Mechanics: Rotational Dynamics

This lecture covers the theory of rotational dynamics, applying it to specific physical movements. Topics include equilibrium analysis of connected blocks, forces in tension, and the dynamics of a mass on a rotating disk. The instructor demonstrates the derivation of equations of motion and discusses the conservation of angular momentum. The lecture concludes with a detailed analysis of the energy conservation principle and its application to describe various types of motion, from circular to elliptical trajectories.