A meso stereoisomer is possible for one and only one of the structures below. Identify which could be a meso stereoisomer. Select the single best answer. Br Br ey Br Br OH se Br OH Br

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**Chemistry Practice Question: Identifying a Meso Stereoisomer**

A meso stereoisomer is possible for one and only one of the structures below. Identify which could be a meso stereoisomer. Select the single best answer.

1. **Structure 1:**
   - A skeletal structure with two bromine (Br) atoms attached. Both Br atoms are on the same carbon as two methyl (CH₃) groups.

2. **Structure 2:**
   - A skeletal structure with two bromine atoms on the second and fourth carbon of the carbon chain, arranged symmetrically.

3. **Structure 3:**
   - A skeletal structure with an OH (hydroxyl group) on the second carbon and a bromine atom on the fourth carbon.

4. **Structure 4:**
   - A skeletal structure with a bromine atom on the fourth carbon and an OH group on the second carbon, identical to Structure 3.

**Explanation:**
Meso compounds are achiral compounds with stereocenters. They have a plane of symmetry and do not exhibit optical activity despite having chiral centers. To solve this question, analyze the structures for symmetry and chirality to identify the meso stereoisomer.
Transcribed Image Text:**Chemistry Practice Question: Identifying a Meso Stereoisomer** A meso stereoisomer is possible for one and only one of the structures below. Identify which could be a meso stereoisomer. Select the single best answer. 1. **Structure 1:** - A skeletal structure with two bromine (Br) atoms attached. Both Br atoms are on the same carbon as two methyl (CH₃) groups. 2. **Structure 2:** - A skeletal structure with two bromine atoms on the second and fourth carbon of the carbon chain, arranged symmetrically. 3. **Structure 3:** - A skeletal structure with an OH (hydroxyl group) on the second carbon and a bromine atom on the fourth carbon. 4. **Structure 4:** - A skeletal structure with a bromine atom on the fourth carbon and an OH group on the second carbon, identical to Structure 3. **Explanation:** Meso compounds are achiral compounds with stereocenters. They have a plane of symmetry and do not exhibit optical activity despite having chiral centers. To solve this question, analyze the structures for symmetry and chirality to identify the meso stereoisomer.
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