Question
A large cylinder of mass M = 150 kg and radius R = 0.350 m. The axle on which the cylinder rotates is NOT
A large cylinder of mass M = 150 kg and radius R = 0.350 m. The axle on which the cylinder rotates is NOT frictionless. A rope is wrapped around the cylinder exactly ten times. From rest, the rope is pulled with a constant tension of 25.0 N. The rope does not slip and when the rope comes free, the cylinder has a forward angular velocity = 10.5 rad/s. The moment of inertia of a cylinder is I = 1/2MR. (a) What angle was the cylinder rotated through? (b) What is the frictional torque of the axle? (c) How long will it take the frictional torque to bring the cylinder to a stop? (d) How many revolutions will it have turned?
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Introductory Classical Mechanics
Authors: David Morin
1st edition
9780511808951, 521876222, 978-0521876223
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