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Find the rate of flow of water through a V shaped channel as shown in figure(b). Take C=55, slope of bed is 1 in 2000.
written 6.3 years ago by gravatar for mitali.poojari1908 mitali.poojari1908 • 400 modified 2.2 years ago by gravatar for RakeshBhuse RakeshBhuse • 3.2k

Subject: Applied Hydraulics-II

Topic: Flow Through Open Channel(Uniform Flow)

Difficulty: Medium

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applied hydraulics
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written 2.2 years ago by gravatar for RakeshBhuse RakeshBhuse • 3.2k

Solution :

Given :

Chezy's constant (C) = 55

Bed slope = 1 in 2000

Depth of flow, $d=4.0 \space {m}$

Angle made by each side with vertical,

i.e., $\angle A B D=\angle C B D=30^{\circ}$

From Fig., we have Area,

$ \begin{aligned} A &= Area \space of A B …

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