Match the Rotational motion quantities to their translation motion counterparts :
List - 1 List - 2
a) Torque e) Mass
b) Moment of Inertia f ) Linear Momentum
c) Angular momentum g) Velocity
d) $ω$ h) force

a -f; b-g; c-h; d-e

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a- h; b-e; c-f; d-g

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a -h; b-e; c-g; d-f

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a -f; b-g; c-e; d-h

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Solution

The correct option is B a- h; b-e; c-f; d-g
Torque is equivalent to the force, Moment of Inertia is equivalent to the mass, Angular momentum is equivalent to the Linear Momentum and Angular velocity( $ω$ ) is equivalent to the Linear velocity.
So option B is correct.

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Match the Rotational motion quantities to their translation motion counterparts :List - 1 List - 2a) Torque e) Massb) Moment of Inertia f ) Linear Momentumc) Angular momentum g) Velocityd) ω h) force

The correct option is B a- h; b-e; c-f; d-gTorque is equivalent to the force, Moment of Inertia is equivalent to the mass, Angular momentum is equivalent to the Linear Momentum and Angular velocity(ω) is equivalent to the Linear velocity.So option B is correct.

Match the Rotational motion quantities to their translation motion counterparts :
List - 1 List - 2
a) Torque e) Mass
b) Moment of Inertia f ) Linear Momentum
c) Angular momentum g) Velocity
d) $ω$ h) force

The correct option is B a- h; b-e; c-f; d-g
Torque is equivalent to the force, Moment of Inertia is equivalent to the mass, Angular momentum is equivalent to the Linear Momentum and Angular velocity( $ω$ ) is equivalent to the Linear velocity.
So option B is correct.