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6.11. Water flows at low speed V₁ through a circular tube with inside diameter d₁. A smoothly contoured body of diameter d₂ is held in the end of the tube where the water discharges to atmosphere. Neglect frictional effects and assume uniform velocity profiles at each section. Determine the pressure measured by gage and the force required to hold the body.

6.11. Water flows at low speed V₁ through a circular tube with inside diameter d₁. A smoothly contoured body of diameter d₂ is held in the end of the tube where the water discharges to atmosphere. Neglect frictional effects and assume uniform velocity profiles at each section. Determine the pressure measured by gage and the force required to hold the body.

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
Problem 1.1MA
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6.11. Water flows at low speed V₁ through a circular tube with inside diameter d₁. A smoothly contoured body of diameter d₂ is held in the end of the tube where the water discharges to atmosphere. Neglect frictional effects and assume uniform velocity profiles at each section. Determine the pressure measured by gage and the force required to hold the body. V₁ d₁ dz V₂ V₂
Transcribed Image Text:6.11. Water flows at low speed V₁ through a circular tube with inside diameter d₁. A smoothly contoured body of diameter d₂ is held in the end of the tube where the water discharges to atmosphere. Neglect frictional effects and assume uniform velocity profiles at each section. Determine the pressure measured by gage and the force required to hold the body. V₁ d₁ dz V₂ V₂
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