Please Login To Continue
Previous Year JEE: Rotational Dynamics - 6 (in Hindi)
Lesson 7 of 15 • 12 upvotes • 9:08mins
Kumar Shitanshu Shekhar
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.
1
Introduction (in Hindi)
9:45mins
2
Previous year JEE : Rotational Dynamics - 1 (in Hindi)
9:29mins
3
Previour year JEE : Rotational Dynamics - 2 (in Hindi)
13:20mins
4
Previous year JEE : Rotational Dynamics - 3 (in Hindi)
14:19mins
5
Previous year JEE : Rotational Dynamics - 4 (in Hindi)
12:23mins
6
Previous Year JEE: Rotational Dynamics - 5 (in Hindi)
14:17mins
7
Previous Year JEE: Rotational Dynamics - 6 (in Hindi)
9:08mins
8
Previous Year JEE: Rotational Dynamics - 7 (in Hindi)
14:48mins
9
Previous Year JEE: Rotational Dynamics - 8 (in Hindi)
11:03mins
10
Previous Year JEE: Rotational Dynamics - 9 (in Hindi)
11:56mins
11
Previous Year JEE: Rotational Dynamics - 10 (in Hindi)
10:27mins
12
Previous Year JEE: Rotational Dynamics - 11 (in Hindi)
14:54mins
13
Previous Year JEE: Rotational Dynamics - 12 (in Hindi)
10:28mins
14
Previous Year JEE: Rotational Dynamics - 13 (in Hindi)
9:08mins
15
Previous Year JEE: Rotational Dynamics - 14 (in Hindi)
12:55mins
Crack IIT JEE with Unacademy
Get subscription and access unlimited live and recorded courses from India's best educators
Structured syllabus
Daily live classes
Ask doubts
