(9%) Problem 9: A boy is at a snow tubing park and slides down a hill reaching a speed of 9.83 m/s at the bottom of a hi

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9 Problem 9 A Boy Is At A Snow Tubing Park And Slides Down A Hill Reaching A Speed Of 9 83 M S At The Bottom Of A Hi 1 (21.55 KiB) Viewed 54 times

(9%) Problem 9: A boy is at a snow tubing park and slides down a hill reaching a speed of 9.83 m/s at the bottom of a hill, where the ground becomes horizontal. The boy and his tube, with a combined mass of 49.6 kg, collide with a second tuber and tube, with a combined mass of 61.6 kg and initially at rest. Assume the collision is one-dimensional and elastic. Take the positive direction to be the direction of the initial velocity of the boy. Tart (a) What is the final velocity, in meters per second, of the first boy2 Part (b) What is the final velocity, in meters per second, of the second tuber? m/s V2r= sin() cos() tan() J ( 1 7 8 9 HOME