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Problem 4 In a water-powered mill, 0.2 cubic meters of water per second fall through a height of 3m to turn a waterwheel. Assuming that
Problem 4 In a water-powered mill, 0.2 cubic meters of water per second fall through a height of 3m to turn a waterwheel. Assuming that all the work done by gravity on the water is converted into energy by the waterwheel, find the power of this device. (Note: 1 cubic meter of water has an inertia of 10* kg.)
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