A 1,800 kg car is parked on a road that has an elevation angle of 7°. Suppose the coefficient of static friction of the kinds of rubber and asphalt involved is 0.65. Find the force of static friction between the tires and the road.

Question

anonymous · Answer

@wio can you help me out with this?

anonymous · Answer

check out these sites https://www.google.com/search?q=A+1%2C800+kg+car+is+parked+on+a+road+that+has+an+elevation+angle+of+7%C2%B0.+Suppose+the+coefficient+of+static+friction+of+the+kinds+of+rubber+and+asphalt+involved+is+0.65.+Find+the+force+of+static+friction+between+the+tires+and+the+road.&oq=A+1%2C800+kg+car+is+parked+on+a+road+that+has+an+elevation+angle+of+7%C2%B0.+Suppose+the+coefficient+of+static+friction+of+the+kinds+of+rubber+and+asphalt+involved+is+0.65.+Find+the+force+of+static+friction+between+the+tires+and+the+road.&aqs=chrome..69i57j69i64l3.362j0j7&sourceid=chrome&es_sm=0&ie=UTF-8

anonymous · Answer

Hint: Newton's second law of motion

danjs · Answer

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