Assuming the system boundary temperature is isothermal at


A new Yo Yo Dyne propulsion system has three flow streams, as shown in Figure. It mixes 0.500 kg/s of saturated water vapor at 100.°F with 0.200 kg/s of saturated liquid water at 100.°C in a steady flow, steady state, isobaric process.

This system is cheaply made and uninsulated; consequently, it loses heat at the rate of 75.0 kJ/s to the surroundings. Assuming the system boundary temperature is isothermal at 100.°C, determine

a. The quality of the outlet mixture.

b. The entropy production rate of the system.

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Project Management: Assuming the system boundary temperature is isothermal at
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