2. Isanitriles, an important class of compounds, can be converted to isonitrile dichloride, which can then be converted back to isonitriles when necessary. NEC N=CCI2 isonitrile isonitrile dichloride a) Identify the hybridization for each atom in the box for isonitrile. b) One of the carbon atoms in isonitrile, has a lone pair. In what type of orbital does this lone pair reside? c) Predict the C-N-C bond angle in isonitrile.

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**Isonitriles and Their Conversion to Isonitrile Dichloride**

**Introduction**:  
Isonitriles, an important class of compounds, can be converted to isonitrile dichloride, which can then be converted back to isonitriles when necessary.

**Chemical Conversion Diagram**:  
- **Left Side:** The structure represents an isonitrile, with a highlighted box around the group containing nitrogen and carbon.
- **Arrow:** Indicates conversion to the next compound.
- **Right Side:** The structure represents isonitrile dichloride, with the compound formula N=CCl₂. The chlorine atoms are bonded to the nitrogen.

**Questions and Analysis**:

a) **Hybridization in Isonitriles:**
   - Identify the hybridization for each atom in the box for isonitrile.

b) **Lone Pair Location in Isonitriles:**
   - One of the carbon atoms in isonitrile has a lone pair. In what type of orbital does this lone pair reside?

c) **Bond Angle Prediction in Isonitriles:**
   - Predict the C-N-C bond angle in isonitrile.

d) **Hybridization in Isonitrile Dichloride:**
   - Identify the hybridization for the nitrogen and carbon atom in the box for isonitrile dichloride.

e) **Lone Pair Location in Isonitrile Dichloride:**
   - The nitrogen atom in isonitrile dichloride has a lone pair. In what type of orbital does this lone pair reside?

f) **Bond Angle Prediction in Isonitrile Dichloride:**
   - Predict the C-N-C bond angle in isonitrile dichloride.
Transcribed Image Text:**Isonitriles and Their Conversion to Isonitrile Dichloride** **Introduction**: Isonitriles, an important class of compounds, can be converted to isonitrile dichloride, which can then be converted back to isonitriles when necessary. **Chemical Conversion Diagram**: - **Left Side:** The structure represents an isonitrile, with a highlighted box around the group containing nitrogen and carbon. - **Arrow:** Indicates conversion to the next compound. - **Right Side:** The structure represents isonitrile dichloride, with the compound formula N=CCl₂. The chlorine atoms are bonded to the nitrogen. **Questions and Analysis**: a) **Hybridization in Isonitriles:** - Identify the hybridization for each atom in the box for isonitrile. b) **Lone Pair Location in Isonitriles:** - One of the carbon atoms in isonitrile has a lone pair. In what type of orbital does this lone pair reside? c) **Bond Angle Prediction in Isonitriles:** - Predict the C-N-C bond angle in isonitrile. d) **Hybridization in Isonitrile Dichloride:** - Identify the hybridization for the nitrogen and carbon atom in the box for isonitrile dichloride. e) **Lone Pair Location in Isonitrile Dichloride:** - The nitrogen atom in isonitrile dichloride has a lone pair. In what type of orbital does this lone pair reside? f) **Bond Angle Prediction in Isonitrile Dichloride:** - Predict the C-N-C bond angle in isonitrile dichloride.
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