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Answer:
The physical significance of the moment of inertia is similar to the mass in the translational motion. In translational motion, the mass of a body is used for measuring inertia. As the mass increases, inertia becomes larger. The force required for producing the linear acceleration will also increase.
In rotational motion, the greater the moment of inertia, angular acceleration will require more torque.
It is important to understand that the moment of inertia depends on three factors, and they are:
Moment of inertia is independent of the following factors:
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