and Hammer
 C36 Vibrating String - Motor-Driven

Week 6, Day 1:
  

Week 6, Day 2:
 C38 Chladni Figures - Speaker-Driven
 C39 Chladni Figures - Cello Bow Driven
 Z42 Tacoma Narrows Bridge Collapse

Week 6, Day 3:
 C32 Fourier Synthesizer

Week 7, Day 1:
  

Week 7, Day 2:
 C50 Tone Bursts
 ?? C57a

Week 7, Day 3:
  

Week 8, Day 1:
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves
 T1 Polarizing Filters and Light

Week 8, Day 2:
 K3 Polarization of Microwaves

Week 8, Day 3:
  

Week 9, Day 1:
 K1 E and B Fields of Microwaves

Week 9, Day 2:
 K6 Lecher Lines

Week 9, Day 3:
 K6 Lecher Lines
 K7 Microwave Cutoff Frequency

Week 10, Day 1:
 K7 Microwave Cutoff Frequency
 Z55 Charges that Start and Stop

Week 10, Day 2:
 K4 Polarization of Radio Waves - Dipole Antenna
 T4 Polarization by Scattering

Week 10, Day 3:
  

Week 11, Day 1:
 E5 Dielectrics Between Capacitor Plates
 J5 Paramagnetic Materials
 J6 Diamagnetic Materials

Week 11, Day 2:
  

Week 11, Day 3:
 R3 Absorption Line of Sodium Crystals

Week 12, Day 1:
 N6 Double-Refracting Calcite Crystals
 T1 Polarizing Filters and Light
 T8 Polarization in a Sugar Solution
 T7 Rotation of a 1/4 - Wave Plate
 T9 Various Birefringent Materials
 T10 Strain Lines

Week 12, Day 2:
 M2 Total Internal Reflection

Week 12, Day 3:
  

Week 13, Day 1:
 T2 Polarization of Light Reflected from Various Objects
 T3 Brewster's Angle

Week 13, Day 2:
 N1 Continuous Spectrum with Prism
 N5 Rainbow

Week 13, Day 3:
 M1 Virtual Image
 N8 Rive Ray Box

Week 14, Day 1:
 P2 Moire Pattern
 P4 Interference of Microwaves

Week 14, Day 2:
 Q2 Single-Slit Diffraction with a Laser
 Q5 Pinhole Diffraction with a Laser

Week 14, Day 3:
 Q4 Double Slit Laser Diffraction
 Q8 Two-Dimensional Grating with a Laser
 Q9 Zone plate
 Q10 Reflection Grating with White Light and Laser
 Q12 Band Emission Spectra

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.03 Fall 1993 - Hewitt


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
 C2 Mass on a Spring
 C3 Circular and Simple Harmonic Motion
 C27 Bell Lab Wave Machine
 C47 Xylophone

Week 2, Day 1:
 C2 Mass on a Spring
 C12 Oscillating Steel Ball on a Track
 C15 U-Tube Oscillations

Week 2, Day 2:
 C11 Damped and Undamped Masses on a Spring
 C12 Oscillating Steel Ball on a Track
 C19 Two Rigid Pendulums Coupled with a Spring

Week 2, Day 3:
 C12 Oscillating Steel Ball on a Track
 L2 Damped RLC Circuit

Week 3, Day 1:
 C34 Magnesium Bars and Hammer

Week 3, Day 2:
 C59 Driven Mechanical Oscillator
 L8 Swept Display of RLC Resonance

Week 3, Day 3:
 L9 Gated Oscillator Resonance Display
 C27 Bell Lab Wave Machine

Week 4, Day 1:
  

Week 4, Day 2:
 C18 Two Pendulums Coupled with a Rod
 C21 Weighted Hacksaw Blade
 C22 Wilberforce Pendulum
 C46 Coupled Tuning Forks

Week 4, Day 3:
 C2 Mass on a Spring
 C19 Two Rigid Pendulums Coupled with a Spring
 C20 Driven Air Carts Coupled with Springs

Week 5, Day 1:
  

Week 5, Day 2:
 C27 Bell Lab Wave Machine
 C33 Stretched Spring and Slinky
 C34 Magnesium Bars and Hammer

Week 5, Day 3:
 C27 Bell Lab Wave Machine

Week 6, Day 1:
  

Week 6, Day 2:
 C34 Magnesium Bars and Hammer
 C36 Vibrating String - Motor-Driven

Week 6, Day 3:
 C38 Chladni Figures - Speaker-Driven
 Z42 Tacoma Narrows Bridge Collapse

Week 7, Day 1:
  

Week 7, Day 2:
 C50 Tone Bursts

Week 7, Day 3:
 Z51 Standing Waves (NHK)

Week 8, Day 1:
  

Week 8, Day 2:
 K6 Lecher Lines

Week 8, Day 3:
  

Week 9, Day 1:
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves
 T1 Polarizing Filters and Light

Week 9, Day 2:
 K1 E and B Fields of Microwaves
 K11 Microwave Standing Waves

Week 9, Day 3:
 K7 Microwave Cutoff Frequency

Week 10, Day 1:
  

Week 10, Day 2:
 R3 Absorption Line of Sodium Crystals

Week 10, Day 3:
 N6 Double-Refracting Calcite Crystals
 T1 Polarizing Filters and Light
 T7 Rotation of a 1/4 - Wave Plate
 T8 Polarization in a Sugar Solution
 T9 Various Birefringent Materials
 T10 Strain Lines

Week 11, Day 1:
 M2 Total Internal Reflection

Week 11, Day 2:
 T3 Brewster's Angle

Week 11, Day 3:
  

Week 12, Day 1:
 M2 Total Internal Reflection

Week 12, Day 2:
 T3 Brewster's Angle

Week 12, Day 3:
  

Week 13, Day 1:
 M1 Virtual Image
 N8 Rive Ray Box

Week 13, Day 2:
 P3 Interference of Sound Waves
 P4 Interference of Microwaves

Week 13, Day 3:
 P7 Reflection off Soap Bubbles
 P8 Reflection off a Soap Film

Week 14, Day 1:
 P6 Optical Flats
 Q2 Single-Slit Diffraction with a Laser
 Q4 Double Slit Laser Diffraction
 Q5 Pinhole Diffraction with a Laser
 Q7 Transmission Grating with a Laser
 Q8 Two-Dimensional Grating with a Laser

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.03 Fall 1992 - Hewitt


Week 1, Day 1:
  

Week 1, Day 2:
 C1 Air Cart Between Springs
 C2 Mass on a Spring
 C3 Circular and Simple Harmonic Motion

Week 1, Day 3:
 B93 Giant Pendulum
 C10 Two Pendulum with Different Amplitudes
 C14 Air Spring With Oscillating Steel Ball
 C15 U-Tube Oscillations

Week 2, Day 1:
 B23 Inclined Plane
 C11 Damped and Undamped Masses on a Spring
 C14 Air Spring With Oscillating Steel Ball
 C62 Resonant Air Column in a Glass Tube
 L2 Damped RLC Circuit

Week 2, Day 2:
  

Week 2, Day 3:
 C58 Driven Cart on an Air Track
 C59 Driven Mechanical Oscillator
 L7 Resonant RLC Phase Shift

Week 3, Day 1:
 C46 Coupled Tuning Forks
 C65 Rijke Tube
 R3 Absorption Line of Sodium Crystals
 Z42 Tacoma Narrows Bridge Collapse

Week 3, Day 2:
 C18 Two Pendulums Coupled with a Rod
 C19 Two Rigid Pendulums Coupled with a Spring
 C22 Wilberforce Pendulum

Week 3, Day 3:
 C20 Driven Air Carts Coupled with Springs
 C21 Weighted Hacksaw Blade
 C22 Wilberforce Pendulum
 C46 Coupled Tuning Forks

Week 4, Day 1:
 C20a Driven Air Carts Coupled with Springs

Week 4, Day 2:
 C27 Bell Lab Wave Machine
 C35 Vibrating Spring - Hand-Driven

Week 4, Day 3:
 C27 Bell Lab Wave Machine

Week 5, Day 1:
  

Week 5, Day 2:
 C35 Vibrating Spring - Hand-Driven
 C36 Vibrating String - Motor-Driven

Week 5, Day 3:
 C38 Chladni Figures - Speaker-Driven
 C39 Chladni Figures - Cello Bow Driven
 C40 Oscillating Soap Film

Week 6, Day 1:
  

Week 6, Day 2:
 C32 Fourier Synthesizer

Week 6, Day 3:
  

Week 7, Day 1:
  

Week 7, Day 2:
 K4 Polarization of Radio Waves - Dipole Antenna

Week 7, Day 3:
 K1 E and B Fields of Microwaves
 K3 Polarization of Microwaves
 T1 Polarizing Filters and Light

Week 8, Day 1:
  

Week 8, Day 2:
 Z55 Charges that Start and Stop

Week 8, Day 3:
 K6 Lecher Lines
 K8 Reflection and Termination in a Transmission Line

Week 9, Day 1:
 K7 Microwave Cutoff Frequency

Week 9, Day 2:
 P4 Interference of Microwaves
 P10 Double Slit Laser Interference

Week 9, Day 3:
 Q7 Transmission Grating with a Laser
 Q10 Reflection Grating with White Light and Laser
 Q11 Measuring the Wavelength of Light with a Ruler

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 10, Day 3:
 Q2 Single-Slit Diffraction with a Laser
 Q5 Pinhole Diffraction with a Laser
 Q6 Resolution of Two Point Sources

Week 11, Day 1:
  

Week 11, Day 2:
 N4 Scattering of Light
 T1 Polarizing Filters and Light
 T4 Polarization by Scattering

Week 11, Day 3:
 P5 Newton's Rings
 P7 Reflection off Soap Bubbles
 P8 Reflection off a Soap Film

Week 12, Day 1:
 M2 Total Internal Reflection
 N3 Refraction in Water
 N1 Continuous Spectrum with Prism

Week 12, Day 2:
 M3 Light Pipes
 M4 Fiber Optic Bundle
 M5 Light Guide and Laser
 T3 Brewster's Angle

Week 12, Day 3:
  

Week 13, Day 1:
 N5 Rainbow

Week 13, Day 2:
 N8 Rive Ray Box

Week 13, Day 3:
 C56 Doppler Shift using a Tuning Fork
 C57 Doppler Shift using a Corrugated Plastic Tube
 ?? C57a
 Z28 The Doppler Effect and the Twin Paradox (HM)

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 1980 - Hulsizer


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
  

Week 2, Day 1:
  

Week 2, Day 2:
  

Week 2, Day 3:
  

Week 3, Day 1:
  

Week 3, Day 2:
  

Week 3, Day 3:
  

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 5, Day 3:
 A3 Various Unit Masses and Weights
 B24 Block with Pulley and Weight on an Incline
 B5 Cavendish Experiment

Week 6, Day 1:
 A11 Ball Bearing Dropped in a Viscous Fluid
 A7 Relative Motion Gun
 A6 Apple and Gun

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
  

Week 7, Day 2:
 B57 Elastic Collisions
 B58 Inelastic Collisions
 B66 Ballistic Pendulum
 ?? repelling magnet bouys

Week 7, Day 3:
 B51 Repelling Air Carts
 B69 Fire Extinguisher on a Tricycle
 B68 Rocket on a Wire
 B71 Collision of Rocket-Mounted Air Carts
 ?? rutherford film

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 8, Day 3:
  

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 9, Day 3:
  

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 10, Day 3:
 ?? change color of lamp with temp
 ?? block IR with glass
 ?? race car tires film
 ?? joule's experiment

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 1978 - Lazarus


Week 1, Day 1:
  

Week 1, Day 2:
 A11 Ball Bearing Dropped in a Viscous Fluid

Week 1, Day 3:
 ?? strobe parabola

Week 2, Day 1:
 ?? vector kinematics film

Week 2, Day 2:
 A16 Pulling an Air Cart with a Spring

Week 2, Day 3:
 A16 Pulling an Air Cart with a Spring
 A21 Air Cart with a Pulley and Weight

Week 3, Day 1:
 A6 Apple and Gun

Week 3, Day 2:
 B57 Elastic Collisions
 ?? million to one

Week 3, Day 3:
 Z19 Powers of Ten (Eames)

Week 4, Day 1:
 B78 Center of Mass Trajectory

Week 4, Day 2:
  

Week 4, Day 3:
 ?? frames of reference film
 B25 Pulling Block with Newton Scale

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 8, Day 3:
  

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 9, Day 3:
  

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 1977 - Beuchner/Cosman


Week 1, Day 1:
  

Week 1, Day 2:
 B137 Bicyclewheel Gyroscope
 C5 Simple Pendulum

Week 1, Day 3:
 B137 Bicyclewheel Gyroscope
 X1 Vector Arrows

Week 2, Day 1:
 A6 Apple and Gun
 A7 Relative Motion Gun

Week 2, Day 2:
  

Week 2, Day 3:
  

Week 3, Day 1:
 B4 Levitating Cart
 ?? inclined carts with different springs

Week 3, Day 2:
  

Week 3, Day 3:
 B3 Low Friction Atwood Machine
 B8 Audio Tape of Bricklayer's Letter
 B80 Push-Me/Pull-You
 C2 Mass on a Spring
 B109 Apple on a String

Week 4, Day 1:
  

Week 4, Day 2:
  

Week 4, Day 3:
  

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 8, Day 3:
  

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 9, Day 3:
  

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\

8.01 Fall 1977 - Tanaka


Week 1, Day 1:
  

Week 1, Day 2:
  

Week 1, Day 3:
  

Week 2, Day 1:
 ?? Free Fall and Projectile Motion film

Week 2, Day 2:
  

Week 2, Day 3:
  

Week 3, Day 1:
 ?? Inertial Mass film

Week 3, Day 2:
 ?? million to one

Week 3, Day 3:
  

Week 4, Day 1:
 B26 Leaning Plank

Week 4, Day 2:
 C3 Circular and Simple Harmonic Motion

Week 4, Day 3:
  

Week 5, Day 1:
  

Week 5, Day 2:
  

Week 5, Day 3:
  

Week 6, Day 1:
  

Week 6, Day 2:
  

Week 6, Day 3:
  

Week 7, Day 1:
  

Week 7, Day 2:
  

Week 7, Day 3:
  

Week 8, Day 1:
  

Week 8, Day 2:
  

Week 8, Day 3:
  

Week 9, Day 1:
  

Week 9, Day 2:
  

Week 9, Day 3:
  

Week 10, Day 1:
  

Week 10, Day 2:
  

Week 10, Day 3:
  

Week 11, Day 1:
  

Week 11, Day 2:
  

Week 11, Day 3:
  

Week 12, Day 1:
  

Week 12, Day 2:
  

Week 12, Day 3:
  

Week 13, Day 1:
  

Week 13, Day 2:
  

Week 13, Day 3:
  

Week 14, Day 1:
  

Week 14, Day 2:
  

Week 14, Day 3:
  

Week 15, Day 1:
  

Week 15, Day 2:
  

Week 15, Day 3:
  

Week 16, Day 1:
  

Week 16, Day 2:
  

Week 16, Day 3:
  

Week 17, Day 1:
  

Week 17, Day 2:
  

Week 17, Day 3:
  

Week 18, Day 1:
  

Week 18, Day 2:
  

Week 18, Day 3:
  
Top /\