In a gas turbine plant working on Brayton cycle, hot combustion gases from combustion chamber enters into gas turbine at 1450 K and 20 bar and exits at 1 bar. The isentropic efficiency of the gas turbine is 0.90. The work developed by turbine per kg of gas flow is ______(kJ/kg)(Correct upto two decimal places)Takes Cp=1.00kJ/g and Cv=0.769kJ/kgk651.3084

In a gas turbine plant working on Brayton cycle, hot combustion gases

1.	In a gas turbine plant working on Brayton cycle, hot combustion gases from combustion chamber enters into gas turbine at 1450 K and 20 bar and exits at 1 bar. The isentropic efficiency of the gas turbine is 0.90. The work developed by turbine per kg of gas flow is ______(kJ/kg)(Correct upto two decimal places)Takes Cp=1.00kJ/g and Cv=0.769kJ/kgk651.3084
Answer» In a gas turbine plant working on Brayton cycle, hot combustion gases from combustion chamber enters into gas turbine at 1450 K and 20 bar and exits at 1 bar. The isentropic efficiency of the gas turbine is 0.90. The work developed by turbine per kg of gas flow is ______(kJ/kg) (Correct upto two decimal places) Takes $C_{p} = 1.00 k J / g$ and $C_{v} = 0.769 k J / k g k$ 651.3084