Ayush P Gupta

This course presents a full coverage on Rotation Mechanics. It includes introduction to moment of inertia, its determination for different bodies, pure rolling concept, and finally some quality numericals is also given at the end.

IIT JEE 2020 and 2021 Main and Advanced exam preparation. Know about detailed syllabus, best books, exam pattern and dates. Cover previous year question papers and book solutions from great educators.

IIT JEE

JEE Main and Advanced Preparation

English

Rotational Mechanics For IIT JEE

Rigid Body Dynamics

Mechanics

Physics

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

This video gives an introduction to moment of inertia.

Introduction to Moment of Inertia

This video discusses the moment of inertia of various bodies.

Moment of Inertia of Rigid Bodies

This video explains the proof behind the calculation of moment of inertia of a uniform solid cylinder about an axis perpendicular to its base.

Moment of Inertia of Uniform Solid Cylinder

This video explains the calculation of moment of inertia of rod.

Moment of Inertia of Uniform Rigid Rod

This video explains the famous Parallel Axis Theorem for calculating Moment of Inertia

Parallel Axis Theorem

This video explains the Perpendicular Axea Theorem.

Perpendicular Axes Theorem

This video gives an introduction about Torque.

Torque : Part 1

This video continues the lecture on Torque.

Torque : Part 2

This video describes some basic quantities like angular velocity, angular acceleration.

Basic Recap: Angular Variables

Angular Momentum

This videos describes relation between torque and angular momentum.

Relation between Torque and Angular Momentum, Conservation of Angular Momentum

Rolling Motion

This video explains the different types of rolling and their conditions.

Types of Rolling

This video deals with the concept of disc rolling on a conveyor belt.

Rolling Disc on Conveyor Belt

This video explains the concept of accelerated pure rolling.

Accelerated Rolling Motion

This video explains the rolling motion on an inclined plane.

Rolling on Inclined Surface

This video describes the relation between torque and angular acceleration.

Torque and Angular Acceleration

This video talks about the kinetic energy in Rotational Mechanics

Kinetic Energy in Rotation

This video explains a very good numerical on rotational motion of pulley.

Quality Numerical 001

This video explains the easy application of conservation of angular momentum.

Quality Numerical 002 : Conservation of Angular Momentum

This video explains the way to find the angular momentum of a point mass.

Quality Numerical 003 : Angular Momentum

This videos presents a very good numerical based on Accelerated Pure Rolling.

Quality Numerical 004 : Accelerated Pure Rolling

This video explains an important numerical regarding Accelerated pure rolling.

Quality Numerical 005 : Accelerated Pure Rolling

This video explains an important numerical based on finding Rotational Kinetic Energy.

Quality Numerical 006 : Rotational Kinetic Energy

This video explains an important numerical based on pure rolling concept.

Quality Numerical 007 : Backward Slipping

Quality Numerical 008 : Pure Accelerated Rolling

This video explains an important numerical based on the concept of pure accelerated rolling

Quality Numerical 009 : Pure Accelerated Rolling

This video explains an important numerical based on the finding of angular acceleration.

Quality Numerical 010 : Linear and Angular Acceleration

This video deals an important numerical explaining the work done by friction in pure rolling is zero.

Quality Numerical 011 : Pure Accelerated Rolling and Forward Slipping

This video explains an easy numerical about angular acceleration.

Quality Numerical 013 : Linear and Angular Acceleration

This video explains an easy numerical based on the calculation of friction in rolling.

Quality Numerical 012 : Friction and Pure Rolling

This video explains the most important numerical in rotational motion topic.

Quality Numerical 014 : Most Important Numerical

This video explains how to calculate moment of inertia of a body having cavity.

Quality Numerical 015: Moment Of Inertia of a Body having Cavity

This video explains an important numerical based on the pure rolling concept.

Quality Numerical 016 : Pure Rolling

This video explains an important numerical based on sliding disc.

Quality Numerical 017 : Sliding Disc

Quality Numerical 018 : Pure Rolling

This video explains an important numerical based on the concept of rotation.

Quality Numerical 019 : Suspended Rod

This video explains an easy numerical to find out torque by frictional forces

Quality Numerical 020 : Torque by Friction

This video explains an important numerical based on the concept of freely falling rod. Must watch to clear concepts.

Quality Numerical 021 : Freely Falling Rod

This video explains about angular momentum calculation for a moving particle

Quality Numerical 002: Angular Momentum

Top Physics Faculty for JEE Main and Advanced from Kota.
10+ Years Experience. Ex Resonance Kota and Bansal Classes.
B .Tech - IIT Patna.

Kailash Sharma

This course is in continuation of my previous course on Center Of Mass Calculation. this course is about the motion of Center Of Mass, Linear Momentum Conservation, Spring Mass Problems, Impulse, Collision and Variable Mass System.

(Hindi) Center of Mass Part 2: Motion of C.O.M - IIT JEE

In this course, Kailash has covered combined Translational and Rotational Motion, kinetic Energy, Angular Momentum calculation and conservation, Pure Rolling, friction in pure rolling and Toppling.

(Hindi) Rotational Motion Part 3 - Rolling Motion

This course is about Rotational Motion of Rigid Body. In this course I have covered Rigid Body, Calculation of Moment of Inertia of system of particles, moment of inertia of continuous mass such as Rod, Ring, Disc, Sphere and Cone.

(Hindi) Rotational Motion Part 1 - Moment of Inertia

In this course, Kailash has covered Torque, Kinematics and Dynamics of Rotational motion. He has also covered Rotation about Fixed Axis, Combined Translational and Rotational Motion, Rolling cases and toppling of bodies.

(Hindi) Rotational Motion Part 2 - Fixed Axis

This course is in continuation with my previous three courses on Rotational Motion. In this course on Rotational Motion I will cover important concepts as revision and important questions of Rotational Motion for IIT JEE Main and Advance.

(Hindi) Rotational Motion Crash Course: IIT JEE

18 years experience, mentored more than 500 ranks under 1000 including AIR: 21, 87, 273,381) | FIITJEE (Delhi), Narayana, VMC | IIT, Mandi

Pankaj Singh

This course is designed to provide you with some very useful techniques on work power energy to enhance problem-solving and concept learning.

Lessons

40 lessons • 5h 21m