Uniform Circular Motion of coffee cup

AI Thread Summary
To determine the minimum coefficient of static friction for a coffee cup on a car's dash during a turn, the centripetal force equation Fc = mv^2/R is essential. The force providing centripetal acceleration in this scenario is the static friction between the cup and the dash. Understanding the static coefficient of friction is crucial for solving the problem effectively. Participants emphasize the importance of demonstrating effort in problem-solving before seeking assistance. Engaging with the material and asking specific questions can lead to more productive responses.
buonastella
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Homework Statement


  1. Kim has her coffee cup on her car's dash when she takes a corner with radius 4 m and 20 km/h. What is the minimum coefficient of static friction which would allow the coffee cup to stay there without slipping?

Homework Equations


Can someone show me the steps in how they answered it

The Attempt at a Solution


I know I have to use Fc = mv^2/R but I just honestly have no idea what I'm doing
 
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For the cup, which force provides centripetal acceleration?
 
Do you know what a static coefficient of friction is? If not, you need to do some reading.

https://en.wikipedia.org/wiki/Friction

You need to show some level of effort before people will help you. Asking for somebody to "show me the steps" will not get you a happy glowing response. If you are stuck on a particular part please come back and ask.
 
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