step by step answer only please!

1. (40 points) For a perfectly-mixed continuous stirred tank reactor (CSTR), construct a plot of X and S versus D for I = 0 and I = 0.05 g/lit given Mms Mg IKs So = 10 g/lit Xo = 0 Ks = 1 g/lit K= 0.01 g/lit K, +S+ S K BE Um = 0.5 hr-1 Yx/s = 0.1 g cell/g substrate Given that the CSTR was designed to operate in inhibitor free conditions, develop equations for the ratios S/(S); and DX/(DX)I where (S)i is the substrate concentration with inhibitor and (DX) is the biomass production rate with inhibitor. How does the presence of the inhibitor alter the reactor performance with respect to maximum biomass production and washout? You might want to plot DX and (DX)I as a function of D to verify your results. 1. (40 points) For a perfectly-mixed continuous stirred tank reactor (CSTR), construct a plot of X and S versus D for I = 0 and I = 0.05 g/lit given Mms Mg IKs So = 10 g/lit Xo = 0 Ks = 1 g/lit K= 0.01 g/lit K, +S+ S K BE Um = 0.5 hr-1 Yx/s = 0.1 g cell/g substrate Given that the CSTR was designed to operate in inhibitor free conditions, develop equations for the ratios S/(S); and DX/(DX)I where (S)i is the substrate concentration with inhibitor and (DX) is the biomass production rate with inhibitor. How does the presence of the inhibitor alter the reactor performance with respect to maximum biomass production and washout? You might want to plot DX and (DX)I as a function of D to verify your results