When an electrolyte is dissolved in water to form an ion, the ion is said to be?

When an electrolyte is dissolved in water to form an ion, the ion is said to be?

• A. Concentrated
• B. Dissociated
• C. Ionized
• D. Solubilized

Answer: (B)

When an electrolyte is dissolved in water, it undergoes a process that separates the compound into its constituent ions. This process is termed dissociation. During dissociation, the ionic bonds in the electrolyte break apart due to the polar nature of water molecules, leading to the formation of free-moving ions in the solution. While "ionized" can be related to the formation of ions, it generally refers to the process in broader chemical contexts, such as when atoms or molecules gain or lose electrons, resulting in a net charge. In the context of dissolving an electrolyte specifically in water, the term "dissociated" is more precise. "Concentrated" specifically refers to the amount of solute in a solution, while "solubilized" pertains to a substance becoming soluble or able to be dissolved, but does not specifically denote the formation of ions. Therefore, the most accurate term to describe what happens when an electrolyte is dissolved in water is that it becomes dissociated into its respective ions.

When an electrolyte is dissolved in water, it undergoes a process that separates the compound into its constituent ions. This process is termed dissociation. During dissociation, the ionic bonds in the electrolyte break apart due to the polar nature of water molecules, leading to the formation of free-moving ions in the solution.

While "ionized" can be related to the formation of ions, it generally refers to the process in broader chemical contexts, such as when atoms or molecules gain or lose electrons, resulting in a net charge. In the context of dissolving an electrolyte specifically in water, the term "dissociated" is more precise.

"Concentrated" specifically refers to the amount of solute in a solution, while "solubilized" pertains to a substance becoming soluble or able to be dissolved, but does not specifically denote the formation of ions. Therefore, the most accurate term to describe what happens when an electrolyte is dissolved in water is that it becomes dissociated into its respective ions.