1Spring in accelerating cart *
2Pendulum on inclined cart *
3Two balls with different launches *
4Perpendicular velocities of two projectiles *
5Vertical velocity in projectile *
6Block at rest with applied force *
7Slide, friction, and loop exit *
8Maximum kinetic energy with friction *
9Projectile range and height relation *
10Car B catching car A *
11Child on rotating table *
12Jump landing force *
13Work by constant force *
14Half-circle path average speed *
15Cylinder on inclined block *
16Block pushed on smooth floor *
17Cylinder with two springs *
18Bouncing projectile between cliffs *
19Stable equilibrium potential *
20Cube corner masses potential *
21Position when particle stops *
22Maximum fall time after bounce *
23Brick climbing inclined plane *
24Power to maintain speed *
25Cylinder-block acceleration *
26Pilot weight in vertical loop *
27Car on circular track *
28Motorboat stopping distance *
29Cyclist maximum speed *
30Series springs stretch work *
31Projectile in trapezoid building *
32Three-cylinder rolling system *
33Two blocks on pulled plank *
34Rod on rolling cylinders on incline *
35Minimum acceleration of pendulum *
36Raindrop growth in mist *
37Two blocks with spring released *
38Elastic collision of equal balls *
39Thin rod under opposing forces *
40Moment of inertia of holed disk *