In applications of differential equations, solve the problem: A man and a parachute are falling with a speed of 173 ft/sec when the parachute opens and the speed is reduced so as to approach the limiting value of 15 ft/sec by an air resistance proportional to the square of the speed. Find time in terms of the velocity.
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In applications of differential equations, solve the problem:
A man and a parachute are falling with a speed of 173 ft/sec when the parachute opens and the speed is reduced so as to approach the limiting value of 15 ft/sec by an air resistance proportional to the square of the speed. Find time in terms of the velocity.
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