In the figure, the pulley's axle is frictionless, and its rotational inertia is.33 kgm2. My = 5 kg and M2 = 9 kg. 11 = 2

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answerhappygod
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In the figure, the pulley's axle is frictionless, and its rotational inertia is.33 kgm2. My = 5 kg and M2 = 9 kg. 11 = 2

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In The Figure The Pulley S Axle Is Frictionless And Its Rotational Inertia Is 33 Kgm2 My 5 Kg And M2 9 Kg 11 2 1
In The Figure The Pulley S Axle Is Frictionless And Its Rotational Inertia Is 33 Kgm2 My 5 Kg And M2 9 Kg 11 2 1 (39.2 KiB) Viewed 71 times
In the figure, the pulley's axle is frictionless, and its rotational inertia is.33 kgm2. My = 5 kg and M2 = 9 kg. 11 = 28 cm and r2 = 16 cm. Find the angular speed of the pulley, in rad/s, when My has moved 3 meters. Assume neither mass reaches the pulley nor the ground.
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