Q.1 (2.27) m/h water at 320 K is pumped in a 40 mm i.d. pipe through a distance of 150 m in a horizontal direction and then up through a vertical height of 10m. In the pipe there is a control valve for which the friction loss may be taken as equivalent to 200 pipe diameters and also other pipe fittings equivalent to 60 pipe diameters. Also in the line is a heat exchanger across which there is a loss in head of 1.5 m of water. If the main pipe has a roughness of 0.2 mm, what power must be supplied to the ME 10 Pa-s O.65 pump? (Answer 81.8 W)
Q.1 (2.27) m/h water at 320 K is pumped in a 40 mm i.d. pipe through a distance of 150 m in a horizontal direction and then up through a vertical height of 10m. In the pipe there is a control valve for which the friction loss may be taken as equivalent to 200 pipe diameters and also other pipe fittings equivalent to 60 pipe diameters. Also in the line is a heat exchanger across which there is a loss in head of 1.5 m of water. If the main pipe has a roughness of 0.2 mm, what power must be supplied to the ME 10 Pa-s O.65 pump? (Answer 81.8 W)
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Transcribed Image Text:Q.1 (2.27) m/h water at 320 K is pumped in a 40 mm i.d. pipe through a
distance of 150 m in a horizontal direction and then up through a vertical
height of 10m. In the pipe there is a control valve for which the friction
loss may be taken as equivalent to 200 pipe diameters and also other pipe
fittings equivalent to 60 pipe diameters. Also in the line is a heat
exchanger across which there is a loss in head of 1.5 m of water. If the
main pipe has a roughness of 0.2 mm, what power must be supplied to the
M= 10
--3
pump? (Answer 81.8 W)
Pa-s
O.65
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