Steam flows through an adiabatic turbine at the rate of 100 kg/min with ΔKE= 0. At entry its pressure is 1200 kPa, its specific volume is 0.1972 m3 /kg and its internal 2712.8 kJ/kg. At exit, its pressure is 5.6 kPa, its specific volume is 20.48 m3 /kg and its internal energy is 1987.1 kJ/kg. What turbine power in kW is developed if heat loss 24 kJ/kg.
Steam flows through an adiabatic turbine at the rate of 100 kg/min with ΔKE= 0. At entry its pressure is 1200 kPa, its specific volume is 0.1972 m3 /kg and its internal 2712.8 kJ/kg. At exit, its pressure is 5.6 kPa, its specific volume is 20.48 m3 /kg and its internal energy is 1987.1 kJ/kg. What turbine power in kW is developed if heat loss 24 kJ/kg.
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Steam flows through an adiabatic turbine at the rate of 100 kg/min with ΔKE= 0. At entry its
pressure is 1200 kPa, its specific volume is 0.1972 m3
/kg and its internal 2712.8 kJ/kg. At exit, its
pressure is 5.6 kPa, its specific volume is 20.48 m3
/kg and its internal energy is 1987.1 kJ/kg. What
turbine power in kW is developed if heat loss 24 kJ/kg.
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