The discharge of water over a 45-degree triangular weir is 0.75cfs. For a weir coefficient C = 0.58, determine the head on the weir. Use g = 32.2 fps². The head on the weir (in ft) is: A. 1.111 B. 0.991 C. 0.882 D. 0.771 E. None of the above
The discharge of water over a 45-degree triangular weir is 0.75cfs. For a weir coefficient C = 0.58, determine the head on the weir. Use g = 32.2 fps². The head on the weir (in ft) is: A. 1.111 B. 0.991 C. 0.882 D. 0.771 E. None of the above
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![The discharge of water over a 45-degree triangular weir is 0.75cfs. For a weir
coefficient C = 0.58, determine the head on the weir. Use g = 32.2 fps².
The head on the weir (in ft) is:
A. 1.111
B. 0.991
C. 0.882
D. 0.771
E. None of the above](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F64ee550f-ce7c-44f4-89b7-f2e8fcc0bb40%2Fe5468638-bfde-4bb1-aaaa-540c9c141d3e%2F0uvb55o_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The discharge of water over a 45-degree triangular weir is 0.75cfs. For a weir
coefficient C = 0.58, determine the head on the weir. Use g = 32.2 fps².
The head on the weir (in ft) is:
A. 1.111
B. 0.991
C. 0.882
D. 0.771
E. None of the above
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