A steady-state, steady-flow (SSSF) control volume of air has one inflow stream and two outflow streams....

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A steady-state, steady-flow (SSSF) control volume of air has one inflow stream and two outflow streams. The following are given: = Pel Pez P = 100 kPa (inflow and both outflow pressures same). T2 = 1250 K (temperature at outflow two). (hez-hi) = +536.40 kJ/kg (change in specific enthalpy between the inflow and outflow two). Qey-Wev=0 kWatts. CV CV mass-flow-rate ratio: R = mei/m2 = 1.416462014 (R is mass-flow-rate ratio of the two outflow streams). You may neglect changes in kinetic and potential energy. You may NOT assume constant specific heats. Determine: (Part 1 and 2: 10 points each; Part 3: 20 points) 1. T; in K (temperature on the inflow) 2. V.2 in m/kg (specific volume at outflow two) 3. Tel in K (temperature at outflow one) A steady-state, steady-flow (SSSF) control volume of air has one inflow stream and two outflow streams. The following are given: = Pel Pez P = 100 kPa (inflow and both outflow pressures same). T2 = 1250 K (temperature at outflow two). (hez-hi) = +536.40 kJ/kg (change in specific enthalpy between the inflow and outflow two). Qey-Wev=0 kWatts. CV CV mass-flow-rate ratio: R = mei/m2 = 1.416462014 (R is mass-flow-rate ratio of the two outflow streams). You may neglect changes in kinetic and potential energy. You may NOT assume constant specific heats. Determine: (Part 1 and 2: 10 points each; Part 3: 20 points) 1. T; in K (temperature on the inflow) 2. V.2 in m/kg (specific volume at outflow two) 3. Tel in K (temperature at outflow one)