A most efficient trapezoidal section is required to give a maximum discharge of 21.5 m³/s of water. The slope of the channel bottom is 1 in 2500. Taking C-70 m2/s in Chezy's equation, determine the value of Manning's 'n' taking the value of velocity of flow as obtained for the channel by Chezy's equation.
A most efficient trapezoidal section is required to give a maximum discharge of 21.5 m³/s of water. The slope of the channel bottom is 1 in 2500. Taking C-70 m2/s in Chezy's equation, determine the value of Manning's 'n' taking the value of velocity of flow as obtained for the channel by Chezy's equation.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:A most efficient trapezoidal section is
required to give a maximum discharge of
21.5 m³/s of water. The slope of the channel
bottom is 1 in 2500. Taking C-70 m2/s in
Chezy's equation, determine the value of
Manning's 'n' taking the value of velocity of
flow as obtained for the channel by Chezy's
equation.
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