Part A An object rolls without slipping onto a surface where the coefficient of

Question

Part A An object rolls without slipping onto a surface where the coefficient of friction between object and surface is twice as great as that needed to prevent slipping. Describe the subsequent motion. The object begins to slip, and the actual force of static friction increases. The object begins to slip, and the actual force of static friction doesn't change. The object continues to roll without slipping, and the actual force of static friction doesn't change. The object continues to roll without slipping. and the actual force of static friction increases. Submit My Answers Give Up Continue

Explanation / Answer

because it will roll with constant velocity and angular velocity so there will not be any acceleration or angular acceleration so we can say the object continues to roll without slipping, and the actual force of static friction doesn't change.

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