In a saturated aqueous solution of AgBr, concentration of `Ag^(+)` ion is `1xx10^(-6)` mol `L^(-1)` it `K_(sp)` for AgBr is `4xx10^(-13)`, then concentration of `Br^(-)` in solution is

In a saturated aqueous solution of AgBr , conc, of Ag^(+) ion is 10^(-6) mol/lit. if K_(sp) for Ag Br is 1 xx 10^(-12) , then concentration of Br^(-) in the solution is

What is pOH of an aqueous solution with hydrogen ion concentration equal to 3xx10^(-5)" mol L"^(-1) ?

What is pOH of an aqueous solution with hydrogen ion concentration equal to 3xx10^(-5)" mol L"^(-1) ?

When 1.88 g of AgBr(s) is added to a 10^(-3) M aqueous solution of KBr, the concentrationof Ag is 5xx10^(-10) M. If the same amout of AgBr(s) is added to a 10^(-2) M aqueous solution of AgNO_(3) , the concentration of Br^(-) is

The P^(H) of saturated aqueous solution of Ba(OH)_(2) is 10 . If the K_(sp) of Ba(OH)_(2) is 5 xx 10^(13) , then the concentration of Ba^(2+) ions in the solution is

In 1L saturated solution of AgCI [K_(sp) (AgCI) = 1.6 xx 10^(-10)], 0.1 mol of CuCI [K_(sp)(CuCI) = 1.0 xx 10^(-6)] is added. The resultant concentration of Ag^(+) in the solution is 1.6 xx 10^(-x) . The value of "x" is.

The pH of an aqueous solution of Ba(OH)_(2) is 10 . If the K_(sp) of Ba(OH)_(2) is 1xx10^(-9) , then the concentration of Ba^(2+) ions in the solution in mol L^(-1) is

The pH of an aqueous solution of Ba(OH)_(2) is 10 . If the K_(sp) of Ba(OH)_(2) is 1xx10^(-9) , then the concentration of Ba^(2+) ions in the solution in mol L^(-1) is