Ring vs Disc: Whose Moment of Inertia is More? 🤯 | Physics #Shorts

What is Moment of Inertia and why does a rotating body resist change in its rotational motion?

Is short animation me simple way se samjho how Moment of Inertia (I) depends on mass distribution and distance from the axis of rotation.

$$ I=sum mr^2 $$

Mass axis se jitna door distributed hoga, Moment of Inertia utna zyada hoga.

Also revise this important JEE/NEET result:

Ring: (I=MR^2)
Disc: (I=frac12MR^2)

🔥 Final Challenge: Same mass (M) and same radius (R) ke liye — Ring ya Disc, kis ka Moment of Inertia zyada hoga?

Comment your answer 👇

Useful for Class 11 Physics, JEE Main, JEE Advanced, NEET, Rotational Motion and System of Particles revision.

#MomentOfInertia #RotationalMotion #Physics #JEEPhysics #NEETPhysics #Class11Physics #RotationalDynamics #Torque #PhysicsShorts #JEE #NEET #shorts

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