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1. Consider three hypothetical ionic solids: AX,AX:, and AX: (each X forms X). Each of these solids has the same Ksp value, 5.5 x10". You place 0.25 mol of each compound in a separate container and add enough water to bring the volume to 1.0 dm in each case. a. Write the chemical equation for each of the solids dissolving in water. b. Would you expect the concentration of each solution to be 0.25M in the compound? Explain, in some detail, why or why not. c. Would you expect the concentrations of the A cations (A', A", and A") in the three solutions to be the same? Does just knowing the stoichiometry of each reaction help you determine the answer, or do you need something else? Explain your answer in detail, but without doing any arithmetic calculations.

1. Consider three hypothetical ionic solids: AX,AX:, and AX: (each X forms X). Each of these solids has the same Ksp value, 5.5 x10". You place 0.25 mol of each compound in a separate container and add enough water to bring the volume to 1.0 dm in each case. a. Write the chemical equation for each of the solids dissolving in water. b. Would you expect the concentration of each solution to be 0.25M in the compound? Explain, in some detail, why or why not. c. Would you expect the concentrations of the A cations (A', A", and A") in the three solutions to be the same? Does just knowing the stoichiometry of each reaction help you determine the answer, or do you need something else? Explain your answer in detail, but without doing any arithmetic calculations.

Chemistry: Principles and Practice
Chemistry: Principles and Practice
3rd Edition
ISBN:9780534420123
Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Chapter14: Chemical Equilibrium
Section: Chapter Questions
Problem 14.67QE
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8:21 P ¢ Bt• Edit > $ 4 ASSIGNMENT 7 1. Consider three hypothetical ionic solids: AX,AX2, and AX: (each X forms X). Each of these solids has the same Ksp value, 5.5 x107. You place 0.25 mol of each compound in a separate container and add enough water to bring the volume to 1.0 dm in each case. a. Write the chemical equation for each of the solids dissolving in water. b. Would you expect the concentration of each solution to be 0.25M in the compound? Explain, in some detail, why or why not. c. Would you expect the concentrations of the A cations (A", A", and A") in the three solutions to be the same? Does just knowing the stoichiometry of each reaction help you determine the answer, or do you need something else? Explain your answer detail, but without doing any arithmetic calculations. d. Of the three solids, which one would you expect have the greatest molar solubility? Explain in detail, but without doing any arithmetic calculations. e. Calculate the molar solubility of each compound. End | Recommended Word Count: 982 DD Tools Mobile View Share School Tools 88
Transcribed Image Text:8:21 P ¢ Bt• Edit > $ 4 ASSIGNMENT 7 1. Consider three hypothetical ionic solids: AX,AX2, and AX: (each X forms X). Each of these solids has the same Ksp value, 5.5 x107. You place 0.25 mol of each compound in a separate container and add enough water to bring the volume to 1.0 dm in each case. a. Write the chemical equation for each of the solids dissolving in water. b. Would you expect the concentration of each solution to be 0.25M in the compound? Explain, in some detail, why or why not. c. Would you expect the concentrations of the A cations (A", A", and A") in the three solutions to be the same? Does just knowing the stoichiometry of each reaction help you determine the answer, or do you need something else? Explain your answer detail, but without doing any arithmetic calculations. d. Of the three solids, which one would you expect have the greatest molar solubility? Explain in detail, but without doing any arithmetic calculations. e. Calculate the molar solubility of each compound. End | Recommended Word Count: 982 DD Tools Mobile View Share School Tools 88
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