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4- It is planned to build the model of a spillway with width of 152 m in the lab. The maximum discharge from the spillway is 5660 m'/s and the discharge coefficient is 2.098. Determine the geometrical scale of the model, and the head over the spillway (both model and prototype) if the capacity of the pump in the laboratory is 140 lit/s.

4- It is planned to build the model of a spillway with width of 152 m in the lab. The maximum discharge from the spillway is 5660 m'/s and the discharge coefficient is 2.098. Determine the geometrical scale of the model, and the head over the spillway (both model and prototype) if the capacity of the pump in the laboratory is 140 lit/s.

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
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4- It is planned to build the model of a spillway with width of 152 m in the lab. The maximum discharge from the spillway is 5660 m'/s and the discharge coefficient is 2.098. Determine the geometrical scale of the model, and the head over the spillway (both model and prototype) if the capacity of the pump in the laboratory is 140 lit/s.
Transcribed Image Text:4- It is planned to build the model of a spillway with width of 152 m in the lab. The maximum discharge from the spillway is 5660 m'/s and the discharge coefficient is 2.098. Determine the geometrical scale of the model, and the head over the spillway (both model and prototype) if the capacity of the pump in the laboratory is 140 lit/s.
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