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15 m/s of discharge is carried with a long triangular channel which consists of two segments with different bed slopes as shown in below
15 m/s of discharge is carried with a long triangular channel which consists of two segments with different bed slopes as shown in below figure. The side slope and the Manning's coefficient are given as z=2 and n=0.02, respectively. If the depths at section A and section B are 2 m and 1.4 m, respectively, find the distance between these two sections using Direct Integration Method. (Use two significant figure for decimal fraction i.e. Answer will be 0.12) Answer: Sp = 0.001 A the So = 0.02 B
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To find the distance between sections A and B in the triangular channel using the Direct Integration Method we can use the energy equation along the f...
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Managerial Accounting
Authors: Ray H. Garrison, Eric W. Noreen, Peter C. Brewer
13th Edition
978-0073379616, 73379611, 978-0697789938
