1. 50kg/min of an aqueous saturated solution of KNO3 at 75C is fed to a cooler/crystallizer, where it is cooled to 10C. The resulting slurry flows through a filter, producing a saturated liquid stream and a filter cake "stream" that is 65 vol\% solid crystals and 35 vol\% saturated liquid. The remaining water in the filter cake is removed by evaporation to produce dry solid crystals. Some data: Solubility of KNO3 is given in Figure 6.5-1 in the text. Density of solid KNO3:2.11g/cm3 Density of aqueous KNO3 solutions: solution=1.00+0.65XKNO3, where XKNO is the mass fraction KNO3 in solution and solution is in g/cm3. a. Draw and completely label a flowchart of the process. b. Determine the mass fraction KNO3 in solution at 75C and at 10C. c. Determine the mass flow rates of the filter cake stream (solid plus solution) and the saturated liquid stream leaving the filter. d. Determine the production rate of the dry KNO3 crystals. rIGUKE 0.5-1 solubilties oI inorganic solutes