Rotational Motion and Systems of Particles

Moving beyond the dynamics of a single point mass requires understanding how forces affect extended objects. This course provides a clear, conceptual foundation for the physics of rotation and the behavior of systems composed of multiple interacting particles. You will master the mathematical framework necessary to analyze rigid body motion, transitioning smoothly from linear mechanics to rotational dynamics. What you'll learn: * Understand the definition and methods for calculating the center of mass for discrete and continuous systems. * Define angular displacement, velocity, and acceleration and relate them to their linear counterparts. * Apply the concepts of torque and angular momentum to analyze rotational equilibrium and dynamics. * Master the calculation and application of the moment of inertia for various geometric shapes. * Practice solving problems involving conservation of angular momentum and rolling motion without slipping. * Analyze the work and power associated with rotational motion. This course begins with foundational definitions and terminology, progresses through the derivations of key rotational quantities, and concludes with practical application of conservation laws. Designed for absolute beginners, no prior exposure to rotational physics is required, only basic algebra and introductory mechanics knowledge. Start building your expertise in advanced classical mechanics today.