In a liquid container that has an absolute pressure at the bottom is 303 kPa. If the total height of all the liquids in the container is 6.4 m, the height of oil and mercury are H2 = 2 m and H3 = 1 m respectively.Determine the following :(a) Oil Height (b) Pressure intensity of water level(c) Pressure intensity of mercury level(d) Pressure intensity of oil level (e) Density of the oil filled in the liquid container by referring to the following figure. In a liquid container that has an absolute pressure at the bottom is 303 kPa. If the total height of all the liquids in thecontainer is 6.4 m, the height of oil and mercury are H2 = 2 m and H3 = 1 m respectively.%3DDetermine the following :(a) Oil Height(b) Pressure intensity of water level(c) Pressure intensity of mercury level(d) Pressure intensity of oil level(e) Density of the oil filled in the liquid container by referring to the following figure.WaterH1OilH2MercuryH3

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Answered: In a liquid container that has an…

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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In a liquid container that has an absolute pressure at the bottom is 303 kPa. If the total height of all the liquids in the container is 6.4 m, the height of oil and mercury are H2 = 2 m and H3 = 1 m respectively.

Determine the following :

(a) Oil Height

(b) Pressure intensity of water level

(d) Pressure intensity of oil level

(e) Density of the oil filled in the liquid container by referring to the following figure.

In a liquid container that has an absolute pressure at the bottom is 303 kPa. If the total height of all the liquids in the
container is 6.4 m, the height of oil and mercury are H2 = 2 m and H3 = 1 m respectively.
%3D
Determine the following :
(a) Oil Height
(b) Pressure intensity of water level
(c) Pressure intensity of mercury level
(d) Pressure intensity of oil level
(e) Density of the oil filled in the liquid container by referring to the following figure.
Water
H1
Oil
H2
Mercury
H3

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