Human cells are used in a bioreactor to better understand the conversion of glucose to glutamic acid. The following reaction takes place: C6H12O6+aNH3+bO2>pC5H9NO4+qCO2+rH2O The feed to the bioreactor comprises 25gC6H12O6/ day; and a gas stream at 21L (STP)/day consisting of 0.25 mole fraction NH3,0.20 mole fraction O2, and the remainder N2. a. (5 Points) Determine the 5 stoichiometric coefficients for the reaction (a,b,p,q,r) with the stoichiometric coefficient of glucose (C6H12O6) being 1 . b. (10 Points) Drawl and label a flow diagram indicating all potential products from the bioreactor. Assume that the glucose completely reacts in the process. c. (15 Points) What is the rate of glutamic acid produced in g/ day? d. (20 Points) What are the molar compositions of the products from the bioreactor? e. (5 Points) What assumption did you make in simplifying your species balances