A 95.2-kg solid sphere with a 14.8-cm radius is suspended by a vertical wire attached to the ceiling of a room. A torque of 0.192 N· m is required to swist the sphere through an angle of 0.850 rad. Find the period of oscillation when the sphere is released from this position.

A 95.2-kg solid sphere with a 14.8-cm radius is suspended by a vertic

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A 95.2-kg solid sphere with a 14.8-cm radius is suspended by a vertical wire attached to the ceiling of a room. A torque of 0.192 N· m is required to swist the sphere through an angle of 0.850 rad. Find the period of oscillation when the sphere is released from this position.

A 95.2-kg solid sphere with a 14.8-cm radius is suspended by a vertical wire attached to the ceiling of a room. A torque of 0.192 N· m is required to swist the sphere through an angle of 0.850 rad. Find the period of oscillation when the sphere is released from this position.

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