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18 Dec 2019

Calculate the mole fraction with respect to A in the vapor phase (Y_A) for an ideal binary mixture. The mole fraction of the solution is found to be 0.613 with respect to A. Give your answer to three decimal places.

Pure Vapor Pressure at 355 K

A 1.305 bar

B 0.619 bar

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31 Dec 2019

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Volatile liquids A and B are completely miscible and form ideal solutions in all proportions. The pure vapor pressures at 298K are PA* = 500. torr and PB* = 200. torr. Using Excel may reduce the amount of time required to complete the following requested effort. Calculate, at 0.1 mole fraction intervals (x_A = 0, 0.1, 0.2, . . . , 1) PA, PB, Ptotal, and y_A, which is the vapor phase mole fraction of A. (i)Present these calculations in a suitable table. (ii)Plot PA, PB and Ptotal, vs. x_A, and plot Ptotal, vs. y_A on the same mole fraction scale as x_A. All four plots should superimposed on the same axes as in the adjacent figure, but with labels for the lines/curves.

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Calculate the mole fraction with respect to A in the vapor phase (Y_A) for an ideal binary mixture. The mole fraction of the solution is found to be 0.613 with respect to A. Give your answer to three decimal places.

Pure Vapor Pressure at 355 K

A 1.305 bar

B 0.619 bar

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Calculate the mole fraction with respect to A in the vapor phase (YA) for an ideal binary mixture. The mole fraction of the solution is found to be 0.613 with respect to A. Give your answer to three decimal places. Pure Vapor Pressure at 355 K A 1.305 bar B 0.619 bar

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Related textbook solutions

Basic Chemistry

Principles of Chemistry Molecular Approach

Chemistry: Structure and Properties

Principles of Chemistry Molecular Approach

Chemistry: A Molecular Approach

Chemistry: A Molecular Approach

Principles of Chemistry: A Molecular Approach

Chemistry: The Central Science

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Calculate the mole fraction with respect to A in the vapor phase (Y_A) for an ideal binary mixture. The mole fraction of the solution is found to be 0.613 with respect to A. Give your answer to three decimal places.

Pure Vapor Pressure at 355 K

A 1.305 bar

B 0.619 bar