Engineering, 05.05.2020 06:37, tripleog12716
A hydraulic jump forms at the toe of a spillway. The water surface levels are 0.2 ft and 6 ft above the apron before and after the jump, respectively. The velocity before the jump is 54.7 ft/sec. The width of the channel remains the same through before and after the jump. e. Calculate the velocity after the jump. f. Calculate the energy losses through the jump (in ft and kWh)
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A hydraulic jump forms at the toe of a spillway. The water surface levels are 0.2 ft and 6 ft above...
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