The following solutions are mixed: `500mL of 0.01 M AgNO_(3)` and `500mL` solution that was both `0.01M` in `NaCI` and `0.01M` in `NaBr`. Given `K_(sp) AGCI = 10^(-10), K_(sp) AgBr = 5 xx 10^(-13)`.
Calculate the `[Ag^(o+)]` in the equilibrium solution.

The following solutions are mixed: 500mL of 0.01 M AgNO_(3) and 500mL solution that was both 0.01M in NaCI and 0.01M in NaBr . Given K_(sp) AGCI = 10^(-10), K_(sp) AgBr = 5 xx 10^(-13) . Calculate the [CI^(Theta)] in the equilibrium solution.

The following solutions are mixed: 500mL of 0.01 M AgNO_(3) and 500mL solution that was both 0.01M in NaCI and 0.01M in NaBr . Given K_(sp) AGCI = 10^(-10), K_(sp) AgBr = 5 xx 10^(-13) . Calculate the [Br^(Theta)] in the equilibrium solution.

The following solutions are mixed: 500mL of 0.01 M AgNO_(3) and 500mL solution that was both 0.01M in NaCI and 0.01M in NaBr . Given K_(sp) AGCI = 10^(-10), K_(sp) AgBr = 5 xx 10^(-13) . Calculate the [CI^(Theta)] in the equilibrium solution.

The following solutions are mixed: 500mL of 0.01 M AgNO_(3) and 500mL solution that was both 0.01M in NaCI and 0.01M in NaBr . Given K_(sp) AGCI = 10^(-10), K_(sp) AgBr = 5 xx 10^(-13) , [Ag^(+)] = 2 xx 10^(-8) . Calculate the [Br^(Theta)] in the equilibrium solution.

A solution containing a mixture of 0.05M NaCI and 0.05M Nal is taken. (K_(sp) of AgCI = 10^(-10) and K_(sp) of AgI = 4 xx 10^(-16)) . When AgNO_(3) is added to such a solution:

A solution containing a mixture of 0.05M NaCI and 0.05M Nal is taken. (K_(sp) of AgCI = 10^(-10) and K_(sp) of AgI = 4 xx 10^(-16)) . When AgNO_(3) is added to such a solution:

A solution is 0.01 M Kl and 0. 1 M KCl . If solid AgNO_3 is added to the solution, what is the [1^(-) ] when AgCl begins to precipitate [K_(sp) (Agl) =1.5 xx 10^(-16) , K_(sp) (AgCl) =1.8 xx 10^(-10)]

Equal volumes of 0.02M AgNO_(3) and 0.01M HCN are mixed. Calculate [Ag^(o+)] in solution after attaining equilibrium. K_(a) HCN = 6.2 xx 10^(-10) and K_(sp) of AgCN = 2.2 xx 10^(-16) .