Steam is supplied, at 40 bar and specific entropy of 6.0696 kJ/kg-K, to a turbine, condenser pressure is 0.036 bar and enthalpy at exit of feed water pump is 117.84 kJ/kg. If the plant operates on Rankine cycle, draw the cycle on T-s diagram and calculate, per kilogram of steam: The Rankine efficiency (consider pump work); Work ratio i. 11. i11. Specific steam consumption
Steam is supplied, at 40 bar and specific entropy of 6.0696 kJ/kg-K, to a turbine, condenser pressure is 0.036 bar and enthalpy at exit of feed water pump is 117.84 kJ/kg. If the plant operates on Rankine cycle, draw the cycle on T-s diagram and calculate, per kilogram of steam: The Rankine efficiency (consider pump work); Work ratio i. 11. i11. Specific steam consumption
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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![Steam is supplied, at 40 bar and specific entropy of 6.0696 kJ/kg-K, to a turbine,
condenser pressure is 0.036 bar and enthalpy at exit of feed water pump is 117.84 kJ/kg.
If the plant operates on Rankine cycle, draw the cycle on T-s diagram and calculate, per
kilogram of steam:
i.
The Rankine efficiency (consider pump work);
11.
Work ratio
iii. Specific steam consumption](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F970b5f97-6069-4a99-8da2-3bf024b29618%2F4c7b23c5-53b8-4cd5-a14d-10077098f44b%2F8p7a9h8_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Steam is supplied, at 40 bar and specific entropy of 6.0696 kJ/kg-K, to a turbine,
condenser pressure is 0.036 bar and enthalpy at exit of feed water pump is 117.84 kJ/kg.
If the plant operates on Rankine cycle, draw the cycle on T-s diagram and calculate, per
kilogram of steam:
i.
The Rankine efficiency (consider pump work);
11.
Work ratio
iii. Specific steam consumption
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