6- a) Write one resonance structure for the following that satisfies the octet rule. Based on your resonance structure, which nitrogen do you predict is more electron rich, a or b?

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**Question 6a:**

Write one resonance structure for the following that satisfies the octet rule. Based on your resonance structure, which nitrogen do you predict is more electron-rich, Na or Nb?

**Diagram Description:**

The diagram illustrates a cyclic organic compound containing two nitrogen atoms. The structure includes:

- **Na and Nb**: Two nitrogen atoms.
- A double bond between Nb and an adjacent carbon atom.
- A six-membered ring structure alternating between single and double bonds.

The task is to provide a resonance structure that maintains the octet rule. Consider the placement of electron pairs when determining which nitrogen is more electron-rich.
Transcribed Image Text:**Question 6a:** Write one resonance structure for the following that satisfies the octet rule. Based on your resonance structure, which nitrogen do you predict is more electron-rich, Na or Nb? **Diagram Description:** The diagram illustrates a cyclic organic compound containing two nitrogen atoms. The structure includes: - **Na and Nb**: Two nitrogen atoms. - A double bond between Nb and an adjacent carbon atom. - A six-membered ring structure alternating between single and double bonds. The task is to provide a resonance structure that maintains the octet rule. Consider the placement of electron pairs when determining which nitrogen is more electron-rich.
Expert Solution
Step 1

For resonance to occur,  two double bonds or one lone pair and one double bond must be conjugated to each other. 

During resonance, electron shifting (delocalization) occurs. The atom containing negative charge is more electronegative than other. 

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