The correct answer is B. Dissolving a nonelectrolyte such as sugar in water.

Here's why:

A. The ionization of a molecule in water leads to the formation of ions, which can conduct electricity in solution.

B. Nonelectrolytes like sugar do not dissociate into ions in solution, so they do not conduct electricity.

C. The dissociation of an ionic compound in water also leads to the formation of ions, which can conduct electricity in solution.

D. This statement is incorrect because not all of these processes lead to aqueous solutions that conduct electricity, as explained in option B.

Question

The correct answer is B. Dissolving a nonelectrolyte such as sugar in water.

Here's why:

A. The ionization of a molecule in water leads to the formation of ions, which can conduct electricity in solution.

B. Nonelectrolytes like sugar do not dissociate into ions in solution, so they do not conduct electricity.

C. The dissociation of an ionic compound in water also leads to the formation of ions, which can conduct electricity in solution.

D. This statement is incorrect because not all of these processes lead to aqueous solutions that conduct electricity, as explained in option B.

Knowee AI · Accepted Answer

The correct answer is B. Dissolving a nonelectrolyte such as sugar in water.

Here's why:

A. The ionization of a molecule in water leads to the formation of ions, which can conduct electricity in solution.

B. Nonelectrolytes like sugar do not dissociate into ions in solution, so they do not conduct electricity.

C. The dissociation of an ionic compound in water also leads to the formation of ions, which can conduct electricity in solution.

D. This statement is incorrect because not all of these processes lead to aqueous solutions that conduct electricity, as explained in option B.

Question