Calculating the final answer: 12. What is the enthalpy entering the turbine? [kJ/kg] What is the enthalpy exiting the turbine? [kJ/kg] What is the flowrate through the turbine? [kg/s] 13. 14.

Extracted text: Calculating the final answer: 12. What is the enthalpy entering the turbine? [kJ/kg] What is the enthalpy exiting the turbine? [kJ/kg] What is the flowrate through the turbine? [kg/s] 13. 14.


Extracted text: An adiabatic turbine expands steam from 500°C, 3.5 MPa to 200°C and 0.3 MPa. If the turbine generates 750 kW what is the flowrate through the turbine? In answering the question, first answer the following questions: For a system boundary of a fixed volume, from the energy balance equation given below, what does each term simplify to (zero or stays in the equation): du 2(MH), + Q + W dt i=1 8. du/dt 9. A H 10. Q 11.