In a steam plant 100 kg/min of dry-saturated steam at 30 bar enters the turbine. After expanding isentropic ally the exhaust steam enters the condenser. The condenser pressure is maintained at 0.1 bar by the cooling water taken from a nearby river. Calculate the following:a. Dryness fraction of exhaust steam.b. Turbine work output.c. Work input to the feed pump.d. Heat supplied to the boiler.e. Heat rejected to the cooling water. f. Efficiency of the plant.g. Net power output. 1. In a steam plant 100 kg/min of dry-saturated steam at 30 bar enters the turbine. After expanding isentropically the exhaust steam enters the condenser. The condenser pressure is maintained at 0.1 bar by thecooling water taken from a nearby river. Calculate the following:Dryness fraction of exhaust steam.b. Turbine work output.c. Work input to the feed pump.d. Heat supplied to the boiler.e. Heat rejected to the cooling water.f. Efficiency of the plant.g. Net power output.a.

Main components of Rankine cycle:-1-2→Isentropic compression of fluid in pump2-3→Isobaric heat…

Answered: In a steam plant 100 kg/min of…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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In a steam plant 100 kg/min of dry-saturated steam at 30 bar enters the turbine. After expanding isentropic ally the exhaust steam enters the condenser. The condenser pressure is maintained at 0.1 bar by the cooling water taken from a nearby river. Calculate the following:

a. Dryness fraction of exhaust steam.

b. Turbine work output.

c. Work input to the feed pump.

d. Heat supplied to the boiler.

e. Heat rejected to the cooling water.

f. Efficiency of the plant.

g. Net power output.

1. In a steam plant 100 kg/min of dry-saturated steam at 30 bar enters the turbine. After expanding isentropic
ally the exhaust steam enters the condenser. The condenser pressure is maintained at 0.1 bar by the
cooling water taken from a nearby river. Calculate the following:
Dryness fraction of exhaust steam.
b. Turbine work output.
c. Work input to the feed pump.
d. Heat supplied to the boiler.
e. Heat rejected to the cooling water.
f. Efficiency of the plant.
g. Net power output.
a.

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