Steam enters a turbine at 25 MPa, 550°C and exits at 5 MPa, 325°C at a flow rate of 70 kg/*. Determine the total power output of the turbine,

Question 1

Steam enters a turbine at 25 MPa, 550°C and exits at 5 MPa, 325°C at a flow rate of 70 kg/*. Determine the total power output of the turbine, its isentropic efficiency and the second law efficiency.

Question 2

hi = 3335.6 kJ/kg, si = 6.1765 kJ/kg K,

he = 2996.5 kJ/kg, se = 6.3289 kJ/kg K

kratos · Answer 1 · 2020-07-12T14:11:49+0000

hi = 3335.6 kJ/kg, si = 6.1765 kJ/kg K,

he = 2996.5 kJ/kg, se = 6.3289 kJ/kg K

Steam enters a turbine at 25 MPa, 550°C and exits at 5 MPa, 325°C at a flow rate of 70 kg/*. Determine the total power output of the turbine,

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Steam enters a turbine at 25 MPa, 550°C and exits at 5 MPa, 325°C at a flow rate of 70 kg/*. Determine the total power output of the turbine,

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