A hydraulic jump is formed in a rectangular channel 6.5 ft wide. The conjugate depths are...

A hydraulic jump is formed in a rectangular channel 6.5 ft wide. The conjugate depths are 0.5 ft and 4.0 ft respectively. Calculate: a. specific discharge, b. energy lost in the jump, c. critical depth, minimum specific energy, d. Horsepower lost, e. Length of the jump and f. Classify the Jump.

Expert Solution

Ally Wells answered 1 year ago

The sequent depth, ys of a hydraulic jump in a rectangular channel is related to the...

The sequent depth, ys of a hydraulic jump in a rectangular channel is related to the initial yi, the discharge per unit length, q, gravity acceleration, g and density r. Express the ratio ys/yi in term of non-dimensional group and compare with the equation developed from momentum principles as shown below: ?! #

Explain how to calculate depths, velocities, and headloss for a hydraulic jump. What is the difference...

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a) Sketch the specific energy curves for the following open channel flows: · A hydraulic jump...

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Q5. Derive an equation relating the sequent depths in a rectangular channel which has a bed...

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