A uniform disk of mass 16 kg and diameter 0.3 m slides to the left along a frictionless surface at a velocity of vi- 0.2 m/s. The disk then encounters a rough surface and rolls without slipping. Since the disk rolls without slipping, assume that V2 = wr. Assuming no energy is lost during the transition, find the angular velocity of the disk as it

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A uniform disk of mass 16 kg and diameter 0.3 m slides to the left along a frictionless surface at a velocity of vi- 0.2 m/s. The disk then encounters a rough surface and rolls without slipping. Since the disk rolls without slipping, assume that V2 = wr. Assuming no energy is lost during the transition, find the angular velocity of the disk as it rolls. W = 1.09 o rad/s. (Round your answer to 3 significant figures)

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