H4+2lkk2H(alow) b) Assume that the second step in the below mechanism is rate delermining and first swep is rapid and assumed as protquibrum (equlibnum constant Kit). derive the rane oquation for, fhe using rafe determining method. 1. k2k1k12 (rapid, in equibriam, K1 ) 2. H3+21k3 Hi (skow stop, rate determining) Q2) The stoichiometry of dehydrogenation of ethane neasticn is ghen as folloas: C2HE+C2Hi+Ht(A)+(B)+(C) H3+2Kiki2Hm(Slow) b) Assume that the second step in the below mechanism is rate detemining and first step is rapid and assumed as preequlibrim (equlibrium constant K1 ), derie the rake equation for, the using rate determining method 2. H2+21kg2HI (slow step, rate determining). Q2) The stoichiometry of dehydrogenation of ethene reaction is given as folows: C2H1C2H4+H2(A)(B)+(C)