-) WATER IS FLOWING IN A TRAPE010 CHANNEL WITH A SIDE SLOPES EQUAL TO 2H :sV AND A 13 ft BOTTOM WIDTH AT A RATE OF 356 ft%s. IF THE CHANNEL IS conSTRUCTED AT A SLOPE OF o. 00159, FIND THE NORMAL DEPTH OF FLow. USE n 0.O1T. to Q= 350 ft/s S = 0. 60159 %3D 2. n = 0.015 13ft

Structural Analysis
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Chapter2: Loads On Structures
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How to solve the problem ( topic open channel)
L) WATER IS FLOWIN6 IN A TRAPEZ0ID CHANNEL WITH A SIDE SLOPES EQUAL To 2H:5V AND A
13 ft BOTTOM WIDTH AT A RATE OF 356 ft%s. IF tHE CHANNEL IS conSTRUCTED AT A SLOPE OF
0. 00159, FIND THE NORMAL DEPTH OF FLoWw. uSE n= o.O1T.
Q = a5o ft/s
S = 0. 00159
n = 0-015
13ft
Transcribed Image Text:L) WATER IS FLOWIN6 IN A TRAPEZ0ID CHANNEL WITH A SIDE SLOPES EQUAL To 2H:5V AND A 13 ft BOTTOM WIDTH AT A RATE OF 356 ft%s. IF tHE CHANNEL IS conSTRUCTED AT A SLOPE OF 0. 00159, FIND THE NORMAL DEPTH OF FLoWw. uSE n= o.O1T. Q = a5o ft/s S = 0. 00159 n = 0-015 13ft
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