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Question 3. Steam enters a steady -flow turbine at 650K and 34 bar at a velocity of 200m/s, and leaves the turbine at 1bar and
Question 3. Steam enters a steady -flow turbine at 650K and 34 bar at a velocity of 200m/s, and leaves the turbine at 1bar and 370K with a velocity of 30m/s. If the mass flow rate is 0.5kg/s, calculate the power output of the turbine. The initial enthalpy of steam at the inlet is 26kJ/kg. Enthalpy at the outlet is 14kJ/kg. You can assume that the turbine is operating adiabatically, and that potential energy change may be neglected. Question 3. Steam enters a steady -flow turbine at 650K and 34 bar at a velocity of 200m/s, and leaves the turbine at 1bar and 370K with a velocity of 30m/s. If the mass flow rate is 0.5kg/s, calculate the power output of the turbine. The initial enthalpy of steam at the inlet is 26kJ/kg. Enthalpy at the outlet is 14kJ/kg. You can assume that the turbine is operating adiabatically, and that potential energy change may be neglected
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