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1. (35 pts) An insulated flow separation chamber is used to separate the liquid and vapor portions of a saturated water mixture flow. The mixture enters at T,-200°C, x: 40%, and a mass flow rate of 4 kg/s. Saturated liquid at 200°Cexits through line two at 3 kg/s, while saturated vapor at 200 C exits out of line three. Flow (a) Identify your CV by drawing its boundary with a dashed lineSeparator (b) Write all the given data on the schematic Chamber (c) Write the Conservation of Mass in this box. Indicate which terms do not apply and why: (d) Write the final form of the Conservation of Mass equation applicable to this problem, and calculate m: (e) Write the 1s Law of Thermodynamics in this box. Indicate which terms do not apply and why (0 Write the final form of the 1st Law of Thermodynamics equation applicable to this problem (g) Obtain the needed properties and write them in this box with their specific subscript of 1,2 or 3): (h) How much power (kW) is required to separate the flows as described above?
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0.1 Saturated vapen, χ . Given : Δq-oĆb cham ber is irdu lated) 스 ( leirelte energy) じぐ d) e st au Ene Can neves be crea SincForn Stea dy Ros areeaSFEE mih r m houser exhh ehs wo dapend on the A4 206 c ng(saturate.lafdur) = 2구92 1 3.3 Power YequiredTemperature(200 Cesus degreeGo OR Celsius degree Go Absolute Pressure (P) 15.549 bar 0 roperties of the saturated steam are l

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