2. IN ARANKINE CYCLE, SATURATED LIQUID WATER AT 1 BAR IS COMPRESSED ADIABATICALLY TO 150BAR. FIRST BY HEATING IN THE BOILER AND SUPERHEATING AT CONSTANT PRESSURE OF 150 BAR, THE WATER SUBSTANCE IS BROUGHT TO 750x. AFTER ADIABATIC REVERSIBLE EXPANSION IN A TURBINE TO 1 BAR, IT IS THEN COOLED IN A CONDENSER TO SATURATED LIQUID, WHAT IS THE THERMAL EFFICEINCY OF THE CYCLE?
2. IN ARANKINE CYCLE, SATURATED LIQUID WATER AT 1 BAR IS COMPRESSED ADIABATICALLY TO 150BAR. FIRST BY HEATING IN THE BOILER AND SUPERHEATING AT CONSTANT PRESSURE OF 150 BAR, THE WATER SUBSTANCE IS BROUGHT TO 750x. AFTER ADIABATIC REVERSIBLE EXPANSION IN A TURBINE TO 1 BAR, IT IS THEN COOLED IN A CONDENSER TO SATURATED LIQUID, WHAT IS THE THERMAL EFFICEINCY OF THE CYCLE?
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Rankin cycle (Thermodynamics )
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
Transcribed Image Text:2. IN ARANKINE CYCLE, SATURATED LIQUID WATER AT 1 BAR IS COMPRESSED
ADIABATICALLY TO 150BAR. FIRST BY HEATING IN THE BOILER AND SUPERHEATING AT
CONSTANT PRESSURE OF 150 BAR, THE WATER SUBSTANCE IS BROUGHT TO 750K. AFTER
ADIABATIC REVERSIBLE EXPANSION IN A TURBINE TO 1 BAR, IT IS THEN COOLED IN A
CONDENSER TO SATURATED LIQUID, WHAT IS THE THERMAL EFFICEINCY OF THE CYCLE?
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