Task 3 (of 6) (Material Balance) The diagram in Figure 1 is of the following process: Equal part of reactant A and B are added to a reactor where product C is a result of the reaction with a conversion percent of 65% (65% of A and 65% of B become product C.) The rest of product A and B remain as A and B. The resultant flow is then moved to a column to remove the remaining reactant A. Finally, the solution is moved to a centrifuge to remove the remaining reactant B. If 210 kg/h of C is desired, solve for all the unknowns flow rates (F1, F2, F3, F4 and F6)? Write the balancing equations and your answers in the space provided after Figure 1. Hint treat C as a combination of A and B throughout the solution. C C 210 kg/hr. 100% C F1 ?? kg/hr. 50% A a F2 ?? kg/hr. F3 ?? kg/hr. 1 t C V%A Y% B u r 50% B W% B Z% C m X% C n f F6 ?? kg/hr. u 100% B g F4?? kg/hr. 100% A Figure 1: Diagram of system for Task 3 e Balancing equations: Reactor: Overall: A: B: Column: . Overall: A: