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A car rounds a curve of radius 50 m. A coin of mass 50 g is resting on the flat surface of the car’s
dashboard. If the road is not banked, at what speed will the coin begin to slide, assuming that the coefficient
of friction between the coin and the dashboard is 0.6?
dashboard. If the road is not banked, at what speed will the coin begin to slide, assuming that the coefficient
of friction between the coin and the dashboard is 0.6?
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(Original post by benjamin12345)
A car rounds a curve of radius 50 m. A coin of mass 50 g is resting on the flat surface of the car’s
dashboard. If the road is not banked, at what speed will the coin begin to slide, assuming that the coefficient
of friction between the coin and the dashboard is 0.6?
A car rounds a curve of radius 50 m. A coin of mass 50 g is resting on the flat surface of the car’s
dashboard. If the road is not banked, at what speed will the coin begin to slide, assuming that the coefficient
of friction between the coin and the dashboard is 0.6?
Or you’re in the wrong forum.
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#3
(Original post by benjamin12345)
A car rounds a curve of radius 50 m. A coin of mass 50 g is resting on the flat surface of the car’s
dashboard. If the road is not banked, at what speed will the coin begin to slide, assuming that the coefficient
of friction between the coin and the dashboard is 0.6?
A car rounds a curve of radius 50 m. A coin of mass 50 g is resting on the flat surface of the car’s
dashboard. If the road is not banked, at what speed will the coin begin to slide, assuming that the coefficient
of friction between the coin and the dashboard is 0.6?
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