73.- (exam jan'09) In a 10L reactor the elementary reversible reaction CAB takes place in liquid phase at constant temperature. In order to determine whether the behavior of the reactor can be resembled to that of a continuous stirred tank reactor with dead volume and bypass a step tracer test has been performed using a volumetric input flow rate of 2L/min. The exit tracer concentrations are: a) Obtain the model parameters and calculate the conversion at the outlet of the system for the reaction indicated using this model. b) Write the analytical expression of F(t) taking into account the previous model and obtain from it the analytical expression of E(t). Plot both functions. c) Calculate the conversion to be obtained for the above reaction with the segregation model using the analytical expression of E(t) obtained in the previous part. Data: k1( direct reaction )=1min1 k2 (reverse reaction) =0.3min1 in parts a) and c) consider CB0=0 to calculate conversion