Question: Problem 5 A small box of mass ( m ) sits on the surface of a turntable a distance ( r

Problem 5
A small box of mass \( m \) sits on the surface of a turntable a distance \( r \) from the axis of rotation. The turntable is turning with angular speed \(\omega \). The coefficient of static friction between the box and the surface of the turntable is \(\mu_{s}\).
(a) Draw a free body diagram and analyze the motion in the earth frame of reference.
(b) Draw a free body diagram and analyze the motion in the frame of reference of the box by including a fictitious force.
(c) What is the largest value \(\omega \) can have so that the box does not slip on the turntable?
Problem 5 A small box of mass \ ( m \ ) sits on

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