NaCI solution is added to a saturated solution of `PbCI_2` . What will happen to the concentration of `Pb^(+2)` ions ?

NaCl solution is added to a saturated solution of PbCl_(2). What will happen to the concentration of Pb^(+2) ions?

When a solid KCI is added to a saturated solution of AgCI "in" H_(2)O ,

What do you mean by a saturated solution ?

If you have a saturated solution of CaF_(2) then :

The concentration of Kl and KCl in a certain solution containing both is 0.001 M each . If 20 mL of this solution is added to 20 mL of a saturated solution of Agl in water . What will happen ? K_(sp) of AgCl = 10 ^(-10) , K_(sq) of AgI = 10^(-16)

How much the concentration of Ag^(o+) ions in a saturated solution of AgCI diminish if such an amount of HCI is added to it that the concentration of CI^(Θ) ions in the solution becomes equal to 0.03M ? Also find the amount of AgCI precipitated at the given concentration. K_(sp) of AgCI = 1.8 xx 10^(-10) .

Pb(IO_(3))_(2) is a sparingly soluble salt (K_(sp) = 2.6 xx 10^(-13)) . To 35mL of 0.15M Pb(NO_(3))_(2) solution, 15mL of 0.8M KIO_(3) solution is added, and a precipiatte of Pb(IO_(3))_(2) is formed. What will be molarity of Pb^(2+) ions in the solution after completion of the reactions? [IO3^(-)]=0.03M

10mL of 2(M) NaOH solution is added to 200mL of 0.5 (M) of NaOH solution. What is the final concentration?

100 mL of 0.1 M HCl + 100 mL of 0.2 M H_(2)SO_(4) + 100 mL of 0.1 M HNO_(3) are mixed togther. a. What is the final conecntration of the solution. b. What would be the final concentration of the solution. If the solution is made to 1 L by adding H_(2) O ? c. What would be the final concentration of the solution if 700 mL of H_(2)O is added to the solution?

In qualitative analysis, the metals of group I can be separated from other ions by precipitating them as chloride salts. A solution initially contains Ag^(+) " and " Pb^(+) at a concentration of 0.10M. Aqueous HCl is added to this solution until be Cl^(-) concentration is 0.10M. What will be concentration of Ag^(+) " and " Pb^(2+) be at equilibrium ? ( K_(sp) " for AgCl " = 1.8xx10^(-10) K_(sp) " for " PbCl_(2) = 1.7xx10^(-5) )