As illustrated, a mercury manometer is attached to the side of a nearly full water tank. The reading of the mercury column is 15.5 in. Hg gage. Although air on the water maintains the pressure, the other 10-in. leg of the manometer is full of water, for H2O , ρ = 62.3lb/ft3 ; for Hg, ρ = 846lb/ft3 If the location is at standard gravity and the temperature of both the water and mercury is 60°F, what is the pressure (psia) in the tank at the level where the manometer is attached? If the tank extends 10ft below this level, what is the pressure at this depth?

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Description: As illustrated, a mercury manometer is attached to the side of a nearly full water tank. The reading of the mercury column is 15.5 in. Hg gage. Although air on the water maintains the pressure, the other 10-in. leg of the manometer is full of water,

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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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As illustrated, a mercury manometer is attached to the side of a nearly full water tank. The reading of the mercury column is 15.5 in. Hg gage. Although air on the water maintains the pressure, the other 10-in. leg of the manometer is full of water, for H₂O , ρ = 62.3lb/ft³ ; for Hg, ρ = 846lb/ft³If the location is at standard gravity and the temperature of both the water and mercury is 60°F, what is the pressure (psia) in the tank at the level where the manometer is attached? If the tank extends 10ft below this level, what is the pressure at this depth?

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