100 Assuming Raoult's Law, generate an x-y and a T-x,y diagram for the 2-propanol (isopropanol) (1) and water (2) system at 101.325 kPa. You are encouraged to use Excel or some equivalent spreadsheet and/or equation solver for this assignment. In addition, the following measured VLE data are available for the 2-propanol (1) and water (2) system at 101.325 kPa. X1 T (mol/mol] [mol/mol) (C) 0 0 0.06 0.477 83.7 0.12 0.518 81.9 0.24 0.53 81.5 0.52 0.602 80.4 0.7 0.698 80 0.84 0.804 80.4 0.94 0.911 81.2 1 1 82 On your X-y graph (but not the T-x,y graph), please also include these measured data. How do the measured data compare to the Raoult's Law calculations? Based on this, is Raoult's Law appropriate for use in this system and why or why not? Results from your Raoult's Law calculations should be plotted as lines and the measured data in the table as discrete points. The graphs should be labeled appropriately. Please include the spreadsheet with your submission