In an aqueous solution of volume 500 ml, the the reaction of 2Ag^(+) + CuhArrCu^(2+) + 2Ag reached equilibrium the [Cu^(2+)] was x M. When 500 ml of water is further added, at the equilibrium [Cu^(2+)] will be

In an aqueous solution of volume 500 ml, the the reaction of 2Ag^(+) +

1.	In an aqueous solution of volume 500 ml, the the reaction of 2Ag^(+) + CuhArrCu^(2+) + 2Ag reached equilibrium the [Cu^(2+)] was x M. When 500 ml of water is further added, at the equilibrium [Cu^(2+)] will be
Answer» `2x M` `X M` between x M and `x//2 M` less than `x//2 M` Solution :`{:(2Ag^(+)+,Cu,hArr,Cu^(2+),+,2Ag),(aM,,,xM,,if V is 500ml):}` If volume is dobled, then for `K_(C) = (x)/(a^(2))` to have same value `[Cu^(2+)]` will be less than `x//2`