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Patm A water Tank C hi h2 As shown in the figure, at hi= 1.8 m, h2= 3.6 m positions, the water in the tank is discharged by means of a pump. The diameter of the pipe is D= 75 mm. Since the ambient pressure is 10 bar, calculate the velocity of the water in the pipe, the flow rate of the system and the absolute pressure at the peak (point B), ignoring all friction losses. Patin Note: If you find it necessary to solve the problem, you can make assumptions. But you must write down your assumptions. Take the gravity as g- 9.806 m/s² Hint: You can start with using Bernoulli Equation for A and C points.

Patm A water Tank C hi h2 As shown in the figure, at hi= 1.8 m, h2= 3.6 m positions, the water in the tank is discharged by means of a pump. The diameter of the pipe is D= 75 mm. Since the ambient pressure is 10 bar, calculate the velocity of the water in the pipe, the flow rate of the system and the absolute pressure at the peak (point B), ignoring all friction losses. Patin Note: If you find it necessary to solve the problem, you can make assumptions. But you must write down your assumptions. Take the gravity as g- 9.806 m/s² Hint: You can start with using Bernoulli Equation for A and C points.

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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Patm A. water Tank B hi h2 As shown in the figure, at hi= 1.8 m, h2= 3.6 m positions, the water in the tank is discharged by means of a pump. The diameter of the pipe is D- 75 mm. Since the ambient pressure is 10 bar, calculate the velocity of the water in the pipe, the flow rate of the system and the absolute pressure at the peak (point B), ignoring all friction losses. Patm Note: If you find it necessary to solve the problem, you can make assumptions. But you must write down your assumptions. Take the gravity as g= 9.806 m/s² Hint: You can start with using Bernoulli Equation for A and C points.
Transcribed Image Text:Patm A. water Tank B hi h2 As shown in the figure, at hi= 1.8 m, h2= 3.6 m positions, the water in the tank is discharged by means of a pump. The diameter of the pipe is D- 75 mm. Since the ambient pressure is 10 bar, calculate the velocity of the water in the pipe, the flow rate of the system and the absolute pressure at the peak (point B), ignoring all friction losses. Patm Note: If you find it necessary to solve the problem, you can make assumptions. But you must write down your assumptions. Take the gravity as g= 9.806 m/s² Hint: You can start with using Bernoulli Equation for A and C points.
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