Please show the completed Lewis Dot structure: for the structure below add all necessary (missing) formal charges and lone pairs H NH₂

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Chapter1: Chemical Foundations
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**Educational Website Content: Lewis Dot Structure Exercise**

**Exercise Description:**
Please show the completed Lewis Dot structure for the molecule depicted. Add all necessary (missing) formal charges and lone pairs.

**Structure Given:**
A molecular structure is shown with a central nitrogen atom bonded to one methyl group, one oxygen atom (double-bonded), and an amine group. There is also a hydrogen attached to the oxygen.

**Options for Completing the Lewis Structure:**

- **Option A:**
  - The nitrogen is bonded to a CH₃ group, an amine group (NH₂), and doubly bonded to an oxygen atom.
  - The oxygen is shown with a positive charge, a single lone pair, and bonded to a hydrogen.
  - The nitrogen does not have a lone pair, shown with a positive charge. The oxygen carries a positive charge.

- **Option B:**
  - The nitrogen is similar to Option A, but it retains a lone pair.
  - The oxygen is single-bonded to hydrogen and has a single lone pair.
  - The nitrogen carries a positive charge, and the oxygen does not carry any charge.

- **Option C:**
  - The nitrogen has a lone pair and a positive charge.
  - The oxygen is double-bonded to nitrogen and has two lone pairs. It carries a negative charge.
  - The oxygen-hydrogen bond is shown.

- **Option D:**
  - Similar to Option C, with a lone pair on nitrogen and no charge.
  - The oxygen is shown with two lone pairs, bonded to hydrogen, and carries no charge.

**Explanation:**
Each option modifies the placement of lone pairs and formal charges. The correct Lewis structure will ensure that all atoms satisfy the octet rule where applicable, and that the overall formal charge on the molecule is minimized. Evaluate each option carefully to determine the correct representation.

**Graphical Representation:**
The diagrams depict various Lewis structures with different bonding and formal charge arrangements, facilitating understanding of molecular geometry and electronic configuration.
Transcribed Image Text:**Educational Website Content: Lewis Dot Structure Exercise** **Exercise Description:** Please show the completed Lewis Dot structure for the molecule depicted. Add all necessary (missing) formal charges and lone pairs. **Structure Given:** A molecular structure is shown with a central nitrogen atom bonded to one methyl group, one oxygen atom (double-bonded), and an amine group. There is also a hydrogen attached to the oxygen. **Options for Completing the Lewis Structure:** - **Option A:** - The nitrogen is bonded to a CH₃ group, an amine group (NH₂), and doubly bonded to an oxygen atom. - The oxygen is shown with a positive charge, a single lone pair, and bonded to a hydrogen. - The nitrogen does not have a lone pair, shown with a positive charge. The oxygen carries a positive charge. - **Option B:** - The nitrogen is similar to Option A, but it retains a lone pair. - The oxygen is single-bonded to hydrogen and has a single lone pair. - The nitrogen carries a positive charge, and the oxygen does not carry any charge. - **Option C:** - The nitrogen has a lone pair and a positive charge. - The oxygen is double-bonded to nitrogen and has two lone pairs. It carries a negative charge. - The oxygen-hydrogen bond is shown. - **Option D:** - Similar to Option C, with a lone pair on nitrogen and no charge. - The oxygen is shown with two lone pairs, bonded to hydrogen, and carries no charge. **Explanation:** Each option modifies the placement of lone pairs and formal charges. The correct Lewis structure will ensure that all atoms satisfy the octet rule where applicable, and that the overall formal charge on the molecule is minimized. Evaluate each option carefully to determine the correct representation. **Graphical Representation:** The diagrams depict various Lewis structures with different bonding and formal charge arrangements, facilitating understanding of molecular geometry and electronic configuration.
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