Calculate the power required to pumped oil of specific gravity 0.8 and viscosity 3*10* pa. s at 5100 cm'/s through a 50 mm pipe diameter, and 40 m length as well as the vertical distance is 10 m , and the pipe contains two 90° elbow ( 35d) and gate valve (13d) , giving (inlet and outlet are atmospheric pressure ), and = 0.048 mm B- Calculate the power required to pumped oil of specific gravity 0.8 , and viscosity3*10* pa. s at 5100 cm³/s through a 50 mm pipe diameter, and 40 m length as wellas the vertical distance is 10 m , and the pipe contains two 90° elbow ( 35d) andgate valve (13d), giving (inlet and outlet are atmospheric pressure ), and & = 0.048mm

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Answered: B- Calculate the power required to…

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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Calculate the power required to pumped oil of specific gravity 0.8 and viscosity 3*10* pa. s at 5100 cm'/s through a 50 mm pipe diameter, and 40 m length as well as the vertical distance is 10 m , and the pipe contains two 90° elbow ( 35d) and gate valve (13d) , giving (inlet and outlet are atmospheric pressure ), and = 0.048 mm

B- Calculate the power required to pumped oil of specific gravity 0.8 , and viscosity
3*10* pa. s at 5100 cm³/s through a 50 mm pipe diameter, and 40 m length as well
as the vertical distance is 10 m , and the pipe contains two 90° elbow ( 35d) and
gate valve (13d), giving (inlet and outlet are atmospheric pressure ), and & = 0.048
mm

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