Electrolyte And Nonelectrolyte Solutions

1. What would happen if the following compound was added to water?

Forms an electrolyte solution

Forms a nonelectrolyte solution

Does not form a solution

When a compound forms an electrolyte solution, it means that it dissociates into ions when added to water. This results in the solution conducting electricity. In this case, the compound being added to water is capable of dissociating into ions, creating a solution that can conduct electricity.

Explanation

When a compound forms an electrolyte solution, it means that it dissociates into ions when added to water. This results in the solution conducting electricity. In this case, the compound being added to water is capable of dissociating into ions, creating a solution that can conduct electricity.

2. What would happen if the following compound was added to water?

Forms an electrolyte solution

Forms a nonelectrolyte solution

Does not form a solution

When a compound forms an electrolyte solution, it means that it dissociates into ions when dissolved in water, allowing the solution to conduct electricity. This suggests that the compound is ionic in nature, meaning it consists of positively and negatively charged ions. In contrast, a nonelectrolyte solution does not dissociate into ions and cannot conduct electricity. Based on the given answer, the compound in question would dissolve in water and dissociate into ions, forming an electrolyte solution.

Explanation

When a compound forms an electrolyte solution, it means that it dissociates into ions when dissolved in water, allowing the solution to conduct electricity. This suggests that the compound is ionic in nature, meaning it consists of positively and negatively charged ions. In contrast, a nonelectrolyte solution does not dissociate into ions and cannot conduct electricity. Based on the given answer, the compound in question would dissolve in water and dissociate into ions, forming an electrolyte solution.

3. What would happen if the following compound was added to water?

Forms an electrolyte solution

Forms a nonelectrolyte solution

Does not form a solution

This molecule actually forms a very weakly electrolytic solution, as it is able to act as a weak acid.

Explanation

This molecule actually forms a very weakly electrolytic solution, as it is able to act as a weak acid.

4. What would happen if the following compound was added to water?

Forms an electrolyte solution

Forms a nonelectrolyte solution

Does not form a solution

When a compound forms a nonelectrolyte solution, it means that the compound does not dissociate into ions when it is dissolved in water. This means that the compound does not conduct electricity in solution. In this case, when the compound is added to water, it does not break down into ions and therefore does not form an electrolyte solution. Instead, it remains as intact molecules in the water, resulting in a nonelectrolyte solution.

Explanation

When a compound forms a nonelectrolyte solution, it means that the compound does not dissociate into ions when it is dissolved in water. This means that the compound does not conduct electricity in solution. In this case, when the compound is added to water, it does not break down into ions and therefore does not form an electrolyte solution. Instead, it remains as intact molecules in the water, resulting in a nonelectrolyte solution.

5. What would happen if the following element was added to water?

Forms an electrolyte solution

Forms a nonelectrolyte solution

Does not form a solution

If the element does not form a solution when added to water, it means that it does not dissolve or mix with the water molecules. This could be due to various reasons such as the element being insoluble in water, having a chemical composition that does not allow it to form bonds with water molecules, or having a strong intermolecular force that prevents it from dispersing in the water. As a result, the element would remain separate from the water and not contribute to the formation of a solution.

Explanation

If the element does not form a solution when added to water, it means that it does not dissolve or mix with the water molecules. This could be due to various reasons such as the element being insoluble in water, having a chemical composition that does not allow it to form bonds with water molecules, or having a strong intermolecular force that prevents it from dispersing in the water. As a result, the element would remain separate from the water and not contribute to the formation of a solution.

6. What would happen if the following compound was added to water?

Forms an electrolyte solution

Forms a nonelectrolyte solution

Does not form a solution

If the compound does not form a solution when added to water, it means that it does not dissolve or mix with the water molecules. This could be due to the compound being insoluble or having a very low solubility in water. As a result, the compound would remain separate and distinct from the water, not forming a homogeneous mixture or solution.

Explanation

If the compound does not form a solution when added to water, it means that it does not dissolve or mix with the water molecules. This could be due to the compound being insoluble or having a very low solubility in water. As a result, the compound would remain separate and distinct from the water, not forming a homogeneous mixture or solution.