The reaction occurs between H_2 and I at 731 K temperature equilibrium concentration of H_2, I_2 and HI are as under in Table Calculate "[HI]"/([H_2][I_2]) and [HI]^2/([H_2][I_2]) and discuss of obtainedresults and derive chemical equilibrium rule.

The reaction occurs between H_2 and I at 731 K temperature equilibrium

1.	The reaction occurs between H_2 and I at 731 K temperature equilibrium concentration of H_2, I_2 and HI are as under in Table Calculate "[HI]"/([H_2][I_2]) and [HI]^2/([H_2][I_2]) and discuss of obtainedresults and derive chemical equilibrium rule.
Answer» Solution : The result of A is different but B is same, so expression of B explain the law of chemical EQUILIBRIUM. At definite temperature, the multiple of active mass of product and multiple of active mass of reactant is constant. OR The ratio of multiple of concentration of product with PROPER POWER of MOLES of the multiple of concentration of reactant with proper power of moles is constant.