QUESTION 20 The differential manometer shown in figure 4 is used to measure pressure difference between pipe A and B. Pipe A is conveying water while pipe B is conveying air. If the pressure at B is 12kPa calculate the pressure at A. (a) (b) (c) (d) 2.3m 35 kPa 12 kPa 23 kPa 24 kPa 1.2m A B Figure 4.
QUESTION 20 The differential manometer shown in figure 4 is used to measure pressure difference between pipe A and B. Pipe A is conveying water while pipe B is conveying air. If the pressure at B is 12kPa calculate the pressure at A. (a) (b) (c) (d) 2.3m 35 kPa 12 kPa 23 kPa 24 kPa 1.2m A B Figure 4.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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The differential manometer shown in figure 4 is used to measure pressure difference between pipe A and B. Pipe A is conveying water while pipe B is conveying air. If the pressure at B is 12kPa calculate the pressure at A. Figure 4. (a) 35kPa (b) 12kPa (c) 23kPa (d) 24kPa

Transcribed Image Text:QUESTION 20
The differential manometer shown in figure 4 is used to measure pressure difference between
pipe A and B. Pipe A is conveying water while pipe B is conveying air. If the pressure at B is
12kPa calculate the pressure at A.
(a)
(b)
(c)
(d)
2.3m
35 kPa
12 kPa
23 kPa
24 kPa
1.2m
A
B
Figure 4.
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