I am a student of IIT Roorkee and very passionate about teaching physics. I enjoy music and love to travel to new places.


Kumar Shitanshu Shekhar

The course will discuss the concepts of Rotation Dynamics with the help of previous year JEE questions . The course is  mainly focused on the applied aspect of the concepts like Moment of inertia , Torque , Angular momentum and Equilibrium of rigid bodies.
You can get a in depth knowledge of the rotational dynamics by going through out this course as every relevant concepts are explained while problem solving in great depth.

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

Hindi

(Hindi) Part 1: Rotational Dynamics: Previous Year Questions IIT JEE Advanced

Physics Previous Year Question

Previous Year & Mock Questions

Physics

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

Physics - Previous Year & Mock Questions

Physics Previous Year Questions

This is an introductory lecture to this course explaining the whole course structure and overview .

Introduction (in Hindi)

Lecture explains a question asked in IIT JEE 2006 dealing with the concept of calculation of moment of inertia.

Previous year JEE : Rotational Dynamics - 1 (in Hindi)

Lecture discusses a question asked in IIT JEE 2005 explaining the concept of moment of inertia calculation with the help of superimposition method.

Previour year JEE : Rotational Dynamics - 2 (in Hindi)

Lecture explains a question asked in IIT JEE 2000 explaining the concept of parallel and perpendicular axis theorm for the calculation of moment of inertia.

Previous year JEE : Rotational Dynamics - 3 (in Hindi)

Lecture discusses two questions asked in IIT JEE 1998 and 1992 explaining the concept of perpendicular axis theorm for the calculation of moment of inertia.

Previous year JEE : Rotational Dynamics - 4 (in Hindi)

Lecture explains the detailed concept of superimposition method for the calculation of moment of inertia with the help of a question asked in JEE 2012.

Previous Year JEE: Rotational Dynamics - 5 (in Hindi)

Lecture explains a question asked in JEE 2011 dealing with the concepts of parallel axis theorem for the calculation of moment of inertia.
CORRECTION - Please take d = 4/√2 and not d = 4√2 for the obvious reasons. The concept and the final answer to the question remains the same.

Previous Year JEE: Rotational Dynamics - 6 (in Hindi)

Lecture explains the concept of conversation of angular momentum with the help of a question asked in JEE Advanced 2014 . Question deals with a system of ring and two point masses in rotational motion .

Previous Year JEE: Rotational Dynamics - 7 (in Hindi)

Lecture explains a question asked in JEE Mains 2014 explaining the qualitative aspects of angular momentum in a case of a pendulum rotating in circular motion in horizontal plane.

Previous Year JEE: Rotational Dynamics - 8 (in Hindi)

Lecture discusses a previous year JEE 2012 question explaining the detailed concept of angular momentum. The lecture is an extension of previous one.

Previous Year JEE: Rotational Dynamics - 9 (in Hindi)

Lecture discusses two questions asked in JEE 2003 and JEE 2004. The questions explains the concept of conversation of angular momentum.

Previous Year JEE: Rotational Dynamics - 10 (in Hindi)

Lecture explains a JEE 2002 question explaining the concept of the conservation of angular momentum and moment of inertia.

Previous Year JEE: Rotational Dynamics - 11 (in Hindi)

Lecture discusses two questions asked in JEE 2000 explaining the concept of conversation of angular momentum and conservative forces.

Previous Year JEE: Rotational Dynamics - 12 (in Hindi)

Lecture discusses the concept of angular momentum with the help of a relationship obtained from circular motion. JEE 1998 question is explained.

Previous Year JEE: Rotational Dynamics - 13 (in Hindi)

Lecture explains the concept of angular momentum for a rigid body in combined translation and rotational motion and also in case of a projectile motion with the help of questions asked in JEE 2000 and JEE 1998

Previous Year JEE: Rotational Dynamics - 14 (in Hindi)

I'm your AR & you're my Squad! 
On YouTube 💢 AR SQUAD 💪
Teacher | Entertainer | Coach

Aayush Rathi

This is a crash course taken by Aayush Rathi for JEE Advanced 2019 Physics, exclusively on the Unacademy Plus platform.The course includes 24 live sessions including doubt sessions and 3 tests.This course is must for all the JEE Advanced aspirants.

(Hindi) IIT JEE Advanced 2019 Physics Crash Course

In this course, we will discuss around 90 previous year questions of Mechanics & General Physics from exams like JEE Main, JEE Advanced, NEET, AIEEE, etc. This course is a must watch for all the Physics learning students.

(Hindi) Part 3: Mechanics and General Physics - 90 Previous Year Questions

In this course, we will discuss around 90 previous year questions of Mechanics and General Physics from exams like JEE Main, JEE Advanced, NEET, AIEEE, etc. This course is a must watch for all the Physics learning students.

(Hindi) Part 2: Mechanics and General Physics - 90 Previous Year Questions : IIT JEE

In this course we will solve and discuss the old previous years IIT-JEE Screening Exam questions from the Physics papers of the years 2001-2005. This course will be a perfect confidence and rank booster for any student who is struggling in physics be it NEET, JEE or any other competitive exam aspirant.

(Hindi) Best Questions Of Physics Part 3 - IIT-JEE Screening Special

Pankaj Singh

In this course, the educator explains 100 problems that are based on heat and thermodynamics that will be sufficient for JEE Advanced.

Lessons

15 lessons • 2h 58m

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Introduction (in Hindi)

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Previous year JEE : Rotational Dynamics - 1 (in Hindi)

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Previour year JEE : Rotational Dynamics - 2 (in Hindi)

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Previous year JEE : Rotational Dynamics - 3 (in Hindi)

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Previous year JEE : Rotational Dynamics - 4 (in Hindi)

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Previous Year JEE: Rotational Dynamics - 5 (in Hindi)

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Previous Year JEE: Rotational Dynamics - 6 (in Hindi)

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Previous Year JEE: Rotational Dynamics - 7 (in Hindi)

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Previous Year JEE: Rotational Dynamics - 8 (in Hindi)

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Previous Year JEE: Rotational Dynamics - 9 (in Hindi)

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