TABLE P10-16 Experimental data for the 1-hexene (1) +n- hexane (2) system at 328.15 K. P[kPa] X, y, 64.435 0.000 0.000 65.955 0.102 0.122 67.368 0.200 0.233 68.741 0.300 0.341 70.061 0.400 0.445...








Consider the 1-hexene (1) 1 n-hexane (2) system
at 328.15 K. Using Raoult’s Law, predict the system
pressure and vapor-phase composition for this
mixture and provide a Pxy plot for this mixture.
Compare the results of your modeling with the set
of experimental data provided for this system in
Table P10-16. Plot the data (as points) on the same
plot as your model. Is this system properly modeled
by Raoult’s Law? Why or why not?

TABLE P10-16 Experimental data for the 1-hexene (1) +n-<br>hexane (2) system at 328.15 K.<br>P[kPa]<br>X,<br>y,<br>64.435<br>0.000<br>0.000<br>65.955<br>0.102<br>0.122<br>67.368<br>0.200<br>0.233<br>68.741<br>0.300<br>0.341<br>70.061<br>0.400<br>0.445<br>71.287<br>0.500<br>0.543<br>72.434<br>0.600<br>0.639<br>73.581<br>0.700<br>0.732<br>74.701<br>0.799<br>0.823<br>75.780<br>0.900<br>0.912<br>76.780<br>1.000<br>1.000<br>Based on data from Kirss H., Kudrya vtseva LS., Eizen 0.G.,<br>Eesti NSV Tead.Akad.Toim.Keem Geol., 24(1), 15-23, 1975.<br>

Extracted text: TABLE P10-16 Experimental data for the 1-hexene (1) +n- hexane (2) system at 328.15 K. P[kPa] X, y, 64.435 0.000 0.000 65.955 0.102 0.122 67.368 0.200 0.233 68.741 0.300 0.341 70.061 0.400 0.445 71.287 0.500 0.543 72.434 0.600 0.639 73.581 0.700 0.732 74.701 0.799 0.823 75.780 0.900 0.912 76.780 1.000 1.000 Based on data from Kirss H., Kudrya vtseva LS., Eizen 0.G., Eesti NSV Tead.Akad.Toim.Keem Geol., 24(1), 15-23, 1975.

Jun 08, 2022
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