5) A crude oil system has the following composition: compound X; CH 0.3100 C2 0.1042 C3 0.1187 CA 0.0732 C. 0.0441 C6 0.0255 C7 0.0571 0.0471 C, 0.0246 C10 0.0233 C11 0.0212 C12 0.0169 C13+ 0.1340 The molecular weight and specific gravity of C13+ are 325 and 0.842, respectively. Calculate the appropriate number of pseudocomponents necessary to adequately represent these components using a) Whitson's lumping method b) Behrens-Sandler's method Characterize the resulting pseudocomponents in terms of their critical properties. 5) A crude oil system has the following composition: compound X; CH 0.3100 C2 0.1042 C3 0.1187 CA 0.0732 C. 0.0441 C6 0.0255 C7 0.0571 0.0471 C, 0.0246 C10 0.0233 C11 0.0212 C12 0.0169 C13+ 0.1340 The molecular weight and specific gravity of C13+ are 325 and 0.842, respectively. Calculate the appropriate number of pseudocomponents necessary to adequately represent these components using a) Whitson's lumping method b) Behrens-Sandler's method Characterize the resulting pseudocomponents in terms of their critical properties