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The lower part of A₁ is resting on the ground, while A2 is elevated at y = 0.39d1 where di is the diameter of the larger pipe equal to 0.9 m. The smaller pipe has d2 - 0.71 m. What will be the pressure reading (in atm) in p2 if pl 3 atm v1 - 8 m/s density of the fluid - 1046 kg/m3 NOTE: Use pi 3.14, and answer in TWO decimal places. V₁ A₁ P₁ P₂ A₂ V₂

The lower part of A₁ is resting on the ground, while A2 is elevated at y = 0.39d1 where di is the diameter of the larger pipe equal to 0.9 m. The smaller pipe has d2 - 0.71 m. What will be the pressure reading (in atm) in p2 if pl 3 atm v1 - 8 m/s density of the fluid - 1046 kg/m3 NOTE: Use pi 3.14, and answer in TWO decimal places. V₁ A₁ P₁ P₂ A₂ V₂

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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The lower part of A₁ is resting on the ground, while A2 is elevated at y = 0.39d1 where d₁ is the diameter of the larger pipe equal to 0.9 m. The smaller pipe has d2 = 0.71 m. What will be the pressure reading (in atm) in p2 if p1 = 3 atm v1 = 8 m/s density of the NOTE: Use pi = V₁ fluid = 1046 kg/m³ 3.14, and answer in TWO decimal places. A₁ P₁ P2 A2 V₂
Transcribed Image Text:The lower part of A₁ is resting on the ground, while A2 is elevated at y = 0.39d1 where d₁ is the diameter of the larger pipe equal to 0.9 m. The smaller pipe has d2 = 0.71 m. What will be the pressure reading (in atm) in p2 if p1 = 3 atm v1 = 8 m/s density of the NOTE: Use pi = V₁ fluid = 1046 kg/m³ 3.14, and answer in TWO decimal places. A₁ P₁ P2 A2 V₂
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