A mixture of hydrocarbons with equal amounts of propane, i-butane, and n-butane exists at a pressure of 100 psia and is all in the vapor phase. a. What is the minimum temperature at which it could be a vapor? b. What mole % of the vapor is condensed if the mixture is cooled to 90°F? What would be the liquid phase and vapor phase compositions at this temperature? c. What temperature is required to condense 100% of the vapor? d. If 100,000 ft³ at standard conditions of the original gas is introduced into a separator at 100 psia and 90°F, how many metric tons of liquid have to be handled by the pump removing liquid from this separator? e. What temperature is required to condense (at 100 psia) 40 mol % of the total vapor? Antoine equation: Component A B C C3H8 4.53678 1149.36 24.906 B log 10 p*[bar] A- i-C4H10 4.3281 1132.108 0.918 T[K]+C n-C4H10 4.35576 1175.581 -2.071

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grade 12 chemistry: show all work and final answers must have correct units and significant figures. Derive the units of the rate constant k, with respect to an overall 1st order rate law equation. Show all work.

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Would you mind answering questions d, e, and f? Thanks.

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