SYSTEM OF PARTICLES AND ROTATIONAL MOTION (Hindi)

   Friday, January 19, 2024   

Starting a new Lecture Notes Series on SYSTEM OF PARTICLES AND ROTATIONAL MOTION

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SYSTEM OF PARTICLES AND ROTATIONAL MOTION By Lecture Notes together!

Lecture 1: Centre of Mass - Part 1 | Fundamentals

Lecture 2: Centre of Mass of n Particle system | TWO THREE and MORE mass

Lecture 3: Centre of Mass of UNIFORM and NON-UNIFORM rod

Lecture 4: Centre of Mass of UNIFORM SEMICIRCULAR WIRE

Lecture 5: Centre of Mass of UNIFORM SEMICIRCULAR DISC

Lecture 6: Centre of mass of UNIFORM SOLID HEMISPHERE

Lecture 7: Centre of mass of UNIFORM HOLLOW HEMISPHERE

Lecture 8: Centre of mass of UNIFORM SOLID CONE

Lecture 9: TORQUE ➤ Rotational Motion - Part 01

Lecture 10: TORQUE - Derivation || Rotational Motion - Part 02

Lecture 11: WORK DONE is DOT Product of TORQUE and ANGULAR DISPLACEMENT || Rotational Motion - 03

Lecture 12: Angular DISPLACEMENT, VELOCITY and ACCELERATION

Lecture 13: MOMENT of INERTIA || Part - 1

Lecture 14: MOMENT of INERTIA || Part - 2 || relation with TORQUE

Lecture 15: Moment of Inertia of a ROD

Lecture 16: MOMENT of INERTIA || Part - 1

Lecture 17: MOMENT of INERTIA || Part - 2 || relation with TORQUE

Lecture 18: Moment of Inertia of a ROD

Lecture 19: PARALLEL AXIS THEOREM

Lecture 20: PARALLEL AXIS THEOREM - Proof

Lecture 21: PERPENDICULAR AXIS THEOREM - Proof

Lecture 22: EQUATIONS OF ROTATION - Compilation

Lecture 23: RADIUS of GYRATION

Lecture 24: Moment of Inertia for a RING

Lecture 25: Moment of Inertia for a DISK / DISC

Lecture 26: Moment of Inertia for a CYLINDER

Lecture 27: ANGULAR MOMENTUM || Part 1 - Basics

Lecture 28: Momemt of Inertia for RECTANGULAR LAMINA

Lecture 29: Parallel Axes Theorem - Special Case : No axis through centre of mass