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A tank containing helium has a manometer attached, as shown in the figure. The local atmospheric pressure, Po, is 100 kPa and the gravitational acceleration is 9.81 m/s. The heights of each fluid in the manometer are hi = 330 mm, hz = 460 mm and h3 = 500 mm. Assume the densities of the water (p.), light oil (poi), and mercury (pi4) in the system are equivalent to those at standard atmospheric conditions. Determine the pressure of the helium in the tank, PHe, in kPa. Po Light Oil, pol Helium

A tank containing helium has a manometer attached, as shown in the figure. The local atmospheric pressure, Po, is 100 kPa and the gravitational acceleration is 9.81 m/s. The heights of each fluid in the manometer are hi = 330 mm, hz = 460 mm and h3 = 500 mm. Assume the densities of the water (p.), light oil (poi), and mercury (pi4) in the system are equivalent to those at standard atmospheric conditions. Determine the pressure of the helium in the tank, PHe, in kPa. Po Light Oil, pol Helium

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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A tank containing helium has a manometer attached, as shown in the figure. The local atmospheric pressure, Po, is 100 kPa and the gravitational acceleration is 9.81 m/s. The heights of each fluid in the manometer are hi = 330 mm, h2 = 460 mm and h3 = 500 mm. Assume the densities of the water (pw), light oil (poi), and mercury (pH2) in the system are equivalent to those at standard atmospheric conditions. Determine the pressure of the helium in the tank, PHe, in kPa. P. Light Oil, Poil h1 Helium g h3 Water, Pw Mercury, PHg
Transcribed Image Text:A tank containing helium has a manometer attached, as shown in the figure. The local atmospheric pressure, Po, is 100 kPa and the gravitational acceleration is 9.81 m/s. The heights of each fluid in the manometer are hi = 330 mm, h2 = 460 mm and h3 = 500 mm. Assume the densities of the water (pw), light oil (poi), and mercury (pH2) in the system are equivalent to those at standard atmospheric conditions. Determine the pressure of the helium in the tank, PHe, in kPa. P. Light Oil, Poil h1 Helium g h3 Water, Pw Mercury, PHg
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