Please solve quickly, hydraulic material Q) For a Sarda Fall, and using the data given below:• Canal full-supply flowrate, Q = 12 m³ /s• U/S Full-supply level, Lu/s 50.0 m• D/S Full-supply level, LD/s= 48.8 m• U/S Bed level = 48.4 m• D/S Bed level = 47.2 m• U/S and D/S Bed width = 10.0 m• Side slope 1 (H): 1 (V)• Assume 1st trial of top width = 0.8 m%3DDetermine the drop in water level, the crest length,the shape and dimensions of the fall section, and itscrest level. Check the assumed value of the top widthand draw the fall section.

Answered: Image /qna-images/answer/868df1c2-2831-433f-9ab8-8a14296b6dc5.jpg

For a Sarda Fall, and using the data given below: • Canal full-supply flowrate, Q =12 m3 /s • U/S Full-supply level, Lu/s = 50.0 m • D/S Full-supply level, Lp/s = 48.8 m • U/S Bed level = 48.4 m • D/S Bed level = 47.2 m %3D

For a Sarda Fall, and using the data given below: • Canal full-supply flowrate, Q =12 m3 /s • U/S Full-supply level, Lu/s = 50.0 m • D/S Full-supply level, Lp/s = 48.8 m • U/S Bed level = 48.4 m • D/S Bed level = 47.2 m %3D

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Hydroelectric energy is also known as hydropower or hydroelectricity. The term hydropower refers to the power obtained from water motion. By the term 'power', primarily means the generation of electricity. A hydropower plant or hydroelectric power plant utilizes the kinetic energy or pressure energy of flowing water into electrical energy. Unlike conventional energy sources used for power generation, electricity obtained from hydraulic power contributes to zero greenhouse gas emissions.

Question

Please solve quickly, hydraulic material

Q) For a Sarda Fall, and using the data given below:
• Canal full-supply flowrate, Q = 12 m³ /s
• U/S Full-supply level, Lu/s 50.0 m
• D/S Full-supply level, LD/s= 48.8 m
• U/S Bed level = 48.4 m
• D/S Bed level = 47.2 m
• U/S and D/S Bed width = 10.0 m
• Side slope 1 (H): 1 (V)
• Assume 1st trial of top width = 0.8 m
%3D
Determine the drop in water level, the crest length,
the shape and dimensions of the fall section, and its
crest level. Check the assumed value of the top width
and draw the fall section.

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