A uniform, solid cylinder of mass mc=4.88 kg and radius R=0.33 m with Icm=12MR^2 is attached at its axle to a string. The string is wrapped around a small "ideal" pulley (negligible friction, Icm≈0) and is attached to a hanging block of mass mb=2.42 kg as indicated in the above figure. You release the objects from rest and the cylinder rolls without slipping. 1. What is the magnitude of the acceleration of the block? 2. What is the magnitude of the tension force from the block on the cylinder?
A uniform, solid cylinder of mass mc=4.88 kg and radius R=0.33 m with Icm=12MR^2 is attached at its axle to a string. The string is wrapped around a small "ideal" pulley (negligible friction, Icm≈0) and is attached to a hanging block of mass mb=2.42 kg as indicated in the above figure. You release the objects from rest and the cylinder rolls without slipping. 1. What is the magnitude of the acceleration of the block? 2. What is the magnitude of the tension force from the block on the cylinder?
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A uniform, solid cylinder of mass mc=4.88 kg and radius R=0.33 m with Icm=12MR^2 is attached at its axle to a string. The string is wrapped around a small "ideal" pulley (negligible friction, Icm≈0) and is attached to a hanging block of mass mb=2.42 kg as indicated in the above figure. You release the objects from rest and the cylinder rolls without slipping.
1. What is the magnitude of the acceleration of the block?
2. What is the magnitude of the tension force from the block on the cylinder?
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