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A solid sphere (M = 5.0 kg and R 60 cm) is rolling down an inclined surface with a height of 2.0 meters and an inclined angle of 25 degrees. **** 15. find the linear acceleration of the sphere, in m/sec². a. 2.48 b. 2.76 c. 4.14 d. 2.96 16. for the sphere to make pure rotation, find the magnitude of the static frictional coefficient µ,=? a. 0.466 b. 0.133 c. 0.187 d. 0.155 h

A solid sphere (M = 5.0 kg and R 60 cm) is rolling down an inclined surface with a height of 2.0 meters and an inclined angle of 25 degrees. **** 15. find the linear acceleration of the sphere, in m/sec². a. 2.48 b. 2.76 c. 4.14 d. 2.96 16. for the sphere to make pure rotation, find the magnitude of the static frictional coefficient µ,=? a. 0.466 b. 0.133 c. 0.187 d. 0.155 h

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A solid sphere (M = 5.0 kg and R = 60 cm ) is rolling down an inclined surface with a height of 2.0 meters and an inclined angle of 25 degrees. 15. find the linear acceleration of the sphere, in m/sec². a. 2.48 b. 2.76 d. 2.96 c. 4.14 16. for the sphere to make pure rotation, find the magnitude of the static frictional coefficient µ,=? a. 0.466 b. 0.133 c. 0.187 d. 0.155 个 h
Transcribed Image Text:A solid sphere (M = 5.0 kg and R = 60 cm ) is rolling down an inclined surface with a height of 2.0 meters and an inclined angle of 25 degrees. 15. find the linear acceleration of the sphere, in m/sec². a. 2.48 b. 2.76 d. 2.96 c. 4.14 16. for the sphere to make pure rotation, find the magnitude of the static frictional coefficient µ,=? a. 0.466 b. 0.133 c. 0.187 d. 0.155 个 h
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