In Figure 10-46, the incline is frictionless and the
Chapter , Problem 45(choose chapter or problem)
In Figure 10-46, the incline is frictionless and the string passes through the center of mass of each block. The pulley has a moment of inertia I and radius R. (a) Find the net torque acting on the system (the two masses, string, and pulley) about the center of the pulley. (b) Write an expression for the total angular momentum of the system about the center of the pulley. Assume the masses are moving with a speed . (c) Find the acceleration of the masses by using your results for Parts (a) and (b) and by setting the net torque equal to the rate of change of the systems angular momentum. SSM
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