Common Data:Consider a steam power plant using a reheat cycle as shown. Steam leaves the boiler and enters the turbine at 4MPa,350oC(h3=3095kJ/kg). After expansion in the turbine to 400kPa(h4=2609kJ/kg, the steam is reheated to 350oC(h5=3170kJ/kG), and then expanded in a low pressure turbine to 10kPa(h6=2165kJ.kg) the specific volume of liquid handle by the pump can be assumed to beThe enthalpy at the pump discharge (h2) is

Common Data:Consider a steam power plant using a reheat cycle as shown

1.	Common Data:Consider a steam power plant using a reheat cycle as shown. Steam leaves the boiler and enters the turbine at 4MPa,350oC(h3=3095kJ/kg). After expansion in the turbine to 400kPa(h4=2609kJ/kg, the steam is reheated to 350oC(h5=3170kJ/kG), and then expanded in a low pressure turbine to 10kPa(h6=2165kJ.kg) the specific volume of liquid handle by the pump can be assumed to beThe enthalpy at the pump discharge (h2) is
Answer» Common Data: Consider a steam power plant using a reheat cycle as shown. Steam leaves the boiler and enters the turbine at $4 M P a, 350^{o} C (h_{3} = 3095 k J / k g)$ . After expansion in the turbine to $400 k P a (h_{4} = 2609 k J / k g$ , the steam is reheated to $350^{o} C (h_{5} = 3170 k J / k G)$ , and then expanded in a low pressure turbine to $10 k P a (h_{6} = 2165 k J . k g)$ the specific volume of liquid handle by the pump can be assumed to be The enthalpy at the pump discharge $(h_{2})$ is