Assertion : Solubility of AgCl in NH(3)(...

Assertion : Solubility of `AgCl` in `NH_(3)(aq)` is greater than in pure water.
Reason : When `AgCl` dissolve in `NH_(3)(aq)`, complex ion [`Ag(NH_(3))_(2)^(+)`] formation takes place and solubility equilibrium of `AgCl_(3)` shifted in forward direction.

Similar Questions

Explore conceptually related problems

AgCl with NH_(3) forms

Assertion (A): Solubility of AgCN in acidic solutions is greater than in pure water. Reason (R) : Solubility equilibrium of AgCN is shifted in formwed direction due to the formation of HCN .

Assertion (A): Solubility of AgCN in acidic solutions is greater than in pure water. Reason (R) : Solubility equilibrium of AgCN is shifted in forward direction due to the formation of HCN .

AgCl dissolved in excess of NH_(3), KCN and Na_(2)S_(2)O_(3) solutions the complex produces ions

AgCl is less soluble in AgNO_(3) solution than in pure water. Explain.

Assertion : I_2 is less soluble in Kl(aq) than in pure water Reason : Common ion effect reduces the solubility.

Assertion: A solution of AgCl in NH_(4)OH gives a white precipitate when acidified with HNO_(3) . Reason: [Ag(NH_(3))_(2)]^(+) decomposes in the presence of HNO_(3) .

Assertion : Solubility of `AgCl` in `NH_(3)(aq)` is greater than in pure water. Reason : When `AgCl` dissolve in `NH_(3)(aq)`, complex ion [`Ag(NH_(3))_(2)^(+)`] formation takes place and solubility equilibrium of `AgCl_(3)` shifted in forward direction.

Similar Questions

Recommended Questions

Assertion : Solubility of `AgCl` in `NH_(3)(aq)` is greater than in pure water.
Reason : When `AgCl` dissolve in `NH_(3)(aq)`, complex ion [`Ag(NH_(3))_(2)^(+)`] formation takes place and solubility equilibrium of `AgCl_(3)` shifted in forward direction.