2.41 For the inclined manometer containing mer- cury, shown in Figure P2.41, determine the pressure in pipe B if the pressure in pipe A is 10 kPa. Pipe A has water flowing through it, and oil is flowing in pipe B. Oil (S = 0.87) B to 100 mm Water 90 mm 70 mm

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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please answer 42 part of this question 

2.41 For the inclined manometer containing mer-
cury, shown in Figure P2.41, determine the
pressure in pipe B if the pressure in pipe A is
10 kPa. Pipe A has water flowing through it,
and oil is flowing in pipe B.
Oil
(S = 0.87)
B
to
100 mm
Water
90 mm
70 mm
Mercury
40
Figure P2.41
2.42 The pressure in pipe B in the previous problem
is reduced slightly. Determine the new pressure
in pipe B if the pressure in pipe A remains the
same and the reading along the inclined leg of
the manometer is 11 cm.
Scamed with Camscamer
Transcribed Image Text:2.41 For the inclined manometer containing mer- cury, shown in Figure P2.41, determine the pressure in pipe B if the pressure in pipe A is 10 kPa. Pipe A has water flowing through it, and oil is flowing in pipe B. Oil (S = 0.87) B to 100 mm Water 90 mm 70 mm Mercury 40 Figure P2.41 2.42 The pressure in pipe B in the previous problem is reduced slightly. Determine the new pressure in pipe B if the pressure in pipe A remains the same and the reading along the inclined leg of the manometer is 11 cm. Scamed with Camscamer
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