What is the relationship between the parent structure on the left and the structure on the right? A: Enantiomers B: Diastereomers C: Constitutional (structural) isomers D: Identical molecules QA B O O

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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### Understanding Molecular Relationships

**Question:**  
What is the **relationship** between the parent structure on the left and the structure on the right?

**Structures:**
- The structure on the left shows a cyclohexane ring with two methyl groups attached. The groups are represented with lines in the plane of the ring.
- The structure on the right shows a cyclohexane ring with the same attachments, but the methyl groups are depicted with wedge and dash bonds, indicating stereo orientation.

**Options:**
- **A: Enantiomers**
- **B: Diastereomers**
- **C: Constitutional (structural) isomers**
- **D: Identical molecules**

**Answer Choices:**
- Select the appropriate circle to indicate your answer:  
  ○ A  
  ○ B  
  ○ C  
  ○ D 

This question challenges your understanding of stereochemistry and the ability to identify the types of isomeric relationships between molecular structures.
Transcribed Image Text:### Understanding Molecular Relationships **Question:** What is the **relationship** between the parent structure on the left and the structure on the right? **Structures:** - The structure on the left shows a cyclohexane ring with two methyl groups attached. The groups are represented with lines in the plane of the ring. - The structure on the right shows a cyclohexane ring with the same attachments, but the methyl groups are depicted with wedge and dash bonds, indicating stereo orientation. **Options:** - **A: Enantiomers** - **B: Diastereomers** - **C: Constitutional (structural) isomers** - **D: Identical molecules** **Answer Choices:** - Select the appropriate circle to indicate your answer: ○ A ○ B ○ C ○ D This question challenges your understanding of stereochemistry and the ability to identify the types of isomeric relationships between molecular structures.
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