a-hollow-ball-of-mass-m-is-rolling-down-an-inline-without-slipping-the-incline-p

Question

A hollow ball of mass m is rolling down an inline without slipping. The incline plane angle is θ. How does doubling mass to 2m affect the ball's acceleration, friction, and least friction coefficient needed to hinder slipping?

Accepted Answer

a: remains same; f_s: doubles: μ_s; remains same

Answer

a: halved; f_s: doubles: μ_s; remains same

Answer

a: remains same; f_s: remains same: μ_s; remains same

Answer

a: halved; f_s: halved: μ_s; halved

Answer

a: doubles; f_s: doubles: μ_s; doubles

Answer

a: doubles; f_s: doubles: μ_s; remains same

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A hollow ball of mass m is rolling down an inline without slipping. The incline plane angle is θ. How does doubling mass to 2m affect the ball's acceleration, friction, and least friction coefficient needed to hinder slipping?