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Overview of Moment of Inertia
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Overview video of Moment of inertia calculation (Rotational Motion).

Kailash Sharma is teaching live on Unacademy Plus

Kailash Sharma
Senior Faculty Physics - Resonance Kota, Bansal Classes Chandigarh(2 Years), Ex- Resonance (Ahmedabad) - (3 Years), B.Tech - Mechanical Engi

U
Unacademy user
Thankyou so much sir for metallurgy chapter questions😃🎆🎉🎇🔥🔥🎆🎆🎉 waiting for today's live session😃✌👍🙏📖🔥🎆🎉🔥🎇
sir I'm new to ur course. Are these useful for aiims as well? (I'm the level of questions u've discussed)
Aparupa Dey
16 days ago
( *I mean the
Pg
sir why tensions are different on massful string and why same on massless string
The lesson shows about 2 hr but here is only lecturr of 50 mins ☹️
Kailash Sharma
3 months ago
Play all in sequence
Aditya Singh
3 months ago
Sir i am currently in class 12th.I am studying in vidyamandir classes ,Patna.I am in a regular batch and in no time class 11th ended.I don't even know the basics of class 11th.Please sir help me so that i can crack atleast JEE Mains.I have a great pressure from my family.I am getting depressed day by day.Please Sir help me
Aditya Singh
3 months ago
Sir i want to know the correct method from now that i should follow so that i can crack atleast JEE Mains or BITSAT
Kailash Sharma
3 months ago
You can crack IIT advance
Kailash Sharma
3 months ago
Message me personally
Aditya Singh
3 months ago
How can i message sir ?
Kailash Sharma
3 months ago
There is message box on unacademy
  1. Course: Rotational Motion (Moment of Inertia) Lesson 1.0: Overview to the course Presented by Kailash Sharma


  2. About Me 4 hrs B.Tech from IIT Patna in Mechanical Engineering e Currently Lecturer of Physics at Bansal Classes e Ex-Faculty of Physics at Resonance 3 Years e Course Fees: CONTRIBUTE eFollow me at: https://unacademy.com/user/kailash.itp


  3. This course is designed for students for Engineering exams specially IIT-JEE (Mains & Advanced), BITSAT Target Audience This course is also helpful for students preparing for NEET, and other pre-medical exams


  4. Rotational Motion (Moment of Inertia) . Introduction .Moment of Inertia of System of Course Overview Particles Moment of Inertia of Extended Mass Moment of Inertia of Linear Mass Parallel&Perpendicular Axis Theorem . Radius of Gyration


  5. Thank You