Explain and Plot the whole process why the pump work arrived in kilowatts(KW) unit. )A pump delivers A m/min of Water from 100 k0 to 30C Kpa: The inlet andoutlet pipe dinnicter are 15chiand 12cm respectively. Both pipc are onthe same Jevel. The inkt and outet temp. are keth 25 'C cnd mass densityf woter is 997 K/cm. Carcubate the pump work in Kw.Given:tG=4 m/min = 0.EL67 ni/cDe = 15 cm = 0 15 mDa=12 cm= o12 mReaid:Wp = ? KWPaz 900 KpoW= 997 K9/ m"2c、DレレWp= Qwh = 0.0LO7 (9917X0-0096) :200-100t.2 (1.81)9. 21Wp = 14 KW

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A pump delivers A m/min of Water from 100 KM to 30C Kpa: The inlet and outlet pipe diameter cre 15ch and 12cm respectively. Both pipe are on the same Jevel. The inkt and outlct temp. Care bth 25 °C cnd mass densty * woter is 997 K9/cm". Cacubate the pump work in KW. Given: tG=4 m/min = 0.ELL7 n/c De = 15 cm = 0 15 m Dd =12 cm= 012 m Reqi di Wp = ? KW - 100 Kpa W= 997 K9/ m" Soln: 0.DLUT C、Dレし Wp= Qwh = 0.0LO7(997x0.0096) e 4(215) 2 (1.01) 4. Wp = 14 KW %3D

A pump delivers A m/min of Water from 100 KM to 30C Kpa: The inlet and outlet pipe diameter cre 15ch and 12cm respectively. Both pipe are on the same Jevel. The inkt and outlct temp. Care bth 25 °C cnd mass densty * woter is 997 K9/cm". Cacubate the pump work in KW. Given: tG=4 m/min = 0.ELL7 n/c De = 15 cm = 0 15 m Dd =12 cm= 012 m Reqi di Wp = ? KW - 100 Kpa W= 997 K9/ m" Soln: 0.DLUT C、Dレし Wp= Qwh = 0.0LO7(997x0.0096) e 4(215) 2 (1.01) 4. Wp = 14 KW %3D

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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