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Rectangular notch having width of 4m is provided over 80m wide natural stream having head of water of 2m over the notch. Find discharge over the rectangular notch. If the velocity of approach is 0.05m/sec, compute discharge considering this velocity of approach. The crest of notch is 3m above the bed of stream. Assume coefficient of discharge of 0.6.? for Civil Engineering (CE) 2024 is part of Civil Engineering (CE) preparation. The Question and answers have been prepared according to the Civil Engineering (CE) exam syllabus. Information about Rectangular notch having width of 4m is provided over 80m wide natural stream having head of water of 2m over the notch. Find discharge over the rectangular notch. If the velocity of approach is 0.05m/sec, compute discharge considering this velocity of approach. The crest of notch is 3m above the bed of stream. Assume coefficient of discharge of 0.6.? covers all topics & solutions for Civil Engineering (CE) 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Rectangular notch having width of 4m is provided over 80m wide natural stream having head of water of 2m over the notch. Find discharge over the rectangular notch. If the velocity of approach is 0.05m/sec, compute discharge considering this velocity of approach. The crest of notch is 3m above the bed of stream. Assume coefficient of discharge of 0.6.?.

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Here you can find the meaning of Rectangular notch having width of 4m is provided over 80m wide natural stream having head of water of 2m over the notch. Find discharge over the rectangular notch. If the velocity of approach is 0.05m/sec, compute discharge considering this velocity of approach. The crest of notch is 3m above the bed of stream. Assume coefficient of discharge of 0.6.? defined & explained in the simplest way possible. Besides giving the explanation of Rectangular notch having width of 4m is provided over 80m wide natural stream having head of water of 2m over the notch. Find discharge over the rectangular notch. If the velocity of approach is 0.05m/sec, compute discharge considering this velocity of approach. The crest of notch is 3m above the bed of stream. Assume coefficient of discharge of 0.6.?, a detailed solution for Rectangular notch having width of 4m is provided over 80m wide natural stream having head of water of 2m over the notch. Find discharge over the rectangular notch. If the velocity of approach is 0.05m/sec, compute discharge considering this velocity of approach. The crest of notch is 3m above the bed of stream. Assume coefficient of discharge of 0.6.? has been provided alongside types of Rectangular notch having width of 4m is provided over 80m wide natural stream having head of water of 2m over the notch. Find discharge over the rectangular notch. If the velocity of approach is 0.05m/sec, compute discharge considering this velocity of approach. The crest of notch is 3m above the bed of stream. Assume coefficient of discharge of 0.6.? theory, EduRev gives you an ample number of questions to practice Rectangular notch having width of 4m is provided over 80m wide natural stream having head of water of 2m over the notch. Find discharge over the rectangular notch. If the velocity of approach is 0.05m/sec, compute discharge considering this velocity of approach. The crest of notch is 3m above the bed of stream. Assume coefficient of discharge of 0.6.? tests, examples and also practice Civil Engineering (CE) tests.