C) A rectangular flume is given with different roughnesses on the walls and bottom (see sketch)and a bottom gradientl=3 %0. Determine theManning-Strickler coefficient kst, wthe wallsaccording to Horton-Einstein for a flowQ=37.5m3/s and associated flow depth of #2m:= ?st, wAstw= ?k = 30 m/3/sHorton-Einstein:st,s-2/3-3/2st,iKstB = 8 mh = 2 m

c) A rectangular flume is given with different roughnesses on the walls and bottom (see sketch) and a bottom gradientI=3 %. Determine theManning-Strickler coefficient ku nthe walls according to Horton-Einstein for a flowQ=37.5m:/s and associated flow depth ofH=2m: Katw = ? Kts = 30 m³/s Horton-Einstein: -2/3 (E(w·K) B = 8 m

c) A rectangular flume is given with different roughnesses on the walls and bottom (see sketch) and a bottom gradientI=3 %. Determine theManning-Strickler coefficient ku nthe walls according to Horton-Einstein for a flowQ=37.5m:/s and associated flow depth ofH=2m: Katw = ? Kts = 30 m³/s Horton-Einstein: -2/3 (E(w·K) B = 8 m

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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