In measuring the flow of fluid in a pipeline through an orifice as slown in Figure E2.25 with a nanometer used to determine the pressure differenece across the orifice plate, the flow rate fan be calibrated with the observed pressure drop (difference). Calculate the pressure drop (p1-p2) in pascals for the steady manometer reading in Figure E2.25

Elements Of Electromagnetics
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In measuring the flow of fluid in a pipeline through an orifice as slown in Figure E2.25 with a nanometer used to determine the pressure differenece across the orifice plate, the flow rate fan be calibrated with the observed pressure drop (difference). Calculate the pressure drop (p1-p2) in pascals for the steady manometer reading in Figure E2.25

Fluid
Orifice
Water, p = 10°kg/m3
32 mm
10 mm
Manometer fluid,
P, = 1.10 x 103 kg/m3
Figure E2.25
Transcribed Image Text:Fluid Orifice Water, p = 10°kg/m3 32 mm 10 mm Manometer fluid, P, = 1.10 x 103 kg/m3 Figure E2.25
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