what is relation between kx , kc and kp in equilibrium
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Considering here Kp ,Kc and Kx are the equilibrium constants
The relation between them is as follows
Kp=Kc.(RT)^(▲n) where R=gas constant , T= Temperature and▲ n is the number of moles of product - number of moles of reactant
Kp=Kx(P)^(▲n)
and take another one for use Kp=Kn(P/N)^(▲n)
T= Temperature and▲ n is the number of moles of product - number of moles of reactant and P is the pressure.
The relation between them is as follows
Kp=Kc.(RT)^(▲n) where R=gas constant , T= Temperature and▲ n is the number of moles of product - number of moles of reactant
Kp=Kx(P)^(▲n)
and take another one for use Kp=Kn(P/N)^(▲n)
T= Temperature and▲ n is the number of moles of product - number of moles of reactant and P is the pressure.
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