Question: a bowling ball encounters a 0 . 5 - meter vertical rise as it rolls without slipping on its way back to the rack. ignore

a bowling ball encounters a 0.5- meter vertical rise as it rolls without slipping on its way back to the rack. ignore friction and assume that the balls mass is distributed uniformly. If the translational speed of the ball at the bottom of the rise is 4.2 m/s, what is the transitional speed at the top?

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