1A-Measurement |
| 10. |
Basic Units |
|
1A10.20 Calibrated Masses |
|
1A10.40 Metronome |
|
1A10.50 One-Liter Cube |
|
1A10.5x One Meter Cube |
|
1A10.60 Avagadro's Number Box |
|
1A10.65 Mole Samples |
| 20. |
Error and Accuracy |
|
1A20.41 Vernier Calipers |
| 40. |
Vectors |
|
1A40.10 Components of a Vector |
| 60. |
Scaling |
|
1A60.10 Powers of Ten (Video) |
1C-Motion in One Dimension
|
| 10. |
Velocity |
|
1C10.20 PASCO Dynamic Cart |
|
1C10.25 Air Track and Glider |
| 20. |
Uniform Acceleration |
|
1C20.20 Equal Time Equal Distance Drop |
| 30. |
Measuring g |
|
1C30.41 Falling Drops |
1D. Motion in Two Dimensions |
| 15. |
Velocity, Position and Acceleration |
|
1D15.20 High Road Low Road |
| 40. |
Motion of the Center of Mass |
|
1D40.10 Throw Object |
|
1D40.12 Throw Hammers |
| 50. |
Central Forces |
|
1D50.10 Ball and String |
|
1D50.20 Ball on a String |
|
1D50.25 Conical Pendulum |
|
1D50.40 Pail of Water |
|
1D50.45 Penny and Coat Hanger |
| 52. |
Deformation by Central Forces |
|
1D52.10 Flattening Earth |
|
1D52.30 Balls in Centrifuge |
| 60. |
Projectile Motion |
|
1D60.10 Ball and Howitzer |
|
1D60.20 Simultaneous Fall |
|
1D60.30 Monkey and Hunter |
|
1D60.60 Parabolic Trajectory |
1F-Newton's First Law |
| 10. |
Measuring Inertia |
|
1F10.25 Foam Bricks |
| 20. |
Inertia of Rest |
|
1F20.10 Inertia Weights |
|
1F20.20 Smash Your Hand |
|
1F20.30 Tablecloth Pull |
|
1F20.34 Card Snap |
|
1F20.35 Eggs and Pizza Pan |
|
1F20.36 Chalk and Hoop |
|
1F20.38 Dollar Bill and Bottles |
1G-Newton's Second Law |
| 10. |
Force, Mass, and Acceleration |
|
1G10.10 Acceleration Cart |
| 20. |
Accelerated Reference Frames |
|
1G20.76 Water Accelerometer |
1H-Newton's Third Law |
| 10. |
Action and Reaction |
|
1H10.15 Reaction Gliders |
|
1H10.20 Newton's Sail |
| 11. |
Recoil |
|
1H11.10 Floor Cart and Medicine Ball |
1J-Statistics of Rigid Bodies
|
| 10. |
Finding Center of Gravity |
|
1J10.12 Hanging Board |
| 11. |
Exceeding Center of Gravity |
|
1J11.10 Leaning Tower of Pisa |
|
1J11.11 Toppling Cylinders |
|
1J11.15 Tipping Block on Incline |
|
1J11.20 Leaning Tower of Lire |
|
1J11.50 Rolling Uphill |
| 20. |
Stable, Unstable, and Neutral Equilibrium |
|
1J20.20 Spoon and Match |
|
1J20.40 Balancing Rod |
|
1J20.45 Clown on a Rope |
|
1J20.451 Balancing Bird |
|
1J20.60 Wine Butler |
|
1J20.61 Balancing Hammer |
| 30. |
Resolution of Forces |
|
1J30.10 Suspended Block |
|
1J30.53 Force Table |
| 40. |
Static Torque |
|
1J40.10 Torque Bar |
1K-Applications of Newton's Laws |
| 10. |
Dynamic Torque |
|
1K10.30 Walking the Spool |
| 20. |
Friction |
|
1K20.10 Friction Block |
|
1K20.30 Static vs. Sliding Friction |
|
1K20.35 Angle of Repose |
|
1K20.40 Front and Rear Brakes |
1M-Work and Energy |
| 40. |
Conservation of Energy |
|
1M20.10 Block and Tackle |
|
1M40.10 Nose Basher |
|
1M40.15 Stopped Pendulum |
|
1M40.20 Loop the Loop |
|
1M40.25 Energy Well Track |
|
1M40.41 Ballistic Pendulum |
|
1M40.75 Obedient Can |
1N-Linear Momentum |
| 10. |
Impulse and Thrust |
|
1N10.20 Egg in Sheet |
| 22. |
Rockets |
|
1N22.10 Fire Extinguisher Wagon |
|
1N22.20 Water Rocket |
| 30. |
Collisions in One Dimension |
|
1N30.10 Collision Balls |
|
1N30.30 Collision Carts |
1Q-Rotational Dynamics |
| 10. |
Moment of Inertia |
|
1Q10.10 Inertia Wands |
|
1Q10.30 Ring and Disc |
|
1Q10.50 Racing Soups |
| 20. |
Rotational Energy |
|
1Q20.10 Whirlybird |
| 30. |
Transfer of Angular Momentum |
|
1Q30.90 Gee-Haw Whimmy Diddle |
| 40. |
Conservation of Angular Momentum |
|
1Q40.10 Rotating Stool and Weights |
|
1Q40.30 Rotating Stool and Bicycle Wheel |
| 50. |
Gyros |
|
1Q50.20 Bicycle Wheel Gyro |
|
1Q50.35 Gyro in Gimbals |
|
1Q50.45 Air Bearing Gyro |
1R-Properties of Matter |
| 10. |
Hooke's Law |
|
1R10.10 Stretching a Spring |
|
1R10.25 Pull on a Horizontal Spring |
| 20. |
Tensile and Compressive Stress |
|
1R20.60 Bologna Bottles |
|
1R20.70 Prince Rupert's Drops |
| 40. |
Coefficient of Restitution |
|
1R40.30 Happy and Sad Balls |
| 50. |
Crystal Structure |
|
1R50.20 Crystal Models |
