The equilibrium constant for that reaction was 26, and then when I determined the K-constant with the quantities they provided (because it was in moles, you had to divide by the 5.00L of gas for each gas, to get concentration) and found K (for those quantities) to be like 16.23...old.skool.kid said:Sweet i got that. And yeah i said it wasnt, because k was out be a d.p or something is that what you got?
So I said therefore not in equilibrium at these quantities, because the constant calculated does not equal theortical K-constant for when the system is at equilibrium.