In the combustion of Hydrogen, the following reactions involving radicals are fast in both the forward...

 

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In the combustion of Hydrogen, the following reactions involving radicals are fast in both the forward and backward directions K H+O OH+O KD k2f O + H2 OH+H Kb HO+H OH+H K3b Using that assumption of equilibrium, derive algebraic expressions for the molar concentrations of the three radicals species, O, H, and OH, in terms of the kinetic rate coefficients and the molar concentrations of the reactant and product species, H2, O2, and HO. In the combustion of Hydrogen, the following reactions involving radicals are fast in both the forward and backward directions K H+O OH+O KD k2f O + H2 OH+H Kb HO+H OH+H K3b Using that assumption of equilibrium, derive algebraic expressions for the molar concentrations of the three radicals species, O, H, and OH, in terms of the kinetic rate coefficients and the molar concentrations of the reactant and product species, H2, O2, and HO.