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P10-11 Cyclohexanol was passed over a catalyst to form water and cyclohexene: W catalyst H Cyclohexanol Water + Cyclohexene It is suspected that the reaction may involve a dual-site mechanism, but it is not known for certain. It is believed that the adsorption equilibrium constant for cyclohexanol is around 1.0 and is roughly one or two orders of magnitude greater than the adsorption equilibrium constants for the other compounds. The following data were obtained. Using these data: const AAFES PH & Du Partial Partial Partial Pressure of Pressure of Pressure of Reaction Rate Cyclohexanol Cyclohexene Steam (H2O) Run (mol/dms) X 10% (atm) (atm) (atm) 1 3.3 2 1.05 5 3 0.565 1 4 1.826 5 1.49 6 1.36 5 7 1.08 10 8 0.862 10 10 9 0 0 5 10 1.37 (3 3 3 (a) Suggest a rate law and mechanism consistent with the data given here. (b) Determine the values of the rate-law parameters. C) For an entering molar flow rate of cyclohexanol of 10 mol/s at a partial pressure of 15 atm, what catalyst weight is necessary to achieve 85% conversion when the bulk density is 1500 g/dm3? kc x1 - 8 irriversible Ostallic