2. The turbine in figure takes steam with an enthalpy of 3.20 MJ/kg at 50m/s. A steam-water mixture exits the turbine wi

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2. The turbine in figure takes steam with an enthalpy of 3.20 MJ/kg at 50m/s. A steam-water mixture exits the turbine wi

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2 The Turbine In Figure Takes Steam With An Enthalpy Of 3 20 Mj Kg At 50m S A Steam Water Mixture Exits The Turbine Wi 1
2 The Turbine In Figure Takes Steam With An Enthalpy Of 3 20 Mj Kg At 50m S A Steam Water Mixture Exits The Turbine Wi 1 (22.06 KiB) Viewed 31 times
2. The turbine in figure takes steam with an enthalpy of 3.20 MJ/kg at 50m/s. A steam-water mixture exits the turbine with an enthalpy of 1.97 MJ/kg at 22 m/s. Heat loss to the surrounding this process is 1000 J/s. Determine the power the fluid supplies to the turbine. The mass flow through the turbine is 1.2 kg/s. (Watch "Energy Equation.mp4")
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