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Problem 1 to 5 refer to the system water (A)-Chlorobenzene (B)-pyridine (C) at 25C. Equilibrium tie-line data, interpolated from those of Peake and Thompson, Ind. Eng. Chem., 44, 2439 (1952), in weight percent are: 1. Plot the equilibrium data on the following coordinate systems: (a) triangular; (b) x and y against weight fraction B; (c) x against y. 2. Compute the selectivity of chlorobenzene for pyridine at each tie line, and plot selectivity against concentration of pyridine in water. 3. It is desired to reduce the pyridine concentration of 2000kg of an aqueous solution from 50 to 2% in a single batch extraction with chlorobenzene. What amount of solvent is required? Solve on triangular coordinates. Problem 1 to 5 refer to the system water (A)-Chlorobenzene (B)-pyridine (C) at 25C. Equilibrium tie-line data, interpolated from those of Peake and Thompson, Ind. Eng. Chem., 44, 2439 (1952), in weight percent are: 1. Plot the equilibrium data on the following coordinate systems: (a) triangular; (b) x and y against weight fraction B; (c) x against y. 2. Compute the selectivity of chlorobenzene for pyridine at each tie line, and plot selectivity against concentration of pyridine in water. 3. It is desired to reduce the pyridine concentration of 2000kg of an aqueous solution from 50 to 2% in a single batch extraction with chlorobenzene. What amount of solvent is required? Solve on triangular coordinates