As shown in the figure, an inverted U-tube manometer contains Meriam red oil and water (both at temperature of 20 °C). Given that the pressure differential between the centerlines of pipes B and A (i.e. PB - PA) is 2.1 kPa, determine the value of the differential reading h (in m).

As shown in the figure, an inverted U-tube manometer contains Meriam red oil and water (both at temperature of 20 °C). Given that the pressure differential between the centerlines of pipes B and A (i.e. PB - PA) is 2.1 kPa, determine the value of the differential reading h (in m).

Name: QUESTION 2As shown in the figure, an inverted U-tube manometercontain
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Description: QUESTION 2As shown in the figure, an inverted U-tube manometercontains Meriam red oil and water (both at temperature of20 °C). Given that the pressure differential between thecenterlines of pipes B and A (i.e. PB – PA) is 2.1 kPa,determine the value

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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Hello. Our instructor solved this question and subtracted the product of water's height and specific weight from the P1 pressure, as well as oil's. He didn't factor air pressure into the equation. What is the reason why we do not use open air pressure to solve the problem?
Need both parts urgently in neat and clean handwritten solution. Correct answer will be surely upvoted
Pravinbhai
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