Consider the molecule shown below. a. Which of the two nitrogens is more basic (1 or 2) b. What orbital do the lone pair electrons on nitrogen .1 occupy? c. What orbital do the lone pair electrons on nitrogen .2 occupy? -N 2

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answer the following questions. Indicate the hybridization of each nitrogen (sp, sp2, sp3) AND which orbital the lone pair occupies (s,p,d,f)

### Organic Chemistry Problem - Basicity and Orbital Occupancy of Nitrogens in a Molecule

**1. Consider the molecule shown below.**

**a. Which of the two nitrogens is more basic (1 or 2)?**
   
**b. What orbital do the lone pair electrons on nitrogen 1 occupy?**

**c. What orbital do the lone pair electrons on nitrogen 2 occupy?**

#### Diagram Explanation:
The molecule is a five-membered ring (presumably a pyrrole-like structure). It contains two nitrogen atoms, which are labeled as nitrogen 1 and nitrogen 2.

- **Nitrogen 1** has one lone pair and is part of the aromatic ring.
- **Nitrogen 2** also has one lone pair but is not part of the aromaticity in the same way as nitrogen 1.

Each nitrogen is indicated with an arrow and labeled:
- **Nitrogen 1** (label 1) at the top of the ring.
- **Nitrogen 2** (label 2) on the right side of the ring.

Note: The details about the exact positions and aromaticity depend on the specific molecular structure which looks to be part of a larger context for a chemistry lesson.
Transcribed Image Text:### Organic Chemistry Problem - Basicity and Orbital Occupancy of Nitrogens in a Molecule **1. Consider the molecule shown below.** **a. Which of the two nitrogens is more basic (1 or 2)?** **b. What orbital do the lone pair electrons on nitrogen 1 occupy?** **c. What orbital do the lone pair electrons on nitrogen 2 occupy?** #### Diagram Explanation: The molecule is a five-membered ring (presumably a pyrrole-like structure). It contains two nitrogen atoms, which are labeled as nitrogen 1 and nitrogen 2. - **Nitrogen 1** has one lone pair and is part of the aromatic ring. - **Nitrogen 2** also has one lone pair but is not part of the aromaticity in the same way as nitrogen 1. Each nitrogen is indicated with an arrow and labeled: - **Nitrogen 1** (label 1) at the top of the ring. - **Nitrogen 2** (label 2) on the right side of the ring. Note: The details about the exact positions and aromaticity depend on the specific molecular structure which looks to be part of a larger context for a chemistry lesson.
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