
(a)
Interpretation: The three reagents that would form precipitate with chloride ion using solubility rules are to be stated.
Concept introduction: The solute’s extent of dissolution into givensolvent is designated as solubility. Certain substance’s solubility remains incomplete and their solubility extent is estimated via solubility rules. Through these rules, crystallization and precipitation corresponding to solutes can be easily predicted. The solute’s solubility also depends upon its respective highestconcentrations possible.
(a)

Answer to Problem 92AE
The three reagents that would form precipitate with chloride ion are
Explanation of Solution
In the given table, it is mentioned that most of the chloride salts are generally soluble. The exceptions are
Therefore,
(b)
Interpretation: The three reagents that would form precipitate with calcium ion using solubility rules are to be stated.
Concept introduction: The solute’s extent of dissolution into given solvent is designated as solubility. Certain substance’s solubility remains incomplete and their solubility extent is estimated via solubility rules. Through these rules, crystallization and precipitation corresponding to solutes can be easily predicted. The solute’s solubility also depends upon its respective highest concentrations possible.
(b)

Answer to Problem 92AE
The three reagents that would form precipitate with calcium ion are
Explanation of Solution
In the given table, it is mentioned that most of the sulfates salts are usually soluble. The exceptions include
Therefore, the three reagents that would form precipitate with calcium ion are
(c)
Interpretation: The three reagents that would form precipitate with iron (III) ion using solubility rules are to be stated.
Concept introduction: The solute’s extent of dissolution into given solvent is designated as solubility. Certain substance’s solubility remains incomplete and their solubility extent is estimated via solubility rules. Through these rules, crystallization and precipitation corresponding to solutes can be easily predicted. The solute’s solubility also depends upon its respective highest concentrations possible.
(c)

Answer to Problem 92AE
The three reagents that would form precipitate with iron (III) ion are
Explanation of Solution
In the given table, it is mentioned that hydroxides are very slightly soluble expect for alkali as well as alkaline metal hydroxides such as
Therefore, the three reagents that would form precipitate with iron (III) ion are
(d)
Interpretation: The three reagents that would form precipitate with sulfate ion using solubility rules are to be stated.
Concept introduction: The solute’s extent of dissolution into given solvent is designated as solubility. Certain substance’s solubility remains incomplete and their solubility extent is estimated via solubility rules. Through these rules, crystallization and precipitation corresponding to solutes can be easily predicted. The solute’s solubility also depends upon its respective highest concentrations possible.
(d)

Answer to Problem 92AE
The three reagents that would form precipitate with sulfate ion are
Explanation of Solution
The given table indicates that most of sulfate salts are usually soluble. The exceptions include
Therefore, the three reagents that would form precipitate with sulfate ion are
(e)
Interpretation: The three reagents that would form precipitate with mercury (I) ion using solubility rules are to be stated.
Concept introduction: The solute’s extent of dissolution into given solvent is designated as solubility. Certain substance’s solubility remains incomplete and their solubility extent is estimated via solubility rules. Through these rules, crystallization and precipitation corresponding to solutes can be easily predicted. The solute’s solubility also depends upon its respective highest concentrations possible.
(e)

Answer to Problem 92AE
The three reagents that would form precipitate with mercury (I) ion are
Explanation of Solution
In the given table, it is mentioned that, most chloride salts except
Therefore, the three reagents that would form precipitate with mercury (I) ion are
(f)
Interpretation: The three reagents that would form precipitate with silver ion using solubility rules are to be stated.
Concept introduction: The solute’s extent of dissolution into given solvent is designated as solubility. Certain substance’s solubility remains incomplete and their solubility extent is estimated via solubility rules. Through these rules, crystallization and precipitation corresponding to solutes can be easily predicted. The solute’s solubility also depends upon its respective highest concentrations possible.
(f)

Answer to Problem 92AE
The three reagents that would form precipitate with silver ions are
Explanation of Solution
In the given table, it is mentioned that, most chloride salts are soluble except
Therefore, the three reagents that would form precipitate with silver ions are
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Chapter 4 Solutions
Chemical Principles
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