A solution is a mixture of 0.06 M KI. AgNO 3 solution is being added drop by drop till AgCl starts precipitating (Ksp AgCl = 1*10 -10 and Ksp AgI = 4*10 -16 ). The concentration of Iodide ion at this stage will be nearly equal t :- a.4*10 -5 M b.2.4*10 -7 M

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kakad nilesh rajabhau · Answer

conc. of [Ag]+= ksp of AgCl/ conc. of Cl- common ion = 1x 10^-10 / 0.06 , then conc. of[ I -]ion = Ksp of AgI / conc. of [Ag]+common ion = 4x10^-16 x 0.06 / 10^_10 = 2.4 x 10^-7 M.

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A solution is a mixture of 0.06 M KI. AgNO 3 solution is being added drop by drop till AgCl starts precipitating (Ksp AgCl = 110 -10 and Ksp AgI = 410 -16 ). The concentration of Iodide ion at this stage will be nearly equal t :- a.410 -5 M b.2.410 -7 M

A solution is a mixture of 0.06 M KI. AgNO₃solution is being added drop by drop till AgCl starts precipitating (Ksp AgCl = 110^-10 and Ksp AgI = 410^-16). The concentration of Iodide ion at this stage will be nearly equal t :-
a.410^-5 M b.2.410^-7 M

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A solution is a mixture of 0.06 M KI. AgNO 3 solution is being added drop by drop till AgCl starts precipitating (Ksp AgCl = 1*10 -10 and Ksp AgI = 4*10 -16 ). The concentration of Iodide ion at this stage will be nearly equal t :- a.4*10 -5 M b.2.4*10 -7 M

A solution is a mixture of 0.06 M KI. AgNO3solution is being added drop by drop till AgCl starts precipitating (Ksp AgCl = 1*10-10 and Ksp AgI = 4*10-16). The concentration of Iodide ion at this stage will be nearly equal t :-a.4*10-5 M b.2.4*10-7 M

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A solution is a mixture of 0.06 M KI. AgNO 3 solution is being added drop by drop till AgCl starts precipitating (Ksp AgCl = 110 -10 and Ksp AgI = 410 -16 ). The concentration of Iodide ion at this stage will be nearly equal t :- a.410 -5 M b.2.410 -7 M

A solution is a mixture of 0.06 M KI. AgNO₃solution is being added drop by drop till AgCl starts precipitating (Ksp AgCl = 110^-10 and Ksp AgI = 410^-16). The concentration of Iodide ion at this stage will be nearly equal t :-
a.410^-5 M b.2.410^-7 M