A ping-pong ball, m1, is placed on top of a tennis ball, m2, which is placed on top of a base ball, m3 as it is shown in the figure. The entire assembly is dropped from a height h = 1 m. Assuming a completely elastic collision between the balls and the floor and that m3 >> m2 >> m1, calculate the maximum height the ping-pong ball will bounce up. Neglect the dimensions of the balls.
A ping-pong ball, m1, is placed on top of a tennis ball, m2, which is placed on top of a base ball, m3 as it is shown in the figure. The entire assembly is dropped from a height h = 1 m. Assuming a completely elastic collision between the balls and the floor and that m3 >> m2 >> m1, calculate the maximum height the ping-pong ball will bounce up. Neglect the dimensions of the balls.
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A ping-pong ball, m1, is placed on top of a tennis ball, m2, which is placed on top of a base ball, m3 as it is shown in the figure. The entire assembly is dropped from a height h = 1 m. Assuming a completely elastic collision between the balls and the floor and that m3 >> m2 >> m1, calculate the maximum height the ping-pong ball will bounce up. Neglect the dimensions of the balls.
Transcribed Image Text:pingpng bull
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