Final answer:
Sulfur typically accepts electrons when forming an ionic bond, which allows it to achieve a stable electron configuration. This process results in sulfur becoming a negatively charged ion, known as a sulfide ion. Therefore, the correct answer is that sulfur will accept electrons.
Explanation:
Understanding Ionic Bonds and Sulfur
When sulfur (S), a non-metal with an atomic number of 16, forms an ionic bond with another element, it typically accepts electrons. This is because sulfur has six electrons in its outer shell and needs two more to achieve a stable octet configuration. By accepting two electrons, sulfur becomes negatively charged, forming a negative ion, known as a sulfide ion (S2-).
Let’s break down the choices presented:
- Sulfur will accept electrons. This is the correct answer, as explained.
- Sulfur will donate electrons. This is incorrect because sulfur does not typically donate electrons; it is more likely to gain them.
- Sulfur will become a positive ion. This option is incorrect since it becomes a negative ion when it gains electrons.
- Sulfur will become less stable. This statement is also false, as gaining electrons helps sulfur achieve greater stability.
In summary, when sulfur forms ionic bonds, it enhances its stability by accepting electrons and forming an anion.
Learn more about ionic bonds here:
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