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Luke and his friends will play pinata game. He attached the 5 kg pinata to a string, and he is pulling it from a frictionless pulley. a. To make the pinata stable, how much force must Luke exert? Show FBD.

Luke and his friends will play pinata game. He attached the 5 kg pinata to a string, and he is pulling it from a frictionless pulley. a. To make the pinata stable, how much force must Luke exert? Show FBD.

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Part a, b, and c.

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b. The pinata is initially at rest when Luke's friend hit it with a 3 kg bat. Find the velocity of the pinata after the collision if the initial velocity of the bat is 10 m/s, and the bat stopped from moving after it hit the pinata. Before After c. If the collision time is 1.5 s, what are the acceleration of the bat, and the pinata? Attach File Browse Local Files Browse Content Collection
Transcribed Image Text:b. The pinata is initially at rest when Luke's friend hit it with a 3 kg bat. Find the velocity of the pinata after the collision if the initial velocity of the bat is 10 m/s, and the bat stopped from moving after it hit the pinata. Before After c. If the collision time is 1.5 s, what are the acceleration of the bat, and the pinata? Attach File Browse Local Files Browse Content Collection
Luke and his friends will play pinata game. He attached the 5 kg pinata to a string, and he is pulling it from a frictionless pulley. a. To make the pinata stable, how much force must Luke exert? Show FBD.
Transcribed Image Text:Luke and his friends will play pinata game. He attached the 5 kg pinata to a string, and he is pulling it from a frictionless pulley. a. To make the pinata stable, how much force must Luke exert? Show FBD.
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