Angular Displacement/velocity/acceleration | Chapter 3: Circular Motion |11th Physics(New Syllabus)

Download Notes: https://drive.google.com/file/d/1hQc5... Download Worksheet: will be uploaded soon In this lecture, we study Inelastic Collision in Two Dimensions for 11th Class Physics – New Syllabus. We begin with the collision diagram and understand why a two-dimensional inelastic collision requires velocity components. We then apply the Law of Conservation of Momentum separately along the x-axis and y-axis. The lecture also discusses the loss of kinetic energy during an inelastic collision and reviews some important conceptual points about elastic and inelastic collisions. What You'll Learn • Inelastic collision in two dimensions • Diagram of a 2D inelastic collision • Initial and final velocities • Initial angle (\theta) • Final angle (\phi) • Resolution of velocity into components • Horizontal velocity components • Vertical velocity components • Conservation of momentum along x-axis • Conservation of momentum along y-axis • Combined mass after collision • Common final velocity • Loss of kinetic energy • Initial and final kinetic energy • Conversion of lost kinetic energy into other forms • Momentum conservation in elastic and inelastic collisions • Important collision concepts #AngularDisplacement #AngularVelocity #AngularAcceleration #11thClassPhysics #CircularMotion #RotationalMotion #PhysicsNewSyllabus #Class11Physics