At - 31.2C, we have the data Compound Vapor pressure, P (mmHg) Propane 1200 n-butane 200...

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At - 31.2°C, we have the data Compound Vapor pressure, P° (mmHg) Propane 1200 n-butane 200 a) Calculate the mole fraction of propane in the liquid mixture that boils at - 31.2°C under 760 mmHg pressure. b) Calculate the mole fraction of propane in the vapor in equilibrium with the liquid in (a). At - 31.2°C, we have the data Compound Vapor pressure, P° (mmHg) Propane 1200 n-butane 200 a) Calculate the mole fraction of propane in the liquid mixture that boils at - 31.2°C under 760 mmHg pressure. b) Calculate the mole fraction of propane in the vapor in equilibrium with the liquid in (a).

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