Draw the Lewis structure of NCO (with minimized formal charges) and then choose the appropriate formal charges for each of the atoms. :Ô-C=N: A) N=0, C = 0, 0 = -1 B) N = -1, C=+1, 0 = -1 C) N=0, C = 0, 0 = 0 D) N=+1, C = -1,0 = -1 E) N = -1, C = 0, 0 = 0

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**Title: Drawing the Lewis Structure of NCO⁻ Ion**

**Objective**: Learn how to draw the Lewis structure for the NCO⁻ ion, minimizing formal charges, and determine the appropriate formal charges for each atom in the molecule.

**Instructions**:

1. **Lewis Structure of NCO⁻ Ion**:
   - The diagram shows the structure of the NCO⁻ ion.
   - The structure is represented as: 
     - Oxygen (O) is double bonded to carbon (C).
     - Carbon (C) is triple bonded to nitrogen (N).
   - Lone pairs of electrons are shown as dots around the atoms.

2. **Explanation of Formal Charges**:
   - The goal is to assign formal charges to each atom (nitrogen, carbon, and oxygen) that result in the most stable configuration.
   
3. **Options for Formal Charges**:
   - Choose the set of formal charges that makes the overall charge match the ion, which is -1.
   
   **Options**:
   - A) N = 0, C = 0, O = -1
   - B) N = -1, C = +1, O = -1
   - C) N = 0, C = 0, O = 0
   - D) N = +1, C = -1, O = -1
   - E) N = -1, C = 0, O = 0

**Conclusion**:
- By choosing the correct set of formal charges based on the structure, you'll ensure the representation of the molecule is both stable and accurate. Analyze each option to see which distribution of formal charges logically fits the drawn Lewis structure and the molecular ion charge of -1.
Transcribed Image Text:**Title: Drawing the Lewis Structure of NCO⁻ Ion** **Objective**: Learn how to draw the Lewis structure for the NCO⁻ ion, minimizing formal charges, and determine the appropriate formal charges for each atom in the molecule. **Instructions**: 1. **Lewis Structure of NCO⁻ Ion**: - The diagram shows the structure of the NCO⁻ ion. - The structure is represented as: - Oxygen (O) is double bonded to carbon (C). - Carbon (C) is triple bonded to nitrogen (N). - Lone pairs of electrons are shown as dots around the atoms. 2. **Explanation of Formal Charges**: - The goal is to assign formal charges to each atom (nitrogen, carbon, and oxygen) that result in the most stable configuration. 3. **Options for Formal Charges**: - Choose the set of formal charges that makes the overall charge match the ion, which is -1. **Options**: - A) N = 0, C = 0, O = -1 - B) N = -1, C = +1, O = -1 - C) N = 0, C = 0, O = 0 - D) N = +1, C = -1, O = -1 - E) N = -1, C = 0, O = 0 **Conclusion**: - By choosing the correct set of formal charges based on the structure, you'll ensure the representation of the molecule is both stable and accurate. Analyze each option to see which distribution of formal charges logically fits the drawn Lewis structure and the molecular ion charge of -1.
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