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Angular Velocity and Mass

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Problem # 12 - A thin ring having a mass of 15 kg strikes the 20-mm-high step. Determine the largest angular velocity w1 the ring can have so that it will not rebound off the step at A when it strikes it.

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Solution Summary

This solution contains step-by-step calculation to determine the largest angular velocity the thin ring can have so it will not rebound off the step at A when it strikes it. It uses the equation for translational kinetic energy, rotational kinetic energy, and total kinetic energy.

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Problem # 12 - A thin ring having a mass of 15 kg strikes the 20-mm-high step. Determine the largest angular velocity 1 the ring can have so that it will not rebound off the step at A when it strikes it.
Solution: If we want the ring will not rebound off the step at A when it strikes it, its kinetic ...

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