Please show the completed Lewis Dot structure: for the structure below add all necessary (missing) formal charges and lone pairs. If multiple answers are possible, choose the best Lewis structure. Review Chapter 2.8. H₂N. A H₂N. B محمد i C :0: :0: :O: Явони Донио они H₂Nö H₂NⓇ H₂N. H₂N. O: D :0:

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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**Instructions for Completing the Lewis Dot Structure**

For the given molecular structure below, please include all necessary (missing) formal charges and lone pairs. If multiple answers are possible, choose the best Lewis structure. Review Chapter 2.8 for guidance.

**Given Structure:**

- Molecular formula with an amine group (H₂N) bonded to a carbonyl group (C=O).

**Possible Lewis Structures:**

- **Structure A:**
  - The amine group (H₂N) is single-bonded to a carbon atom.
  - The carbon atom is double-bonded to an oxygen atom.
  - There are dots indicating lone pairs on the nitrogen and oxygen atoms.
  - Formal charge on the nitrogen atom is not visible; the oxygen has a positive charge. 

- **Structure B:**
  - Similar to A, but there is a negative charge on the carbon atom between the nitrogen and oxygen.

- **Structure C:**
  - The nitrogen atom has an additional hydrogen and carries a positive charge.
  - The carbon atom is double-bonded to an oxygen, which carries a negative charge.

- **Structure D:**
  - Mimics the configuration of A, but with no visible formal charges.

In each structure, observe the positioning of electrons indicated by dots around atoms, which represent lone pairs, and review charges carefully to determine the most stable configuration based on formal charge calculations and resonance forms.
Transcribed Image Text:**Instructions for Completing the Lewis Dot Structure** For the given molecular structure below, please include all necessary (missing) formal charges and lone pairs. If multiple answers are possible, choose the best Lewis structure. Review Chapter 2.8 for guidance. **Given Structure:** - Molecular formula with an amine group (H₂N) bonded to a carbonyl group (C=O). **Possible Lewis Structures:** - **Structure A:** - The amine group (H₂N) is single-bonded to a carbon atom. - The carbon atom is double-bonded to an oxygen atom. - There are dots indicating lone pairs on the nitrogen and oxygen atoms. - Formal charge on the nitrogen atom is not visible; the oxygen has a positive charge. - **Structure B:** - Similar to A, but there is a negative charge on the carbon atom between the nitrogen and oxygen. - **Structure C:** - The nitrogen atom has an additional hydrogen and carries a positive charge. - The carbon atom is double-bonded to an oxygen, which carries a negative charge. - **Structure D:** - Mimics the configuration of A, but with no visible formal charges. In each structure, observe the positioning of electrons indicated by dots around atoms, which represent lone pairs, and review charges carefully to determine the most stable configuration based on formal charge calculations and resonance forms.
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