Question

Chemistry: Solubility Product, Ksp Name Date Hr 1. Silver bromate, AgBrO$_3$, is slightly soluble in water. A saturated solution contains 0.276g AgBrO$_3$ dissolved in 150.0mL of water. Find $K_{sp}$ for silver bromate. 2. 2.50L of a saturated solution of calcium fluoride leaves a residue (solid) of 0.0427g when evaporated to dryness. Calculate $K_{sp}$ for CaF$_2$. 3. For calcium sulfate, $K_{sp} = 9.1 \times 10^{-6}$. What is the molarity of calcium sulfate in a saturated solution? 4. A salt has the formula X$_2$Y and a $K_{sp} = 4.25 \times 10^{-7}$. a. What is the molarity of the salt in a saturated solution? b. What is the molarity of a solution of the salt AZ if it has the same $K_{sp}$? 5. Will a precipitate of calcium hydroxide form when 320mL of 0.046M solution of NaOH combines with 400mL of 0.085M CaCl$_2$. Calcium hydroxide, $K_{sp} = 5.5 \times 10^{-6}$. (Start with a balanced chemical equation.)

          Chemistry: Solubility Product, Ksp
Name
Date
Hr
1. Silver bromate, AgBrO$_3$, is slightly soluble in water. A saturated solution contains 0.276g
AgBrO$_3$ dissolved in 150.0mL of water. Find $K_{sp}$ for silver bromate.
2. 2.50L of a saturated solution of calcium fluoride leaves a residue (solid) of 0.0427g when
evaporated to dryness. Calculate $K_{sp}$ for CaF$_2$.
3. For calcium sulfate, $K_{sp} = 9.1 \times 10^{-6}$. What is the molarity of calcium sulfate in a saturated
solution?
4. A salt has the formula X$_2$Y and a $K_{sp} = 4.25 \times 10^{-7}$.
a. What is the molarity of the salt in a saturated solution?
b. What is the molarity of a solution of the salt AZ if it has the same $K_{sp}$?
5. Will a precipitate of calcium hydroxide form when 320mL of 0.046M solution of NaOH
combines with 400mL of 0.085M CaCl$_2$. Calcium hydroxide, $K_{sp} = 5.5 \times 10^{-6}$. (Start with a
balanced chemical equation.)

Chemistry: Solubility Product, Ksp
Name
Date
Hr
1. Silver bromate, AgBrO3, is slightly soluble in water. A saturated solution contains 0.276g
AgBrO3 dissolved in 150.0mL of water. Find Ksp for silver bromate.
2. 2.50L of a saturated solution of calcium fluoride leaves a residue (solid) of 0.0427g when
evaporated to dryness. Calculate Ksp for CaF2.
3. For calcium sulfate, Ksp = 9.1 × 10^-6. What is the molarity of calcium sulfate in a saturated
solution?
4. A salt has the formula X2Y and a Ksp = 4.25 × 10^-7.
a. What is the molarity of the salt in a saturated solution?
b. What is the molarity of a solution of the salt AZ if it has the same Ksp?
5. Will a precipitate of calcium hydroxide form when 320mL of 0.046M solution of NaOH
combines with 400mL of 0.085M CaCl2. Calcium hydroxide, Ksp = 5.5 × 10^-6. (Start with a
balanced chemical equation.)

Added by Austin F.

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