Asked by vicky
For the equilibrium:
H2 + I2 <=> 2HI
The equilibrium konstant Kc is equal to 50.5 at 448ºC. If [H2]o=[I2] o= 1 mol/l. What will the concentration of H2, I2 and HI be at equilibrium
H2 + I2 <=> 2HI
The equilibrium konstant Kc is equal to 50.5 at 448ºC. If [H2]o=[I2] o= 1 mol/l. What will the concentration of H2, I2 and HI be at equilibrium
Answers
Answered by
bobpursley
K= [2x]^2/(1-x)(1-x)
K= 4x^2/(1-2x+x^2)
(K-4)x^2-2Kx+K=0
solve for x with the quadratic equation
concentration of H2, I2=x
concentration of HI= 2x
K= 4x^2/(1-2x+x^2)
(K-4)x^2-2Kx+K=0
solve for x with the quadratic equation
concentration of H2, I2=x
concentration of HI= 2x