1 | | Spinning wheel: Rotational kinematics | |
2 | | Two wheels on an axle: Rotational collisions | |
3 | | Breaking a flywheel mechanically and electrically | |
4 | | Driving wheels apart with a spring | |
5 | | Torsion pendulum: Oscillatory rotational motion | |
6 | | Pohl's pendulum: Rotational resonance | |
7 | | Collisions in a single dimension | |
8 | | Position, speed, and acceleration of a bungee jumper | |
9 | | 1D collisions of gliders with magnets | |
10 | | Falling muffin cups | |
11 | | Steel balls falling in liquids | |
12 | | Spring oscillators | |
13 | | Two balls falling to the ground together | |
14 | | Bungee jumps | |
15 | | 2D collisions of pucks with magnets | |
16 | | Throwing a ball: Projectile motion | |
17 | | Curveball: Magnus effect | |
18 | | Moons and planets | |
19 | | Jupiter catches a comet | |
20 | | Air flow on rotating Earth | |
21 | | Lagrange points: Jupiter's Trojans | |
22 | | Water rocket on a test stand | |
23 | | Water rocket train | |
24 | | Sending a satellite into Earth orbit | |
25 | | Chains of bodies and springs | |
26 | | Rüchardt's experiment: Bouncing balls | |
27 | | Bubble rising in liquid | |
28 | | Propagation of sound | |
29 | | Falling and rolling on a string | |
30 | | Cylinder on a rubber band, rolling on an incline | |
31 | | A disk pendulum | |
32 | | An inverted pendulum | |
