An aqueous glucose stream is to be catalytically hydrogenated to sorbitol in a slurry tank reactor. feeds to the reactor are an aqueous glucose stream with a concentration of 2.6 kg mol/m at a flow rate of 10-3 m/s and a 120 percent of stoichiometric hydrogen gas stream. the reactor is to be operated isothermally at 423 k, where the reaction is observed to follow the kinetics shown here: -rglucose = kchydrogen glucose k423 k = 3.76 x 10-4 (kg mol/m? ) -0.6s-1 the reaction is conducted at 10,000 kpa, the solubility of hydrogen may be assumed to be 5 kg mol/m at this pressure.

Plzz a sample of table sugar (sucrose, c12h22o11) has a mass of 7.801 g. ● a) calculate the number of moles of c12h22o11 in the sample b) calculate the number of moles of each element in c12h22o11 (number of moles of c, number of moles of h & number of moles of o) in the sample. (use your answer from part a as your starting point.) show your work and highlight your final answer. calculate the number of atoms of each element in c12h22o11 (number of atoms of c, number of atoms of h & number of atoms of o) in the sample. (use your answers from part b as your starting for each element.) show your work and highlight your final answer.