A car travelling at 28 m/s has no tendency to slip on a track of radius 200 m banked at an angle e. When the speed is increased to 35 m/s, the car is just on the point of slipping up the track. Calculate the coefficient of friction between the car and the track. (g = 9.8m/s)
A car travelling at 28 m/s has no tendency to slip on a track of radius 200 m banked at an angle e. When the speed is increased to 35 m/s, the car is just on the point of slipping up the track. Calculate the coefficient of friction between the car and the track. (g = 9.8m/s)
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Transcribed Image Text:A car travelling at 28 m/s has no tendency to slip on a track of radius 200 m
banked at an angle 0. When the speed is increased to 35 m/s, the car is just on
the point of slipping up the track. Calculate the coefficient of friction between
the car and the track. (g = 9.8m/s?)
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