Two reactions take place in a 100L continuous stirred-tank reactor (CSTR) involving compounds A, B, and C. A stream is fed to the reactor at a volumetric flowrate of 10L/s containing only compound A at a concentration of 1molA/L, with material removed at the same flowrate. Initially there is no A in the reactor. Rate of consumption of A: r1=k1CA2[molA/s] Rate of consumption of B: r2=k2CB[molB/L/s]k1=1.0[L/molA/s]k2=0.1[s1] a. Determine an analytical solution for the steady state concentrations for compounds A, B, and C. b. Write a MATLAB script that can (i) calculate the steady-state values of CA,CB, and CC as a function of from 1s to 100s in increments of 1s and (ii) plot these values in a single plot. c. EXTRA CREDIT: Determine analytical solutions for CA,CB, and CC as a function of time