A manometer containing two oils is used to assess the pressure of air in a storage tank. Given the configuration of the oils in the picture, calculate the pressure in the tank. The density of air is negligible to the density of the oils (?oil1 = 1000 ??/m3; ?oil2 = 400 ??/m3 ). The height of oil 1 is 1 ?, and the height of oil 2 is 0.8 ?. The atmospheric pressure is 98 ???. The manometer is ipen to the atmosphere. AIRP =AIRAIRHA!OIL 1012 2H₁ = 1 mH₂ = 0.8mPalm= 98 краPOILL= 1000 kg/m³POIL 2 = 400 kg/m²AIR

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Answered: AIR P = AIR AIR HA! OIL 1 012 2 H₁ = 1…

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 manometer containing two oils is used to assess the
pressure of air in a storage tank. Given the configuration of the oils in the picture,
calculate the pressure in the tank. The density of air is negligible to the density
of the oils (?_oil1 = 1000 ??/m³; ?_oil2 = 400 ??/m³ ). The height of oil 1 is 1 ?,
and the height of oil 2 is 0.8 ?. The atmospheric pressure is 98 ???. The manometer is ipen to the atmosphere.

AIR
P =
AIR
AIR
HA!
OIL 1
012 2
H₁ = 1 m
H₂ = 0.8m
Palm
= 98 кра
POILL
= 1000 kg/m³
POIL 2 = 400 kg/m²
AIR

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