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A super-ball is dropped vertically from a height of 10 feet. Each time it bounces, it reaches a height that's 75% of the height of

A super-ball is dropped vertically from a height of 10 feet. Each time it bounces, it reaches a height that's 75% of the height of the previous bounce. If the ball keeps bouncing, and you could measure an arbitrarily small microscopic bounce, for how long would it bounce? Recall that the time it takes a ball to drop from a height of h ft is t = h1/2/4 seconds.

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