2.) It is desired to carry 100 gallons/s of water at a velocity of 2 ft/s. in a trapezoidalopen channel. Design the channel cross-section for the most efficientconveyance of this flow. (Hint: Table 14.3)noiosiinon nebbua a dpuori egiq.0.1 ni Ae mot ewofl 7 TTJS loovlp enelyrtprilasigo aviey sdolp beansgo vilut e dalontewol.neri eio 0 obooTrapezoid(half of a hexagon) bloy-dgin sds niT= 2.309ySMULOLIUARGYH e.Asdr besbnu ofz30.5771.73y23.46yy/2z = 0.577y60°60°b = 1.155y→

Given:Q=100 gallons/secv=2 ft/sec

L=b 2.) It is desired to carry 100 gallons/s of water at a velocity of 2 ft/s. in a trapezoidal open channel. Design the channel cross-section for the most efficient conveyance of this flow. (Hint: Table 14.3) noilosiinoo nebbua a douori egiq.a.l ni Ae mot awot TT6 logyenel Trapezoid o aur 0 n (half of a hexagon) SMULOLIUARCYH e.I T= 2.309y bnu o 1 z=0.577 1.73y? 3.46y y/2 z=0.577 60° Y 600 +b= 1.155y → colod b

L=b 2.) It is desired to carry 100 gallons/s of water at a velocity of 2 ft/s. in a trapezoidal open channel. Design the channel cross-section for the most efficient conveyance of this flow. (Hint: Table 14.3) noilosiinoo nebbua a douori egiq.a.l ni Ae mot awot TT6 logyenel Trapezoid o aur 0 n (half of a hexagon) SMULOLIUARCYH e.I T= 2.309y bnu o 1 z=0.577 1.73y? 3.46y y/2 z=0.577 60° Y 600 +b= 1.155y → colod b

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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