Ethylene glycol (EG CH (OH)) is produced from an ethylene oxide (EO C.H.O) with diglycol (DG (C_H_OH).O) as an undesired byproduct. The following are the reactions: 1) EO + H20 - EG 2) 2EO + H20 DG EO enters a reactor at 100 mol's along with 100% excess H20 (based on reaction 1). The conversion of EO is 90%, and the yield of EG from EO is 80%. EO 100 mol/s H20 EO H20 EG DG 1. (2) Determine the amount of H2O entering the reactor. 2. (2) Determine the flow rates of EG and EO exiting the reactor. 3. (2) With the variables from (1) and (2) now known, perform a degrees of freedom analysis for this process: DF #Var: #Bal: #S.R.: 4. (2) Write down the species balance equations for EO, H2O, EG and DG. EO: H2O: EG: DG: 5. (2) Calculate the flow rates of DG and H:0 exiting the reactor