13. A basketball rolls without slipping down a ramp. The basketball has a mass of 0.93 kg and radius of 0.17 m. The incline is at 0 15° with respect to the horizontal. Treat the basketball as a hollow sphere. What is the magnitude of the force of friction from the ramp on the ball? A. 0.50 N B. 0.59 N C. 0.69 N D. 0.81 N E, 0.94 N 75 150 9.111 Nrost

College Physics
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Chapter1: Units, Trigonometry. And Vectors
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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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How would I solve for the magnitude of the friction
m
13. A basketball rolls without slipping down a ramp. The basketball has a mass of 0.93 kg and radius
of 0.17 m. The incline is at 6 = 15° with respect to the horizontal. Treat the basketball as a
hollow sphere. What is the magnitude of the force of friction from the ramp on the ball?
A. 0.50 N
B. 0.59 N
C. 0.69 N
D. 0.81 N
E, 0.94 N
75
150
a19= N sint
.93
Continue onto next page
cty
Angular vs. Linear Acceleration
-
herm
Transcribed Image Text:m 13. A basketball rolls without slipping down a ramp. The basketball has a mass of 0.93 kg and radius of 0.17 m. The incline is at 6 = 15° with respect to the horizontal. Treat the basketball as a hollow sphere. What is the magnitude of the force of friction from the ramp on the ball? A. 0.50 N B. 0.59 N C. 0.69 N D. 0.81 N E, 0.94 N 75 150 a19= N sint .93 Continue onto next page cty Angular vs. Linear Acceleration - herm
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