Recall the de-superheater from HW05, which is a rigid, adiabatic container used to cool superheated steam....

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Recall the de-superheater from HW05, which is a rigid, adiabatic container used to cool superheated steam. The de-superheater below is like the one on HW05, but now the water leaves the device with a quality of 0.7. Determine the rate at which entropy is generated within the de- superheater, in kW/K. 1 Valve P = 3 MPa T = 350C m = 20 kg/s De- superheater 3 P3 = 20 bar x3 = 0.7 Valve 2 P = 5000 kPa T2 = 200C Recall the de-superheater from HW05, which is a rigid, adiabatic container used to cool superheated steam. The de-superheater below is like the one on HW05, but now the water leaves the device with a quality of 0.7. Determine the rate at which entropy is generated within the de- superheater, in kW/K. 1 Valve P = 3 MPa T = 350C m = 20 kg/s De- superheater 3 P3 = 20 bar x3 = 0.7 Valve 2 P = 5000 kPa T2 = 200C