1. At 365 K, the vapor pressures of benzene and methylbenzene are 142 and 57 kPa, respectively. Calculate (a) the partial pressure of benzene vapor; (b) the partial pressure of the methylbenzene vapor; and (c) the total vapor pressure for a benzene-methylbenzene mixture in which the mole fraction of the methylbenzene is 0.60. [56.8; 34.2; 91.0]
1. At 365 K, the vapor pressures of benzene and methylbenzene are 142 and 57 kPa, respectively. Calculate (a) the partial pressure of benzene vapor; (b) the partial pressure of the methylbenzene vapor; and (c) the total vapor pressure for a benzene-methylbenzene mixture in which the mole fraction of the methylbenzene is 0.60. [56.8; 34.2; 91.0]
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![1. At 365 K, the vapor pressures of benzene and methylbenzene are 142 and 57 kPa, respectively.
Calculate (a) the partial pressure of benzene vapor; (b) the partial pressure of the
methylbenzene vapor; and (c) the total vapor pressure for a benzene-methylbenzene mixture in
which the mole fraction of the methylbenzene is 0.60. [56.8; 34.2; 91.0]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F054b4bdd-d6e7-4a95-a834-86793e366267%2F3f6ef9cf-d5c3-41e4-a024-7703b2b110fe%2Fbd0f8.jpeg&w=3840&q=75)
Transcribed Image Text:1. At 365 K, the vapor pressures of benzene and methylbenzene are 142 and 57 kPa, respectively.
Calculate (a) the partial pressure of benzene vapor; (b) the partial pressure of the
methylbenzene vapor; and (c) the total vapor pressure for a benzene-methylbenzene mixture in
which the mole fraction of the methylbenzene is 0.60. [56.8; 34.2; 91.0]
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