Air is bubbled through a container of liquid hexane at a rate of 0.100 kmol/min. It...

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Air is bubbled through a container of liquid hexane at a rate of 0.100 kmol/min. It then leaves the container, such that the output gas contains 10.0 mole % hexane vapor. Assume that air is insoluble in liquid hexane. The density of hexane is 659 kg/m³. (A) The outlet flow rate of mixture of air and hexane cannot be calculated (B) The outlet flow rate of mixture of air and hexane is 0.11 kmol/min (C) The time required to evaporate 10m³ of liquid hexane is 6903 min (D) The time required to evaporate 10m³ of liquid hexane is 5903 min Air is bubbled through a container of liquid hexane at a rate of 0.100 kmol/min. It then leaves the container, such that the output gas contains 10.0 mole % hexane vapor. Assume that air is insoluble in liquid hexane. The density of hexane is 659 kg/m³. (A) The outlet flow rate of mixture of air and hexane cannot be calculated (B) The outlet flow rate of mixture of air and hexane is 0.11 kmol/min (C) The time required to evaporate 10m³ of liquid hexane is 6903 min (D) The time required to evaporate 10m³ of liquid hexane is 5903 min

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