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[50 points] A mixture of 70 mol\% A and 30 mol\% B is combined with a recycled stream of pure C. The combined stream enters a separation process along with a recycle stream containing the same components ( 40wt%A,15wt%B, and 45wt%C ). Two streams leave this process at 25C; the product stream containing 150lbm/hrA, and stream containing all three components ( 30 wt% A, 14wt% B, and 56wt% C). This stream enters a second separation unit that recovers a pure C stream, a pure B stream, and the recycle stream that enters the first separation unit. The C stream is heated and recycled to combine with the A/B feed stream. a. Draw and label a flow diagram. b. Complete a degree of freedom analysis around the entire process and each unit/mixing point/splitting point. c. Determine the total and component flow rates in each stream, label these on a new diagram. MW(g/mol):A=85B=59C=18 [50 points] A mixture of 70 mol\% A and 30 mol\% B is combined with a recycled stream of pure C. The combined stream enters a separation process along with a recycle stream containing the same components ( 40wt%A,15wt%B, and 45wt%C ). Two streams leave this process at 25C; the product stream containing 150lbm/hrA, and stream containing all three components ( 30 wt% A, 14wt% B, and 56wt% C). This stream enters a second separation unit that recovers a pure C stream, a pure B stream, and the recycle stream that enters the first separation unit. The C stream is heated and recycled to combine with the A/B feed stream. a. Draw and label a flow diagram. b. Complete a degree of freedom analysis around the entire process and each unit/mixing point/splitting point. c. Determine the total and component flow rates in each stream, label these on a new diagram. MW(g/mol):A=85B=59C=18