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N.s Q1: An oil with a viscosity of = 0.45- and density p=950 flows in a pipe of m 2 diameter D= (0.030) m. Find. A) What pressure drop, (P₁-P) is needed to produce a flow rate of Q=(3.0*10')m² horizontal with X₁=0 and X₂=20m? B) How steep a hill, must be pipe be on if the oil is flow through the pipe at the same rate as in part (a). kN C) For the conditions of part (b) if P=13.5- what is the pressure at section X, - 8m, where x is 2 m² measured along the pipe. Note: Ap= 128μlQ AD¹ if the pipe is + y sin OL

N.s Q1: An oil with a viscosity of = 0.45- and density p=950 flows in a pipe of m 2 diameter D= (0.030) m. Find. A) What pressure drop, (P₁-P) is needed to produce a flow rate of Q=(3.0*10')m² horizontal with X₁=0 and X₂=20m? B) How steep a hill, must be pipe be on if the oil is flow through the pipe at the same rate as in part (a). kN C) For the conditions of part (b) if P=13.5- what is the pressure at section X, - 8m, where x is 2 m² measured along the pipe. Note: Ap= 128μlQ AD¹ if the pipe is + y sin OL

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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N.s Q1: An oil with a viscosity of = 0.45- m 2 and density p=950 flows in a pipe of measured along the pipe. Note: Ap= diameter D= (0.030) m. Find. A) What pressure drop, (P₁-P) is needed to produce a flow rate of Q=(3.0*10')m² m horizontal with X₁=0 and X₂=20m? B) How steep a hill, must be pipe be on if the oil is flow through the pipe at the same rate as in part (a). kN C) For the conditions of part (b) if P=13.5- what is the pressure at section X, - 8m, where x is 2 128 μlQ AD¹ + y sin OL if the pipe is
Transcribed Image Text:N.s Q1: An oil with a viscosity of = 0.45- m 2 and density p=950 flows in a pipe of measured along the pipe. Note: Ap= diameter D= (0.030) m. Find. A) What pressure drop, (P₁-P) is needed to produce a flow rate of Q=(3.0*10')m² m horizontal with X₁=0 and X₂=20m? B) How steep a hill, must be pipe be on if the oil is flow through the pipe at the same rate as in part (a). kN C) For the conditions of part (b) if P=13.5- what is the pressure at section X, - 8m, where x is 2 128 μlQ AD¹ + y sin OL if the pipe is
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