14 Steam flows into a turbine at a rate of 10 kg/s, and 10kW of heat...

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14 Steam flows into a turbine at a rate of 10 kg/s, and 10kW of heat are lost from the turbine. Considering elevation and kinetic energy effects are negligible and given the conditions in the (b 2) *?table below, what is most nearly the power output from the turbine Pressure Temperature Quality Enthalpy (From steam tables) Inlet conditions 1 MPa Exit conditions 0.1 MPa 350C 100% 3157.7 kJ/kg 2675.5 kJ/kg kW 4000 kW 4400 kW 4800 kW 5000 kW 6000 15 ) (bi 2) *The pressure and temperature conditions of air at the suction of compressor are 14 Steam flows into a turbine at a rate of 10 kg/s, and 10kW of heat are lost from the turbine. Considering elevation and kinetic energy effects are negligible and given the conditions in the (b 2) *?table below, what is most nearly the power output from the turbine Pressure Temperature Quality Enthalpy (From steam tables) Inlet conditions 1 MPa Exit conditions 0.1 MPa 350C 100% 3157.7 kJ/kg 2675.5 kJ/kg kW 4000 kW 4400 kW 4800 kW 5000 kW 6000 15 ) (bi 2) *The pressure and temperature conditions of air at the suction of compressor are