Show solutions pls WaterMercuryFigure P4.42 Differential U-tube manometer.1 m4.44. Determine the gage pressure at point A (Figure P4.44)in kilopascals and in pounds per square inch.1.2 m0.5 mWaterMercuryFigure P4.44 Differential U-tube manometer.4.45. What is the gage pressure at point A (Figure P4.4.46. Water is poured into the tube shown in Figureuntil it occupies 15 in. of the tube's length. Then oil(S.G. = 0.87) having a volume of 1/3 of water volumeis poured in the right leg. Determine the differencebetween water and oil surfaces.4.47. For the differential U-tube manometer shown inFigure P4.47, determine (P₁-PB).

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Engineering

Mechanical Engineering

. Determine the gage pressure at point A (Figure P4.44) in kilopascals and in pounds per square inch.

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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Show solutions pls

Water
Mercury
Figure P4.42 Differential U-tube manometer.
1 m
4.44. Determine the gage pressure at point A (Figure P4.44)
in kilopascals and in pounds per square inch.
1.2 m
0.5 m
Water
Mercury
Figure P4.44 Differential U-tube manometer.
4.45. What is the gage pressure at point A (Figure P4.
4.46. Water is poured into the tube shown in Figure
until it occupies 15 in. of the tube's length. Then oil
(S.G. = 0.87) having a volume of 1/3 of water volume
is poured in the right leg. Determine the difference
between water and oil surfaces.
4.47. For the differential U-tube manometer shown in
Figure P4.47, determine (P₁-PB).

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