The Deacon process for production of chlorine involves the gas$-$phase catalytic reaction:Furusaki $(1973)$ studied the kinetics of this reversible reaction, with a CuCl$2,$ KCl$,$ SnCl$2-$on silicacatalyst in differential and integral reactor. The rate of disappearance of HCl could be correlated by theequation:$()221212141222211$ClHClOHClOHClCKCKCCKCCkr$++=($i$)$ Devise a series of fundamental steps of adsorption and surface reaction which will give the aboverate expression.$($ii$)$ The rate data at $350$oC$,$ obtained in the differential reactor with a feed of HCl and air $($no Cl$2$ orH$2$O$),$ is as follows:Rate $106/$mg mol$/($gcatalyst$.$ s$)10\mathrm{.}511\mathrm{.}210\mathrm{.}313\mathrm{.}512\mathrm{.}815\mathrm{.}215\mathrm{.}315\mathrm{.}7610$HClC $/$mg mol$/$cm$30\mathrm{.}240\mathrm{.}270\mathrm{.}330\mathrm{.}440\mathrm{.}450\mathrm{.}680\mathrm{.}740\mathrm{.}89$Using these data, evaluate as many of the constants, $,,1$Kk and $2$K $,$ as possible.