The default parameters are k = 3.07 s^-1, C_A0 = 0.066 mol/dm³, F_A0 = 193 mol/s with a reaction A B + C. V=10,000dm^3 in a PFR

a. what is the concentration of B (in mol/dm³) when the conversion of A is 90%?

b. If the reaction instead is A B + 2C, what conversion of A is achieved in a 10,000 dm³ PFR? Assume no other changes to the reaction chemistry or system inputs. Report your answer as a decimal as in 1.

c. For A B + 2C, what reactor volume (in dm³) is necessary to achieve > 99.5% conversion of the reactant?

d. or the reaction A B + 2C, What is the concentration of component B (in mol/dm³) at the outlet of a reactor with 7500 dm³ volume?

e. For the reaction A B + 2C, what is the molar flowrate (in mol/s) of B at the exit of a 7500 dm³ reactor?

f. For the reaction A B + 2C, what is the molar flowrate (in mol/s) of C at the exit of a 7500 dm³ reactor?