Section 1 : Rotation, Rolling, Torque and Angular Momentum (AP Physics, Physics 1, IIT JEE)
Lecture 1 Angular Velocity, Displacement, Acceleration 00:13:07 Duration
Lecture 2 Equations in Rotation & Parallel with Linear equations 00:05:29 Duration
Lecture 3 Concept of Angular Velocity and Acceleration
Lecture 4 Angular Variables Vs 00:06:39 Duration
Lecture 5 Kinetic Energy of Rotating Bodies 00:04:45 Duration
Lecture 6 Moment of Inertia & Parallel Axis Theorem 00:09:39 Duration
Lecture 7 Torque Twisting Action of a Force
Lecture 8 Newton's 2nd Law for Rotation 00:07:42 Duration
Lecture 9 Work-Kinetic Energy Theorem for Rotation 00:11:02 Duration
Lecture 10 The Concept of Rolling, Rotation and Torque 00:07:10 Duration
Lecture 11 Rolling Mass on an Inclined Plane 00:08:22 Duration
Lecture 12 The Physics of a YOYO 00:04:45 Duration
Lecture 13 Angular Momentum & its Direction 00:04:41 Duration
Lecture 14 Deriving Torque 00:04:41 Duration
Lecture 15 Law of Conservation of Angular Momentum 00:06:44 Duration

Section 2 : Solved Numerical Problems
Lecture 1 Angular Velocity and Time Graph Dot on a Disc 00:06:39 Duration
Lecture 2 Angular Displacement of a Dot on a Disc 00:04:59 Duration
Lecture 3 Diver and her Angular Velocity 00:02:21 Duration
Lecture 4 Finding Angular Variables from an Equation 00:03:00 Duration
Lecture 5 Angular Acceleration and Displacement of an Engine 00:03:11 Duration
Lecture 6 Angular Acceleration of a Disc 00:04:26 Duration
Lecture 7 Angular Variables of a Merry-Go-Round 00:02:41 Duration
Lecture 8 Angular Velocity of Turn of a Space Ship 00:03:07 Duration
Lecture 9 Seed on a Turntable Angular Velocity and Friction
Lecture 10 Rotating pair of Discs 00:02:46 Duration
Lecture 11 Net Acceleration of a Car (Circular Motion) 00:04:43 Duration
Lecture 12 Moment of Inertia of 3 Connected Balls 00:04:55 Duration
Lecture 13 Moment of Inertia of System of 15 Discs 00:04:45 Duration
Lecture 14 Torque on an Irregular Disc 00:02:53 Duration
Lecture 15 Angular Variables of a Pulley Rope System 00:06:43 Duration
Lecture 16 Wheel's Angular Velocity and Acceleration
Lecture 17 Kinetic Energy of a Rolling Hoop
Lecture 18 Rolling cylinder and Angular velocity 00:08:40 Duration
Lecture 19 Rolling & Conservation of Energy 00:09:01 Duration
Lecture 20 Ball in the Hoop and Rolling 00:08:43 Duration
Lecture 21 Torque about the Origin 00:03:31 Duration
Lecture 22 Angular Momentum about the Origin 00:05:27 Duration
Lecture 23 Angular Momentum about the Origin (2) 00:03:45 Duration
Lecture 24 Angular Momentum of a rotating Disc 00:02:24 Duration
Lecture 25 Moment of Inertia of a Hoop Rod System 00:06:32 Duration
Lecture 26 Bullet Rod and Angular Momentum 00:04:54 Duration
Lecture 27 Cat and the change in Angular Velocity 00:08:39 Duration
Lecture 28 Angular Momentum of a Bullet Block System 00:03:31 Duration
Lecture 29 Two Discs One String- Ratio of Moment of Inertia 00:03:21 Duration
Lecture 30 Block and Rod - Conservation of Momentum & Energy 00:07:34 Duration