A mass M is attached to a spring on a frictionless horizontal surface and set in

Question

A mass M is attached to a spring on a frictionless horizontal surface and set into oscillation. A smaller mass m sits on top of the first and moves with it without slipping. The static friction force exerted on the smaller mass... A.is equal to Msmg through the friction (M is Mu and subscript s for static) B. reaches a maximum value as the masses reach their maximum speed C. reaches a maximum value as the masses reach their minimum speed D. reaches a maximum value at a point where the speed is between its maximum and minimum value E. remains constant but is less than Msmg (M is Mu and subscript s for static)

Explanation / Answer

plz rate

C. reaches a maximum value as the masses reach their minimum speed

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