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SOLVED: A flywheel rotates at angular velocity ω without friction, with a moment of inertia equal to I₀. A second flywheel with four times the moment of inertia of the first falls
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Moment of Inertia
![If I is the moment of inertia and @ the angular velocity, what is the dimensional formula of rotational kinetic energy 5 Io? nad a l noire (a) [ML?T“'] (C) [ML?T-21 (b) [](https://toppr-doubts-media.s3.amazonaws.com/images/12010181/a7678652-4f35-4f51-bc13-6331f7402693.jpg "If I is the moment of inertia and @ the angular velocity, what is the dimensional formula of rotational kinetic energy 5 Io? nad a l noire (a) [ML?T“'] (C) [ML?T-21 (b) [")
If I is the moment of inertia and @ the angular velocity, what is the dimensional formula of rotational kinetic energy 5 Io? nad a l noire (a) [ML?T“'] (C) [ML?T-21 (b) [
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Moment of Inertia
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6.51 where L is angular B1. Torque t = al +b – 0 momentum, I is moment of inertia and is angular velocity. The dimensions of 'ab' are :- (1) M°LºT-4 (2)
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