8tendy-flow Systemwith velocity 30 mls and leaves with veloci typropertiesof the flaid ave at entry, 13.8 bar, 0.122 m²A working uld enters a140 mis The mass flow rate is 9iegis The• Internalare l035 bara o805 m²/ kg c internal422 1gIkg, and exit properties200 TgenergyentigyThe heat trans fer from the System is 4.22 l9 169Determine Hthe work traNsfer in Kw from theSystemAns [2565 kw]17/40

Giveninlet conditions V1=30m/sP1=13.8barν1=0.122m3/kgU1=422kJ/kgexit properties…

working uid enters a with velocity 3o mls and leaves with velocity 140 mis- The A Stendy-flow &yste The mass flow rate i's q leg Is - of the flaid ave at entry, 13.8 bax,0.122 m² llkg - Internal enesgy 422 1glkg- and exit properties propertie 422 1g lkg are 1035 baro og05 m/ kg c internal energy 208 The heat transfes from the System is 4.22 19 KGa

working uid enters a with velocity 3o mls and leaves with velocity 140 mis- The A Stendy-flow &yste The mass flow rate i's q leg Is - of the flaid ave at entry, 13.8 bax,0.122 m² llkg - Internal enesgy 422 1glkg- and exit properties propertie 422 1g lkg are 1035 baro og05 m/ kg c internal energy 208 The heat transfes from the System is 4.22 19 KGa

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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