- #1
VidaMarie01
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I am not sure where to start for this problem:
A concrete highway curve of 80m is banked at a 16degree angle. What is the max speed with which a 1600kg rubber-tired car can take this curve without sliding?
I know the static coefficient of friction of rubber on concrete is 1.
I know that the max static friction=coefficient of static friction x normal force.
Please HELP!
A concrete highway curve of 80m is banked at a 16degree angle. What is the max speed with which a 1600kg rubber-tired car can take this curve without sliding?
I know the static coefficient of friction of rubber on concrete is 1.
I know that the max static friction=coefficient of static friction x normal force.
Please HELP!