At a given temperature and pressure, the equilibrium constant values for the equilibria 3A_2+B_2+2Coverset(K_1)hArr 2A_3BCoverset(K_2)hArr(3)/(2)[A_2]+1/2+C The relation between K_1 and K_2 is ……..

At a given temperature and pressure, the equilibrium constant values f

1.	At a given temperature and pressure, the equilibrium constant values for the equilibria 3A_2+B_2+2Coverset(K_1)hArr 2A_3BCoverset(K_2)hArr(3)/(2)[A_2]+1/2+C The relation between K_1 and K_2 is ……..
Answer» `K_1=(1)/(sqrt(k_2))` `K_2=K_(1)^(-1/2)` `K_(1)^(2)=2K_2` `(K_1)/(2)=K_2` Solution :`K_1=([A_3BC]^(2))/([A_2]^(3)[B_2][C]^(2))`...(1)`K_2=([A_2]^(3/2)[B_2]^(1/2)[C])/([A_3BC])` `IMPLIES``K_1=([A_2]^(3)[B_2][C]^(2))/([A_3BC]^(2))`...(2) COMPARING (1) & (2), `K_2^2 =(1)/(K_1)impliesK_2=K_1^(-1/2)`