In an attempt to solve the world's energy shortage, engineers have discovered a new type of microbial cell that converts carbon dioxide (CO₂, MW = 44.01 g/mol, p=0.00197 g/cm³) into propane (C₃H₈, MW = 44.1 g/mol, p=0.00201 g/cm³) in the presence of water. A simple continuously stirred tank reactor is designed for the reaction. After months of optimization, it is discovered that the rates of cell division and cell death are equal when the reactor is held at 25 ^oC. Furthermore, complete conversion of CO₂ to propane is achieved in 10% excess water (on a molar basis). CO₂ is bubbled through the reactor at 1680 L/hr. No cells are lost in the liquid product stream. a. Write the balanced chemical equation. b. Sketch the reactor setup including reactant and product streams. c. How much feed water is required in mol/hr and kg/hr? d. What is the daily output of propane (kg/day)? e. Is the concentration of propane higher in the reactor vessel or the product stream? Explain.