8. What is the relationship between these two molecules? vs A.Enantiomers B. Identical C. Diastereomers D.There is no relationship

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### Question 8: Relationship Between Molecules

**What is the relationship between these two molecules?**

**Diagrams:**
- **Left Molecule:** A three-carbon chain with a double-bonded oxygen on the second carbon. The substituents on this carbon are a methyl group going up (left side) and a hydrogen going down (right side), both represented with wedge bonds indicating stereochemistry.
  
- **Right Molecule:** Similarly, a three-carbon chain with a carbonyl group on the second carbon. The substituents on this carbon are depicted with a hydrogen group going up and a methyl group going down, also using wedged bonds.

**Answer Options:**
- A. Enantiomers
- B. Identical
- C. Diastereomers
- D. There is no relationship

The question asks to determine the stereochemical relationship between the two depicted molecules by analyzing the structural diagram and selecting the most accurate description from the options provided.
Transcribed Image Text:### Question 8: Relationship Between Molecules **What is the relationship between these two molecules?** **Diagrams:** - **Left Molecule:** A three-carbon chain with a double-bonded oxygen on the second carbon. The substituents on this carbon are a methyl group going up (left side) and a hydrogen going down (right side), both represented with wedge bonds indicating stereochemistry. - **Right Molecule:** Similarly, a three-carbon chain with a carbonyl group on the second carbon. The substituents on this carbon are depicted with a hydrogen group going up and a methyl group going down, also using wedged bonds. **Answer Options:** - A. Enantiomers - B. Identical - C. Diastereomers - D. There is no relationship The question asks to determine the stereochemical relationship between the two depicted molecules by analyzing the structural diagram and selecting the most accurate description from the options provided.
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