1 MECHANICS con't...

1F NEWTON'S FIRST LAW
- 1F10 Measuring Inertia
- 1F20 Inertia of Rest
  - 1F20.30 Tablecloth Pull
  - 1F20.34 Coke Bottles/$: Inertia
- 1F30 Inertia of Motion
  - 1F30.10 Persistence of Motion (air track)
  - 1F30.13 CO₂ Block
1G NEWTON'S SECOND LAW
- 1G10 Force, Mass and Acceleration
  - 1G10.10 Glider, Mass and Pulley on Air Track
  - 1G10.40 Atwood's Machine
- 1G20 Accelerated Reference Frames
- 1G30 Complex Systems
  - 1G30.11 "Fish Scale" (10-lb. weight)
1H NEWTON'S THIRD LAW
- 1H10 Action and Reaction
- 1H11 Recoil
  - 1H11.20 Tennis Ball Cannon
    No longer at Tech
1J STATICS OF RIGID BODIES
- 1J10 Finding Center of Gravity
  - 1J10.12 Big Fish
    No longer at Tech
  - 1J10.20 Meter stick on fingers
- 1J11 Exceeding Center of Gravity
  - 1J11.10 Leaning Tower of Physics
  - 1J11.50 Double Cone
- 1J20 Stable, Unstable and Neutral Equilibrium
  - 1J20.10 Ball on Curved Surface
  - 1J20.11 Balance the Cone
- 1J30. Resolution of Forces
  - 1J30.10 Car Suspended in Air
    No longer at Tech
  - 1J30.20 Tension in a String
- 1J40 Static Torque
1K APPLICATIONS OF NEWTON'S LAWS
- 1K10 Dynamic Torque
  - 1K10.20 Forces on a Ladder (demonstration ladder stolen)
  - 1K10.30 Walking Spool
- 1K20 Friction
  - 1K20.?? Toilet Tissue Supports Person's Weight
- 1K30 Pressure
1L GRAVITY
- 1L10 Universal Gravitational Constant
  - 1L10.10 Cavendish Experiment Film Loop
- 1L20 Orbits
1M WORK AND ENERGY
- 1M10 Work
- 1M20 Simple Machines
  - 1M20.10 Mechanical Advantage -- Sheave Block
- 1M30 Non-Conservative Forces
- 1M40 Conservation of Energy
- 1M50 Mechanical Power
1N LINEAR MOMENTUM AND COLLISIONS
- 1N10 Impulse and Thrust
- 1N20 Conservation of Linear Momentum
  - 1N20.20 Spring Apart Air Track Gliders
- 1N21 Mass and Momentum Transfer
- 1N22 Rockets
  - 1N22.10 Human Rocket
- 1N30 Collisions in One Dimension
  - 1N30.10 "Newton's Balls" (also called Newton's Cradle)
  - 1N30.34 Air Track Collisions (with equal or unequal masses)
- 1N40 Collisions in Two Dimensions
1Q ROTATIONAL DYNAMICS
- 1Q10 Moment of Inertia
  - 1Q10.30 Bodies Rolling Down Incline Plane
- 1Q20 Rotational Energy
  - 1Q20.10 Whirlybird (tabletop "Ice Skater Twirl")
- 1Q30 Transfer of Angular Momentum
  - 1Q30.10 Passing the Wheel ("The Three Dumbbells")
- 1Q40 Conservation of Angular Momentum
  - 1Q40.10 "Ice Skater's Twirl" (both in full size and tabletop forms)
  - 1Q40.25 "Pulling on the whirligig"
  - 1Q40.30 Rotating Stool and Bicycle Wheel
- 1Q50 Gyroscopes
  - 1Q50.10 Bicycle-wheel gyro
  - 1Q50.30 Other (mechanical) gyros ready to go.
- 1Q60 Rotational Stability
1R ELASTICITY
- 1R10 Hooke's Law
- 1R20 Tensile and Compressive Stress
- 1R30 Shear Stress
- 1R40 Coefficient of Restitution
1S PROPERTIES OF MATTER
- 1S10 Crystal Structure

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