Suppose that you have, at your disposal, a CSTR. The reaction, A+B -> C is irreversible. It occurs with no appreciable density change with conversion. Your reactor volume is 84 gal. You will use two feed lines, one for each reactant. Each reactant comes in the form of 3.5 M solutions in a common solvent. You feed will be stoichiometric. You want to ultimately set the single-effluent line to 0.5 gal/min at steady state (meaning, 0.25 gal/min in each feed line at SS). 1. Suppose that you can fill the tank essentially instantaneously, and you let the reactor operate in batch mode until you match the concentration of C that the CSTR would have under steady state (SS). How long does it take to reach that? More data: The rate law, in this case, involves product inhibition and order of for B: = 1**^1/2/(1 + 2*) With k1 = 0.0941 L^1/2/(mol^1/2.sec), and k2 = 3.99 L/mol