I need the answer at 20 minute 3. Use the Moody diagram to find the shear stress and major loss in a pipe with a diameter of600 mm, roughness e of 0.6 mm and length of 2500 m. The discharge is 450 L/s and thefluid in the pipe is air (p = 1.25 kg/m' and v = 1.5 x 10° m/s). Compare the friction valueobtained from the Moody diagram with the value obtained from the friction equations andwhat is the % error.The Moody Chart0.10.09Laminar Transitional Turbulentflowflowflow0.08Fully rough turbulent flow (flevels off)0,070.050.040.060.030.050.020.0150.040.010.0080.0060.030.0040.0250.0020.020.0010.00080.0006Roughness, eMaterialftmm0.00040.015 Glass, plasticConcreteWood stave0.003-0.030.9-9Smooth pipes0.00020.00160.50.0000330.00000S0.000850.0005Rubber, smoothed01eD = 0Copper or brass tubingCast iron0.00150.00010.260.01 Galvanized ironWrought iron0.000050.150.000150.046eD = 0,0000050.009 Stainless steelCommercial steel0.0000070.000150.0020.045leD = 0.0000010.00001103 2(10) 3 4 56 8 104 2(10) 3 4 56 8 105 2(10) 3 4 56 8 106 2(10) 3 4 5 6 8 107 2(10) 3 4 56 8 1080.008Reynolds number, ReDarcy friction factor,fRelative roughness, elD

d=600mme=0.6mmL=2500mQ=450L/sρ=1.25kg/m3v=1.5×10-5m2/s To-Find:- %error

Answered: F00 mm, rough luid in the pipe btained…

Engineering

Mechanical Engineering

F00 mm, rough luid in the pipe btained from t what is the % er

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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