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Fluid has density 1100 kg/m³ and viscosity 2.1 *10^(4) pa.s. required puming from botoom tank to top tank through pipe diameter 52.51mm and mass flow rate 50 kg /min. calculate the energy of the pump (w). There 6 elbow 90°,one T-Piece, Tow Gate valve and one heat exchanger (Hint: 90 Elbow equivalent length=2.1 m. T-piece =0.6m .Gate valve =0.65 m.e=0.15mm. Aphex=30kpa}?

Fluid has density 1100 kg/m³ and viscosity 2.1 *10^(4) pa.s. required puming from botoom tank to top tank through pipe diameter 52.51mm and mass flow rate 50 kg /min. calculate the energy of the pump (w). There 6 elbow 90°,one T-Piece, Tow Gate valve and one heat exchanger (Hint: 90 Elbow equivalent length=2.1 m. T-piece =0.6m .Gate valve =0.65 m.e=0.15mm. Aphex=30kpa}?

Elements Of Electromagnetics
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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Fluid has density 1100 kg/m³ and viscosity 2.1 *10^(4) pa.s. required puming from botoom tank to top tank through pipe diameter 52.51mm and mass flow rate 50 kg /min. calculate the energy of the pump (w). There 6 elbow 90°,one T-Piece, Tow Gate valve and one heat exchanger (Hint: 90 Elbow equivalent length =2.1 m. T-piece =0.6m .Gate valve =0.65 m.e=0.15mm. APhex=30kpa}? 3m PIM خوان 1 W 3m 1m ol 1m 1m 3mm P2.V2 خزان 2 مال حراری 15m JI 3m
Transcribed Image Text:Fluid has density 1100 kg/m³ and viscosity 2.1 *10^(4) pa.s. required puming from botoom tank to top tank through pipe diameter 52.51mm and mass flow rate 50 kg /min. calculate the energy of the pump (w). There 6 elbow 90°,one T-Piece, Tow Gate valve and one heat exchanger (Hint: 90 Elbow equivalent length =2.1 m. T-piece =0.6m .Gate valve =0.65 m.e=0.15mm. APhex=30kpa}? 3m PIM خوان 1 W 3m 1m ol 1m 1m 3mm P2.V2 خزان 2 مال حراری 15m JI 3m
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