A differential manometer connects two pipes A and B, with fluid of specific gravity equal to 0.8 flowing into the page. The vertical offset between the centroids of these pipes is given to be 225 cm, while the deflection of the differential liquid, with a specific gravity of 3.2, is given as 375 cm. Find the pressure difference between the two pipes. Which has a greater flowing pressure? Include necessary figures to illustrate the problem and to support your computations. Show your clean and complete solutions. Enclose your final answers in a single box. 225 cm 'T S.G.= 3.2! S.G.= 0.8 B- 375 cm

Structural Analysis
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Chapter2: Loads On Structures
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A differential manometer connects two pipes A and B, with fluid of specific gravity equal to
0.8 flowing into the page. The vertical offset between the centroids of these pipes is given to
be 225 cm, while the deflection of the differential liquid, with a specific gravity of 3.2, is given
as 375 cm. Find the pressure difference between the two pipes. Which has a greater flowing
pressure?
Include necessary figures to illustrate the problem and to support your computations. Show your clean and
complete solutions. Enclose your final answers in a single box.
225 cm
'T
S.G.= 3.2!
S.G.= 0.8
B-
375 cm
Transcribed Image Text:A differential manometer connects two pipes A and B, with fluid of specific gravity equal to 0.8 flowing into the page. The vertical offset between the centroids of these pipes is given to be 225 cm, while the deflection of the differential liquid, with a specific gravity of 3.2, is given as 375 cm. Find the pressure difference between the two pipes. Which has a greater flowing pressure? Include necessary figures to illustrate the problem and to support your computations. Show your clean and complete solutions. Enclose your final answers in a single box. 225 cm 'T S.G.= 3.2! S.G.= 0.8 B- 375 cm
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