A limited number of professionally-made videos are available; these are mainly demo versions. There are also some home-made videos, and blank tapes are available if you would like to videotape physics in action. Videos include:
| Mechanics | ||
|---|---|---|
| Number | Time (min:sec) | Title |
| 80-213 | 2:05 | Inertial forces - translational acceleration |
| 80-214 | 3:15 | Inertial forces - centripetal acceleration |
| 80-251 | 3:00 | The velocity vector |
| 80-252 | 2:40 | Velocity in circular and simple harmonic motion |
| 80-253 | 3:50 | The acceleration vector |
| 80-254 | 3:30 | Velocity and acceleration in circular motion |
| 80-272 | 4:12 | Constant velocity and uniform acceleration |
| 80-273 | 4:09 | Newton's first and second laws |
| 80-274 | 2:51 | Newton's third law |
| 80-275 | 3:48 | Conservation of momentum - inelastic collisions |
| 80-276 | 2:33 | Conservation of energy |
| 80-277 | 4:03 | Conservation of momentum - elastic collisions |
| 80-280 | 4:09 | How an air track works |
| 80-301 | 3:36 | Rotating reference frames |
| 80-3064 | 3:50 | Trajectories |
| 80-3080 | 3:55 | Circular motion |
| 80-3114 | 4:00 | Dynamics of circular motion |
| 80-3155 | 2:35 | Collisions in two dimensions |
| 80-3452 | 3:00 | Acceleration due to gravity I |
| 80-3460 | 3:25 | Acceleration due to gravity II |
| 80-3478 | 3:35 | Vector addition - velocity of a boat |
| 80-3486 | 3:40 | A matter of relative motion |
| 80-3494 | 2:55 | Galilean relativity - ball dropped from mast of ship |
| 80-3528 | 3:00 | Galilean relativity III - projectile fired vertically |
| 80-3627 | 3:45 | Central forces - iterated blows |
| 80-3650 | 3:25 | One-dimensional collisions I |
| 80-3668 | 3:35 | One-dimensional collisions II |
| 80-3734 | 2:30 | Explosion of a cluster of objects |
| 80-3775 | 2:45 | Colliding freight cars |
| 80-4187 | 3:40 | Newton's law of motion |
| 80-4195 | 3:40 | Fixed systems of orbiting bodies |
| 80-4203 | 2:20 | Moving system of orbiting bodies |
| 80-4229 | 3:35 | Orbiting bodies in various force fields II - negative power laws |
| Moving astronauts | ||
| Fluid mechanics | ||
|---|---|---|
| Number | Time (min:sec) | Title |
| 82-0076 | 4:00 | Drops and splashes |
| Oscillations and waves | ||
|---|---|---|
| Number | Time (min:sec) | Title |
| 80-2181 | 3:15 | Tacoma Narrows bridge collapse |
| 80-231 | 3:00 | Straight wave reflection from straight barriers |
| 80-232 | 3:45 | Circular wave reflection from various barriers |
| 80-234 | 2:45 | Refraction of waves |
| 80-235 | 2:15 | Barrier penetration by waves |
| 80-236 | 4:00 | Bragg reflection of waves |
| 80-237 | 3:45 | Doppler effect |
| 80-238 | 3:45 | Formation of shock waves |
| 80-239 | 3:45 | Superposition of pulses |
| 80-240 | 4:00 | Interference of waves |
| 80-242 | 3:30 | Single slit diffraction |
| 80-243 | 3:25 | Multiple slit diffraction |
| 80-244 | 3:10 | Diffraction and scattering around obstacles |
| 80-255 | 3:30 | Velocity and acceleration in simple harmonic motion |
| 80-267 | 4:00 | Coupled oscillators - energy transfer |
| 80-269 | 4:10 | Coupled oscillators - normal modes |
| 80-3098 | 2:50 | Simple harmonic motion |
| 80-3858 | 3:05 | Superposition |
| 80-3866 | 2:35 | Standing waves on a string |
| 80-3882 | 3:40 | Standing electromagnetic waves |
| 80-3890 | 3:50 | Vibrations of a rubber hose |
| 80-3924 | 3:25 | Vibrations of a drum |
| Thermodynamics | ||
|---|---|---|
| Number | Time (min:sec) | Title |
| 80-2058 | 4:05 | Critical temperature |
| 80-291 | 4:00 | Maxwellian speed distribution |
| 80-3312 | 4:00 | Thermal expansion of gases |
| 80-3361 | 4:00 | Motion of a molecule |
| 80-3387 | 2:30 | Boyle's Law |
| 80-3395 | 3:50 | Finding absolute zero |
| 80-3437 | 3:40 | Energy conversion |
| Electricity and magnetism | ||
|---|---|---|
| Number | Time (min:sec) | Title |
| 80-4062 | 3:00 | The magnetic field |
| 80-4088 | 3:20 | The field from a steady current |
| 80-4112 | 3:35 | Field vs. current |
| 80-4138 | 3:40 | Field: the force on a current |
| 80-4161 | 3:10 | The concept of changing flux |
| 80-4179 | 3:10 | Faradayıs law of induction |
| Optics | ||
|---|---|---|
| Number | Time (min:sec) | Title |
| 80-206 | 3:45 | Diffraction single slit |
| 80-207 | 4:00 | Diffraction double slit |
| 80-208 | 3:55 | Resolving power |
| 80-2090 | 4:45 | Michelson interferometer |
| Modern physics | ||
|---|---|---|
| Number | Time (min:sec) | Title |
| 80-200 | 4:55 | Radioactive decay |
| 80-288 | 4:02 | The photoelectric effect |
| 80-3346 | 4:00 | Radioactivity |
| 80-3973 | 3:30 | Collisions with an unknown object |
| 80-4005 | 3:00 | Scattering in one dimension 1 - barriers |
| 80-4013 | 2:40 | Scattering in one dimension 2 - square wells |
| 80-4021 | 4:00 | Scattering in one dimension 3 - edge effects |
| 80-4039 | 3:00 | Scattering in one dimension 4 - momentum space |
| 80-4047 | 2:15 | Free wave packets |
| 80-4054 | 2:40 | Particle in a box |
| 6521 | The speed of projectiles, sound, and light | |
| 6522 | Simultaneity is relative | |
| 6523 | The Michelson-Morley experiment | |
| 6524 | Length contraction | |
| 6525 | Time dilation | |
| 6526 | The Doppler effect and the twin paradox | |
| 6527 | World lines | |
| 6528 | Coordinate transformation | |