äbäi 50توحد الاجابات وترسل ضمن ملف PDF واحد متعد دالصفحات في نهاية الاسئلةQ1: A pump used for delivering waterfrom a tank as shown in the figure. If it is0.1 m dia.Mrequired to deliver 60 L/s of water throughPumpa 10 cm diameter pipe from the tank to apoint 10 m above, determine the pumppower required. Also, find the pressure atpoints L and M. All required dimensionsare illustrated on the figure and assume anoverall pump efficiency of 70%.Waterإجابتك

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Q1: A pump used for delivering water from a tank as shown in the figure. If it is -0.1 m dia. M required to deliver 60 L/s of water through a 10 cm diameter pipe from the tank to a Pump point 10 m above, determine the pump power required. Also, find the pressure at points L and M. All required dimensions are illustratedon the figure and assume an overall pump efficiency of 70%. Water

Q1: A pump used for delivering water from a tank as shown in the figure. If it is -0.1 m dia. M required to deliver 60 L/s of water through a 10 cm diameter pipe from the tank to a Pump point 10 m above, determine the pump power required. Also, find the pressure at points L and M. All required dimensions are illustratedon the figure and assume an overall pump efficiency of 70%. Water

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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Concept explainers

Applied Fluid Mechanics

A fluid is a substance that is continuously deformed by the application of shear stress. The rate of deformation of a fluid depends on its viscosity. The fluid tries to flow when it interacts with some other system.

Question

äbäi 50
توحد الاجابات وترسل ضمن ملف PDF واحد متعد د
الصفحات في نهاية الاسئلة
Q1: A pump used for delivering water
from a tank as shown in the figure. If it is
0.1 m dia.
M
required to deliver 60 L/s of water through
Pump
a 10 cm diameter pipe from the tank to a
point 10 m above, determine the pump
power required. Also, find the pressure at
points L and M. All required dimensions
are illustrated on the figure and assume an
overall pump efficiency of 70%.
Water
إجابتك

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Step 1: Note

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Step 2: Given Data

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Step 3: Calculating The Velocity of Fluid Discharge into The Tank

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Step 4: Calculating The Reynold Number

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Step 5: Calculating the Friction Factor

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Step 6: Calculating The Head loss due to Friction in Suction & Delivery Pipe

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Step 7: Calculating The Monometric Head

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Step 8: Calculating Pump Power Required

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