A Lewis structure for ozone (O₂) is shown on the left below. Draw another equivalent resonance structure of O₂.

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### Lewis Structure Resonance of Ozone (O3)

**Question 11 of 14**  
A Lewis structure for ozone (O₃) is shown on the left below. Draw another equivalent resonance structure of O₃.

#### Diagram Explanation
The provided diagram includes two sections:

1. **Upper Section:** Displays a Lewis structure for ozone (O₃). It shows:
   - Three oxygen atoms connected sequentially.
   - The central oxygen atom forms a single bond with the oxygen on the left and a double bond with the oxygen on the right.
   - The left oxygen atom (single-bonded) has three lone pairs represented by six dots.
   - The central oxygen atom has one lone pair represented by two dots.
   - The right oxygen atom (double-bonded) has two lone pairs represented by four dots.

2. **Lower Section:** Provides a blank template for drawing another equivalent resonance structure of O₃.

In a resonance structure for ozone, the roles of single and double bonds between the oxygen atoms alternate. Thus, for the new structure:
   - The central oxygen forms a double bond with the left oxygen atom and a single bond with the right oxygen atom.
   - The left oxygen atom (now double-bonded) has two lone pairs (four dots).
   - The central oxygen still has one lone pair (two dots).
   - The right oxygen atom (now single-bonded) has three lone pairs (six dots).

This illustrates that ozone (O₃) has resonance structures that depict the delocalized nature of electrons between the oxygen atoms. Both structures must obey the octet rule and demonstrate equivalent energy states, confirming that the actual molecule is a hybrid of both structures.
Transcribed Image Text:### Lewis Structure Resonance of Ozone (O3) **Question 11 of 14** A Lewis structure for ozone (O₃) is shown on the left below. Draw another equivalent resonance structure of O₃. #### Diagram Explanation The provided diagram includes two sections: 1. **Upper Section:** Displays a Lewis structure for ozone (O₃). It shows: - Three oxygen atoms connected sequentially. - The central oxygen atom forms a single bond with the oxygen on the left and a double bond with the oxygen on the right. - The left oxygen atom (single-bonded) has three lone pairs represented by six dots. - The central oxygen atom has one lone pair represented by two dots. - The right oxygen atom (double-bonded) has two lone pairs represented by four dots. 2. **Lower Section:** Provides a blank template for drawing another equivalent resonance structure of O₃. In a resonance structure for ozone, the roles of single and double bonds between the oxygen atoms alternate. Thus, for the new structure: - The central oxygen forms a double bond with the left oxygen atom and a single bond with the right oxygen atom. - The left oxygen atom (now double-bonded) has two lone pairs (four dots). - The central oxygen still has one lone pair (two dots). - The right oxygen atom (now single-bonded) has three lone pairs (six dots). This illustrates that ozone (O₃) has resonance structures that depict the delocalized nature of electrons between the oxygen atoms. Both structures must obey the octet rule and demonstrate equivalent energy states, confirming that the actual molecule is a hybrid of both structures.
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