What Is the Acceleration of a Car Coasting Up a 10 Degree Incline?

AI Thread Summary
The discussion focuses on calculating the acceleration of a car coasting up a 10-degree incline with no friction. Participants identify the forces acting on the car, specifically gravity and the normal force, and discuss their components in relation to the incline. The car is accelerating up the incline, and the net force in that direction needs to be determined. Newton's second law is suggested as a method to solve the problem. The conversation emphasizes understanding the forces and their angles to find the acceleration.
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1) A woman is driving up an inclined section of road at an angle of 10 degrees. If she is coasting up the incline, meaning that friction is zero since her tires are rolling and not sliding, determine the acceleration of her car.
Can somebody help me solve this?

THANKS.
 
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What are the forces on the car, and at what angles do they act? Please post your attempts.
 
So there is a car going up a 10 degree road. There is no friction. There is force of gravity pointing towards the center of the Earth, and force normal pointing perpendicularly to the road. So there are only 2 forces. I have no clue hot to approach this. Thanks.
 
In which direction is the car accelerating? What is the net force in that directuion?
 
It is accelerating up the incline. And I am not sure about the second question.
 
You said there are two forces, gravity and the normal force. What are the components of those forces in the direction in which the car is accelerating?
 
Newton's second law will help you. Try it!
 
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