A sling shot is made by attaching a large metal weight (10.0 kg) to a string...

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A sling shot is made by attaching a large metal weight (10.0 kg) to a string with a length of 1.50 m. The sling shot is swung around with a angular velocity of 38.0 rad/s. Another sling shot is made with a mass of 7.60 kg and and the string length of 1.20 m. If the sling shots both have the same angular momentum, what is the angular velocity of the second sling shot? Hint: treat the mass on the sling shot as a point mass 1 = mr Round the answer to the 1's place (no decimals), and do not include the rad/s unit. A sling shot is made by attaching a large metal weight (10.0 kg) to a string with a length of 1.50 m. The sling shot is swung around with a angular velocity of 38.0 rad/s. Another sling shot is made with a mass of 7.60 kg and and the string length of 1.20 m. If the sling shots both have the same angular momentum, what is the angular velocity of the second sling shot? Hint: treat the mass on the sling shot as a point mass 1 = mr Round the answer to the 1's place (no decimals), and do not include the rad/s unit.

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The angular momentum L of an object rotating around an axis is given by the formula L I ome... View the full answer