This question concerns a two-component liquid-vapour system. It contains components G and H. The molecular weight of G is 100 and the molecular weight of H is 120 . The liquid density for pure component G is 900kg/m3 and the liquid density for pure component H is 950kg/m3. At 50% - 50\% weight ratio, the density of the components G and H mixture is 930kg/m3. At 1atm, the following data were obtained for the equilibrium vapour pressures for pure components G and H : Assuming both Raoult's law and Dalton's law apply to this system, do the following: (1) Identify the more volatile matter; (2) Generate the Txy diagram for the above system (use the first figure); (3) Generate the y - x diagram (Use the second figure); (4) If we feed 200kg/min of the G and H mixture (with 50%G and 50%H by weight) into a flash distillation vessel maintained at 120C, what is going to happen (describe clearly). What are the products and what are the composition and flow rate of each product. Graphical or analytical solution. Two Component Liquid-Vapour System x