23:47

J2. Elastic Collision II

08:31

L12. Table of Moments of Inertia

30:42

L11. Moment of Inertia for a Cone

14:32

L10. Moment of Inertia for a Rectangle

25:22

L09. Moment of Inertia for a Spherical Shell

17:53

L08. Moment of Inertia for a Solid Sphere

06:51

L07. Moment of Inertia for a Pendulum

23:13

L06. The Cylinder

09:43

L05. Moment of Inertial for a Disk

06:08

L04. Moment of Inertia for a Rod

07:40

L03. Moment of Inertial for the Hoop

14:44

L02. Two Powerful Theorems

08:09

L1. Moment of Inertia

07:21

B3. The Slope of a Velocity vs Time Graph (New)

07:54

B2. Acceleration (New)

20:23

A5. The Three Types of Physical Quantities (New)

01:13

L. Short Intro to Moments of Inertia Chapter

13:46

K6. Friction: Sushi on Vinyl

11:22

K5. Playground Merry-Go-Round Kinematics

06:21

K4. Curveballs and Fastballs

14:57

K3. Centripetal and Tangential Acceleration

17:57

K2. Rotational Dynamics

13:35

K1. Rotational Kinematics

10:28

K0. Radians

03:19

K. Intro to the Chapter on Rotation

12:22

J8. Billiards: Collisions in Two Dimensions

09:37

J7. Blocks and a Spring

11:02

J6. Ballistic Pendulum

05:32

J5. Pendulum Hitting a Block

08:42

J4. Coefficient of Restitution

11:54

J3. Double Ball Drop

26:02

J1. Elastic Collisions I

13:07

J0. Intro to Collisions

16:56

I7. Impulse

15:14

I6. Momentum and Walking on a Boat

11:56

I5. Conservation of Momentum with Two Masses: Skaters and a Recoil Problem

07:11

I4. Conservation of Momentum

22:28

I3. Center of Mass for a Rod

11:41

I2. Center of Mass for Two Bodies

12:39

I1. Center of Mass

02:13

I0. Short Intro to the Momentum Chapter

12:53

H8. Trampoline Physics

25:14

H7. Loop the Loop Physics

10:35

H6. Sliding off a Hemisphere of Ice

09:45

H5. The Pendulum and the Nail

09:49

H4. Pendulum and Conservation of Energy

05:42

H3. Conservation of Energy

09:40

H2. Potential Energy

16:09

H1. Conservative Forces

00:53

H0. Short Introduction to Chapter H on Energy

08:12

G7. Power in Physics

11:59

G6. The Work-Energy Theorem

04:55

G5. Work Done by Forces as Mass is Pulled Along the Ground

08:46

G4. Kinetic Energy

08:55

G3. Work

13:30

G2. Dragging a Sled or Mass with Friction Included

18:11

G1. Holding a Mass Against a Wall with the Help of Friction

00:28

G0. Super Short Intro to Chapter G Work

02:25

F10. Skydiving

13:50

F9. The Rotor or Gravitron