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A closed tank contains 3 fluids: Fluid 1 is water (s= 1 and depth is 2 m); Fluid 2 is oil (s- 0.85 and depth is 3 m); Fluid 3 is air having pressure of 20 kPa. An open manometer with mercury as its base fluid is connected to the side of the tank at the lower portion where water is located. The deflection of the mercury is toward the open end of the manometer, where the level of contact with the water

A closed tank contains 3 fluids: Fluid 1 is water (s= 1 and depth is 2 m); Fluid 2 is oil (s- 0.85 and depth is 3 m); Fluid 3 is air having pressure of 20 kPa. An open manometer with mercury as its base fluid is connected to the side of the tank at the lower portion where water is located. The deflection of the mercury is toward the open end of the manometer, where the level of contact with the water

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 closed tank contains 3 fluids: Fluid 1 is water (s=1 and depth is 2 m); Fluid 2 is oil (s- 0.85 and depth is 3 m); Fluid 3 is air having pressure of 20 kPa. An open manometer with mercury as its base fluid is connected to the side of the tank at the lower portion where water is located. The deflection of the mercury is toward the open end of the manometer, where the level of contact with the water is 0.50 m below the bottom of the tank. Find the deflection of the mercury (s = 13.6).
Transcribed Image Text:A closed tank contains 3 fluids: Fluid 1 is water (s=1 and depth is 2 m); Fluid 2 is oil (s- 0.85 and depth is 3 m); Fluid 3 is air having pressure of 20 kPa. An open manometer with mercury as its base fluid is connected to the side of the tank at the lower portion where water is located. The deflection of the mercury is toward the open end of the manometer, where the level of contact with the water is 0.50 m below the bottom of the tank. Find the deflection of the mercury (s = 13.6).
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