A cylinder contains 200 kg of carbon dioxide at 5 MPa and 25°C (TC=304.2K, Pc=72.8atm, w=0.225,...

A cylinder contains 200 kg of carbon dioxide at 5 MPa and 25°C (TC=304.2K, Pc=72.8atm, w=0.225, M=44.10 kg/kmol). A second cylinder contains nitrogen at 7 MPa and 25° C (Tc=126.2K, Pc=33.5atm, w=0.040, M=28 kg/kmol). A third cylinder contains oxygen at 6 MPa and 25°C (Tc=154.6K, Pc=49.8atm, w=0.021, M=32 kg/kmol). All 3 cylinders are the same size. When the contents of all the cylinders are moved into a reactor at a temperature of 75°C, the pressure is 12 MPa. Using the law of corresponding states and the generalized compressibility chart, determine the volume (m³) of the reactor.

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Amanda K answered 6 months ago

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