The Lewis Structure for which of the following contains the greatest number of lone pairs of electrons? O CH O HF • F2 O H2

Chemistry
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Chapter1: Chemical Foundations
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**Chemistry Quiz: Lewis Structures Question**

**The Lewis Structure for which of the following contains the greatest number of lone pairs of electrons?**

- A) CH₄
- B) HF
- C) F₂
- D) H₂

_Option C (F₂) is highlighted indicating it has been selected._

---
**Explanation:**

In order to understand the solution, let's analyze the Lewis structures for each of the molecules:

1. **CH₄ (Methane):**
   - Structure: CH₄ has a central carbon atom bonded to four hydrogen atoms.
   - Lone Pairs: Carbon has four bonding pairs and no lone pairs. Hydrogen atoms do not have lone pairs in the molecule.

2. **HF (Hydrogen Fluoride):**
   - Structure: H─F with one bond between hydrogen and fluorine.
   - Lone Pairs: Fluorine has three lone pairs of electrons in addition to the bonding pair with hydrogen.

3. **F₂ (Fluorine):**
   - Structure: F─F with one bond between two fluorine atoms.
   - Lone Pairs: Each fluorine atom has three lone pairs, for a total of six lone pairs in the molecule.

4. **H₂ (Hydrogen):**
   - Structure: H─H with one bond between two hydrogen atoms.
   - Lone Pairs: Since hydrogen can have only one bond, it has no lone pairs.

**Conclusion:**

Among the given options, the Lewis structure of F₂ contains the greatest number of lone pairs of electrons, with a total of six lone pairs.

---
Transcribed Image Text:**Chemistry Quiz: Lewis Structures Question** **The Lewis Structure for which of the following contains the greatest number of lone pairs of electrons?** - A) CH₄ - B) HF - C) F₂ - D) H₂ _Option C (F₂) is highlighted indicating it has been selected._ --- **Explanation:** In order to understand the solution, let's analyze the Lewis structures for each of the molecules: 1. **CH₄ (Methane):** - Structure: CH₄ has a central carbon atom bonded to four hydrogen atoms. - Lone Pairs: Carbon has four bonding pairs and no lone pairs. Hydrogen atoms do not have lone pairs in the molecule. 2. **HF (Hydrogen Fluoride):** - Structure: H─F with one bond between hydrogen and fluorine. - Lone Pairs: Fluorine has three lone pairs of electrons in addition to the bonding pair with hydrogen. 3. **F₂ (Fluorine):** - Structure: F─F with one bond between two fluorine atoms. - Lone Pairs: Each fluorine atom has three lone pairs, for a total of six lone pairs in the molecule. 4. **H₂ (Hydrogen):** - Structure: H─H with one bond between two hydrogen atoms. - Lone Pairs: Since hydrogen can have only one bond, it has no lone pairs. **Conclusion:** Among the given options, the Lewis structure of F₂ contains the greatest number of lone pairs of electrons, with a total of six lone pairs. ---
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