please do part 2 using aspen x,y diagram or using excel

10-24. Twenty kmol/hr of an equimolar mixture of n-pentane (1) + 2-propanol (2) at 50C and 200 kPa is sent to a flash distillation unit operating at 50C and 75 kPa. Report the following information assuming Raoult's Law is valid. Show that the mixture will flash in the flash dis- tillation unit Report the flow rate and composition of the overhead (i.e. vapor) stream Report the flow rate and composition of the bottoms (i.e.. liquid) stream Which assumption that you made in solving this problem would you characterize as least valid and why? antainine 5 moles of benzene 2. Plot the operating line that corresponds to the solution of 10-24 and compare your results for x and y to the analytical solution. Are the results exactly the same or not? If not, speculate why this is the case. Hints: You'll need to create an X-Y diagram using Aspen. Set your components the way we went over in class; note that 2-propanol is synonymous with isopropanol or isopropyl alcohol. Pick an appropriate EOS method using the Methods Assistant, then create a Pxy diagram at 50C. Run the binary analysis to generate the equilibrium data, and then extract the x-y relationship from the results. You'll want to use the more volatile component to generate your X-Y diagram. If you can't tell which is more volatile, then compare the K values for the two components in the results