PLEASE BOX YOUR ANSWERSE A centrifugal pump is used to pump water at 30°C (S.G. 0.996) from areservoir as shown in the figure. The 24 mm diameter pipe has a friction factor, f= 0.022 and is2.8 m long from the submerged pipe inlet to the pump inlet. The pumps (NPSH)R is provided by(2.2+0.958v) meters, where "v" is the average fluidvelocity in the pipe in m/s. Find the maximum permissible value of "v" without causing cavitation.The loss coefficients of the components are given: Kentrance =0.85, Kbow = 03 and Kalve = 09.the manufacturer as a curve fit: (NPSH)R =%3D%3DElbowTValve2.2 mPan

Given: diameter of pipe, d=24 mmfriction factor in pipe, f=0.022(NPSH)R=2.2+0.958v2 metersSpecific…

PLEASE BOX YOUR ANSWERS A centrifugal pump is used to pump water at 30°C (S.G. = 0.996) from a reservoir as shown in the figure. The 24 mm diameter pipe has a friction factor, f = 0.022 and is 2.8 m long from the submerged pipe inlet to the pump inlet. The pumps (NPSH)R is provided by the manufacturer as a curve fit: (NPSH)R = (2.2 + 0.958v) meters, where "v" is the average fluid velocity in the pipe in m/s. Find the maximum permissible value of "v" without causing cavitation. The loss coefficients of the components are given: Kentrance = 0.85, Kelbow =0.3 and Kyalve = 0.9. %3D %3D Elbow

PLEASE BOX YOUR ANSWERS A centrifugal pump is used to pump water at 30°C (S.G. = 0.996) from a reservoir as shown in the figure. The 24 mm diameter pipe has a friction factor, f = 0.022 and is 2.8 m long from the submerged pipe inlet to the pump inlet. The pumps (NPSH)R is provided by the manufacturer as a curve fit: (NPSH)R = (2.2 + 0.958v) meters, where "v" is the average fluid velocity in the pipe in m/s. Find the maximum permissible value of "v" without causing cavitation. The loss coefficients of the components are given: Kentrance = 0.85, Kelbow =0.3 and Kyalve = 0.9. %3D %3D Elbow

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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