Dry nitrogen is bubbled though benzene at 800 mmHg and 323 K at a rate of 100 m per minute. Nitrogen is saturated with benzene vapor leaves at 740 mmHg and 313 K at a rate of 138.5 m per minute. State your assumptions and calculate the following: a. 's) The vapor pressure of benzene at 313 K. b. s) The composition of the final mixture in kilograms of benzene vapor per kilogram of nitrogen.

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Dry nitrogen is bubbled though benzene at 800 mmHg and 323 K at a rate of 100 m per
minute. Nitrogen is saturated with benzene vapor leaves at 740 mmHg and 313 K at a
rate of 138.5 m° per minute. State your assumptions and calculate the following:
's) The vapor pressure of benzene at 313 K.
s) The composition of the final mixture in kilograms of benzene vapor
a.
b.
per kilogram of nitrogen.
Transcribed Image Text:Dry nitrogen is bubbled though benzene at 800 mmHg and 323 K at a rate of 100 m per minute. Nitrogen is saturated with benzene vapor leaves at 740 mmHg and 313 K at a rate of 138.5 m° per minute. State your assumptions and calculate the following: 's) The vapor pressure of benzene at 313 K. s) The composition of the final mixture in kilograms of benzene vapor a. b. per kilogram of nitrogen.
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