Any force through an objects center of mass can not rotate object. Explain A) tr

Question

Any force through an objects center of mass can not rotate object. Explain
A) true B) false
Force is to mass as torque is to A) rotation B moment of inertia C) angular velocity D) angular acceleration Explain Any force through an objects center of mass can not rotate object. Explain
A) true B) false
Force is to mass as torque is to A) rotation B moment of inertia C) angular velocity D) angular acceleration Explain
A) true B) false
Force is to mass as torque is to A) rotation B moment of inertia C) angular velocity D) angular acceleration Explain

Explanation / Answer

A] True. Such a force will have a net torque as zero (unless the object is pivoted to / subjected to another force) and can only produce translational motion.

B] Force is to mass as torque is to moment of inertia.

F = mass x acceleration.

and torque = moment of inertia x angular acceleration.

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