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A particle moves along a circle of radius R. Its speed v varies with distance x covered along the circle as kVx , where k is a constant. If R = 1.0 m and x= 0.5 m, find the angle between the net acceleration vector and the tangential acceleration vector. V =

A particle moves along a circle of radius R. Its speed v varies with distance x covered along the circle as kVx , where k is a constant. If R = 1.0 m and x= 0.5 m, find the angle between the net acceleration vector and the tangential acceleration vector. V =

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A particle moves along a circle of radius R. Its speed v varies with distance x covered along the circle as kVx , where k is a constant. If R = 1.0 m and x= 0.5 m, find the angle between the net acceleration vector and the tangential acceleration vector. V =
Transcribed Image Text:A particle moves along a circle of radius R. Its speed v varies with distance x covered along the circle as kVx , where k is a constant. If R = 1.0 m and x= 0.5 m, find the angle between the net acceleration vector and the tangential acceleration vector. V =
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