Common Data Question:In a simple Bryaton cycle, the pressure ratio is 8 and temperature at the entrance of compressor and turbine are 300K and 1400K respectively. Both compressor and gas turbine have isentropic efficiencies equal to 80%. or the gas, assume a constant value of cp (specific heat at constant pressure) equal to 1kJ/kgK and ratio of specific heats as 14. Neglect changes in kinetic and potential energiesThe power required by the compressor in kW/kg of gas flow are is

Common Data Question:In a simple Bryaton cycle, the pressure ratio is

1.	Common Data Question:In a simple Bryaton cycle, the pressure ratio is 8 and temperature at the entrance of compressor and turbine are 300K and 1400K respectively. Both compressor and gas turbine have isentropic efficiencies equal to 80%. or the gas, assume a constant value of cp (specific heat at constant pressure) equal to 1kJ/kgK and ratio of specific heats as 14. Neglect changes in kinetic and potential energiesThe power required by the compressor in kW/kg of gas flow are is
Answer» Common Data Question: In a simple Bryaton cycle, the pressure ratio is $8$ and temperature at the entrance of compressor and turbine are $300 K$ and $1400 K$ respectively. Both compressor and gas turbine have isentropic efficiencies equal to $80$ %. or the gas, assume a constant value of $c_{p}$ (specific heat at constant pressure) equal to $1 k J / k g K$ and ratio of specific heats as $14$ . Neglect changes in kinetic and potential energies The power required by the compressor in $k W / k g$ of gas flow are is