A truck drives over a curved hill. What is the minimum coefficient of friction between the truck tires and the road so that, at the point shown in the figure, the truck can maintain a constant speed of 12 m/s? The radius of curvature of the hill is R = 80 m. You may treat the truck as if it were a point particle.
A truck drives over a curved hill. What is the minimum coefficient of friction between the truck tires and the road so that, at the point shown in the figure, the truck can maintain a constant speed of 12 m/s? The radius of curvature of the hill is R = 80 m. You may treat the truck as if it were a point particle.
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Take the angle as 28 degrees.

Transcribed Image Text:A truck drives over a curved hill. What is the minimum coefficient
of friction between the truck tires and the road so that, at the point
shown in the figure, the truck can maintain a constant speed of
12 m/s? The radius of curvature of the hill is R = 80 m. You may
treat the truck as if it were a point particle.
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