For a gaseous homogeneous reaction at equilibrium number of moles of product are greater than the number of moles of reactants is kc is larger or smaller than kp
Dear Student,
For a gaseous homogeneous reaction at equilibrium Kp and Kc are related as
Kp = Kc (RT)Δn
where R is universal gas constant
T is Absolute temperature
Δn is number of moles in products - number of moles in reactants
Given, number of moles in products > number of moles in reactants
So, Δn is positive,
Hence Kp > Kc
(or) Kc is smaller than Kp
Regards
For a gaseous homogeneous reaction at equilibrium Kp and Kc are related as
Kp = Kc (RT)Δn
where R is universal gas constant
T is Absolute temperature
Δn is number of moles in products - number of moles in reactants
Given, number of moles in products > number of moles in reactants
So, Δn is positive,
Hence Kp > Kc
(or) Kc is smaller than Kp
Regards