Use E5C.1(a) to Plot the data in excel. Place two data sets on the same graph: one for temp vs. x and one for temp vs y (remember, x and y are the mole fractions and they belong on the x-axis). Don’t forget to include the boiling points of the pure substances – they are data, too. Add a trendline (polynomial, 3rd order should work) to each of the coexistence lines separately. Scale the plot appropriately and use the graph to answer the questions. Then complete E5C.1(b) temperature-compositiondata were obtained for aE5C.1(a) The followingmixture of octane (O) and methylbenzene (M) at 1.00 atm, where x is the molefraction in the liquid and y the mole fraction in the vapour at equilibrium.8/°C 110.9 112.0 114.0XMsrit stalusis) HOM115.8Ум0.1000.908 0.795 0.615 id 0.5270.923 0.836 0.698 0.624117.3 M 119.00.408 00.30018:0.527 0.410123.0 w0.203 0.0970.297 0.164121.1The boiling points are 110.6 °C and 125.6 °C for M and O, respectively. Plot thetemperature-composition diagram for the mixture. What is the compositionof the vapour in equilibrium with the liquid of composition (i) x = 0.250 and(ii) x = 0.250?*) ModutESC.1(b) The following temperature/composition data were obtained for amixture of two liquids A and B at 1.00 atm, where x is the mole fraction in theliquid and y the mole fraction in the vapour at equilibrium. themalscom

Firstly draw the graph showing the variation of Xm and Ym with respect to the temperature.

Answered: temperature-composition data were…

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Use E5C.1(a) to Plot the data in excel. Place two data sets on the same graph: one for temp vs. x and one for temp vs y (remember, x and y are the mole fractions and they belong on the x-axis). Don’t forget to include the boiling points of the pure substances – they are data, too. Add a trendline (polynomial, 3rd order should work) to each of the coexistence lines separately. Scale the plot appropriately and use the graph to answer the questions. Then complete E5C.1(b)

temperature-composition
data were obtained for a
E5C.1(a) The following
mixture of octane (O) and methylbenzene (M) at 1.00 atm, where x is the mole
fraction in the liquid and y the mole fraction in the vapour at equilibrium.
8/°C 110.9 112.0 114.0
XM
srit stalusis) HOM
115.8
Ум
0.100
0.908 0.795 0.615 id 0.527
0.923 0.836 0.698 0.624
117.3 M 119.0
0.408 0
0.300
18:
0.527 0.410
123.0 w
0.203 0.097
0.297 0.164
121.1
The boiling points are 110.6 °C and 125.6 °C for M and O, respectively. Plot the
temperature-composition diagram for the mixture. What is the composition
of the vapour in equilibrium with the liquid of composition (i) x = 0.250 and
(ii) x = 0.250?
*) M
odut
ESC.1(b) The following temperature/composition data were obtained for a
mixture of two liquids A and B at 1.00 atm, where x is the mole fraction in the
liquid and y the mole fraction in the vapour at equilibrium. the
mals
com

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