ROTATIONAL MOTION in One Shot || All Concepts & PYQs Covered || JEE Main & Advanced
Welcome to this Rotational Motion One Shot Lecture for JEE Main & JEE Advanced! In this complete physics session, we cover Rotational Motion Class 11 from basic to advanced, including theory, formulas, tricks, examples, and JEE PYQs. Whether you're preparing for JEE Main 2025, JEE Advanced, or revising Class 11 Physics, this lecture will help you strengthen concepts and score high in the exam. ⭐ What You Will Learn in This Lecture ✔ Introduction to Rotational Motion ✔ Rotational kinematics ✔ Torque & angular acceleration ✔ Moment of inertia (MOI) & MOI of standard bodies ✔ Parallel and Perpendicular Axis Theorem ✔ Angular momentum ✔ Work, power & energy in rotational motion ✔ Rolling motion & pure rolling ✔ Rigid body dynamics ✔ Translational vs Rotational Motion ✔ Complete PYQs (JEE Main + Advance) ⭐ Why This Video Is Important for JEE Rotational Motion is one of the most important and scoring chapters in JEE Physics. Every year, 2–3 questions appear directly from: • Moment of inertia • Torque • Rolling & pure rolling • Rigid body dynamics • Angular momentum This One-Shot lecture helps you revise everything in a clear, fast, and exam-oriented manner. ⭐ Who Should Watch This Video? ✔ JEE Main aspirants ✔ JEE Advanced aspirants ✔ Class 11 Physics students ✔ Droppers preparing for JEE 2025 ✔ Students wanting conceptual clarity in rotational motion ⭐ PDF Notes + Practice Questions Comment “NOTES” to get the PDF notes and extra practice questions for this chapter. • rotational motion jee mains • rotational motion jee advanced • rotational motion one shot • moment of inertia jee • rolling motion jee • rigid body dynamics class 11 • physics one shot for jee • rotational motion class 11 physics • jee mains physics 2025 #RotationalMotion #JEEPhysics #JEEMain2025 #JEEAdvanced #PhysicsOneShot #RigidBodyDynamics #jeepreparation TIMESTAMP 0:00- RIGID BODY 7:54- ANALYSING ROTATIONAL MOTION 23:56- MOMENT OF INERTIA 45:12- MOMENT OF INERTIA OF BODY 1:38:16- PARALLEL & PERPENDICULAR AXIS 2:38:09- RADIUS OF GYRATION 2:41:18- TORQUE 3:25:42- EQUILLIBIRIUM 4:06:56- FIX AXIS OF ROTATION & HINGE FORCES 4:38:22- PULLEY PROBLEMS 5:08:19- ENERGY CONSERVATION & W-ET 5:40:35- ANGULAR MOMENTUM 6:13:39- ANGULAR MOMENTUM CONSERVATION 6:59:00- CRTM 7:35:42- PURE ROLLING MOTION 8:40:14- ANGULAR MOMENTUM IN CRTM 9:09:27- TOPPLING
