2.44 The inclined differential manometer of Fig. P2.44 contain carbon tetrachloride. Initially the pressure differential betwee pipes A and B, which contain a brine (SG = 1.1), is zero illustrated in the figure. It is desired that the manometer give differential reading of 12 in. (measured along the inclined tube for a pressure differential of 0.1 psi. Determine the required angl of inclination, 0. a

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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FLUID MECHANICS

2.44 The inclined differential manometer of Fig. P2.44 contains
carbon tetrachloride. Initially the pressure differential between
pipes A and B, which contain a brine (SG = 1.1), is zero as
illustrated in the figure. It is desired that the manometer give a
differential reading of 12 in. (measured along the inclined tube)
for a pressure differential of 0.1 psi. Determine the required angle
of inclination, 0.
Transcribed Image Text:2.44 The inclined differential manometer of Fig. P2.44 contains carbon tetrachloride. Initially the pressure differential between pipes A and B, which contain a brine (SG = 1.1), is zero as illustrated in the figure. It is desired that the manometer give a differential reading of 12 in. (measured along the inclined tube) for a pressure differential of 0.1 psi. Determine the required angle of inclination, 0.
to
Brine
Brine
12 in.
---Carbon ----
tetrachloride
IFIGURE P2.44
Transcribed Image Text:to Brine Brine 12 in. ---Carbon ---- tetrachloride IFIGURE P2.44
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