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A solid sphere rotates at a constant angular speed. In ċase A, the axis of rotation passes through its center. In case B the axis is passes through its outer edge. In which case, if any, is the moment of inertia the smallest? O In neither case A nor B since there is no moment of inertia for either O In case B (axis at one end) O In case A (axis at center) O In both case A and B since the location of the axis is irrelevant MacBook Air

A solid sphere rotates at a constant angular speed. In ċase A, the axis of rotation passes through its center. In case B the axis is passes through its outer edge. In which case, if any, is the moment of inertia the smallest? O In neither case A nor B since there is no moment of inertia for either O In case B (axis at one end) O In case A (axis at center) O In both case A and B since the location of the axis is irrelevant MacBook Air

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A solid sphere rotates at a constant angular speed. In ċase A, the axis of rotation passes through its center. In case B the axis is passes through its outer edge. In which case, if any, is the moment of inertia the smallest? O In neither case A nor B since there is no moment of inertia for either O In case B (axis at one end) O In case A (axis at center) O In both case A and B since the location of the axis is irrelevant MacBook Air
Transcribed Image Text:A solid sphere rotates at a constant angular speed. In ċase A, the axis of rotation passes through its center. In case B the axis is passes through its outer edge. In which case, if any, is the moment of inertia the smallest? O In neither case A nor B since there is no moment of inertia for either O In case B (axis at one end) O In case A (axis at center) O In both case A and B since the location of the axis is irrelevant MacBook Air
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