The gram solubility for Lead (II) carbonate is 1.03E-5(g)/(L) at 25deg C.
a. Write a balanced equation for the solubility equilibrium.
b. Write the expression for the solubility product constant and calculate its value.
c. If you have a saturated solution of lead (II) carbonate and sodium carbonate is added to the system,
would the solubility of the Lead (II) carbonate increase or decrease? Explain briefly.
d. If 20.0ml of 3.0 imes 10^(-3)M Lead (II) nitrate reacts with 30.0ml of 4.0 imes 10^(-4)M sodium carbonate, will a
precipitate form? Prove your response.
e. Determine the concentration of all ions in the solution after the solid potentially has been formed.
6. The gram solubility for Lead (II) carbonate is 1.03E-5 g/L at 25C
a. Write a balanced equation for the solubility equilibrium.
b. Write the expression for the solubility product constant and calculate its value
c. If you have a saturated solution of lead (lI) carbonate and sodium carbonate is added to the system,
would the solubility of the Lead (II) carbonate increase or decrease? Explain briefly
d.If 20.0 ml of 3.0x10-3M Lead (II) nitrate reacts with 30.0 ml of 4.0x104 M sodium carbonate, will a
precipitate form? Prove your response.
e. Determine the concentration of all ions in the solution after the solid potentially has been formed