A car takes a 100 m radius curve with a bank angle of 15° and a friction coefficient of 0.78. Determine the maximum speed that the car can take the curve. Use g = 10 m/s/s. Hint: This is a difficult problem. If you do some searching on the internet you should find an equation for speed as a function of bank angle and friction coefficient. Try to follow the derivation.
A car takes a 100 m radius curve with a bank angle of 15° and a friction coefficient of 0.78. Determine the maximum speed that the car can take the curve. Use g = 10 m/s/s. Hint: This is a difficult problem. If you do some searching on the internet you should find an equation for speed as a function of bank angle and friction coefficient. Try to follow the derivation.
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A car takes a 100 m radius curve with a bank angle of 15° and a friction coefficient of 0.78. Determine the maximum speed that the car can take the curve. Use g = 10 m/s/s. Hint: This is a difficult problem. If you do some searching on the internet you should find an equation for speed as a function of bank angle and friction coefficient. Try to follow the derivation.
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