What is the Max Speed for a Car on a Level Circular Curve?

AI Thread Summary
To determine the maximum speed of a car on a level circular curve with a radius of 50.0 m and a static friction coefficient of 0.600, the relevant equation involves calculating the centripetal force and frictional force. The maximum speed is influenced by the radius of the curve and the frictional force between the tires and the road. After some initial confusion, the poster found the necessary formula in their notes and solved the problem. The discussion highlights the importance of understanding the physics behind circular motion and friction. Ultimately, the poster successfully resolved their query.
d.tran103
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Hi everyone, I'm having trouble with this problem and I think I never wrote down the equation for this question. Can someone help me? Thanks!


A car enters a level circular curve of radius 50.0 m. If the coefficient of static friction between the tires and the road is 0.600, what is the maximum speed that the car can go and stay on the road?


A
22.4 m/s
B
17.1 m/s
C
14.6 m/s
D
9.42 m/s
 
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Nevermind, I got the answer now. I found the formula in my notes.
 

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