System of Particles and Rotational Motion : Rotational motion (Rigid body) Lecture - 29

Explained: Rolling motion, Inclined Plane

Explained: Combined translational + Rotational, Displacement, Velocity, Speed, Distance, Linear momentum, Kinetic energy & angular momentum

Explained: Rigid body dynamics - Concepts & numericals

Explained: Numericals on Rigid body dynamics

Explained: Momentum & Rigid body dynamics

Explained: Questions & Concepts on the rigid body dynamics

Explained: Torque acting on rotating body

Explained: Rigid Body - Torque, Condition of equilibrium, MCQs

Explained: Concepts of rigid body dynamics part - 5

Explained: Rigid body dynamics part - 4

Explained: Concepts on Rigid body dynamics

Explained: Rigid body - Parallel axis theorem & Perpendicular axis theorem, MI of the rod

Explained: Rigid body dynamics & related equations

Explained: Concepts & questions related to Rocket propulsion

Explained: Collision & more related concepts, Problems related to collision

Explained: Examples of Collision & related questions

Explained: Collision & Examples with problems

Explained: Impulse - Examples & Problems

Explained: Concepts of Impulse & related Problems

Explained: Spring block system & related questions

Explained: Spring block system & related equations

Explained: Recoil velocity and related concepts

Continue with the previous lecture - Problems related to the center of mass

Explained: Problems related to the center of mass

Explained: Law of conservation of momentum

Explained: Combination of structures (Centre of mass)

Explained: Hollow hemisphere related problems - Center of Mass

Explained: Center of the mass of the body having continuous mass distribution

Explained: Center of Mass