Q2. The rectangular channel shown in the Figure is horizontal, and it carries q = 10 cfs/ft. The flow depth upstream of the sluice gate is 5 ft. A hydraulic jump occurs on the downstream side of the...


Q2. The rectangular channel shown in the Figure is horizontal, and it carries q = 10 cfs/ft. The<br>flow depth upstream of the sluice gate is 5 ft. A hydraulic jump occurs on the downstream side<br>of the sluice gate (no head loss for gate). Determine the flow depth at Sections B and D, and the<br>head loss due to the hydraulic jump.<br>10 cfs/ft<br>5 ft<br>B<br>D<br>

Extracted text: Q2. The rectangular channel shown in the Figure is horizontal, and it carries q = 10 cfs/ft. The flow depth upstream of the sluice gate is 5 ft. A hydraulic jump occurs on the downstream side of the sluice gate (no head loss for gate). Determine the flow depth at Sections B and D, and the head loss due to the hydraulic jump. 10 cfs/ft 5 ft B D

Jun 11, 2022
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