Find the composition and temperature, Tbp, of a vapor in equilibrium with a liquid that is 0.800 mol acetic acid/mol and 0.200 mol water/mol at 1 atm. Let ya and yw represent the vapor phase mole fractions of acetic acid and water, respectively.   ya=   yw=   Tbp=

Introduction to Chemical Engineering Thermodynamics
8th Edition
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Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
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Find the composition and temperature, Tbp, of a vapor in equilibrium with a liquid that is 0.800 mol acetic acid/mol and 0.200 mol water/mol at 1 atm. Let ya and yw represent the vapor phase mole fractions of acetic acid and water, respectively.
 
ya=
 
yw=
 
Tbp=
 
Find the composition and temperature, Tdp, of a liquid in equilibrium with a gas that is at 1 atm and is composed of 0.100 mol acetic acid/mol, 0.200 mol water/mol, and the rest nitrogen. Let xa and xw represent the liquid phase mole fractions of acetic acid and water, respectively.
xa=
 
xw=
 
Tdp=
 
A gas mixture of 0.270 mol acetic acid/mol, 0.300 mol water/mol, and 0.430 mol inerts/mol at 88.0 C is compressed isothermally until condensation occurs. At what pressure, Pdp, does the condensation first form, and what is the composition of this condensate?
Pdp=
 
xa=
 
xw=
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