4. Which of the following is a correct Fischer projection of the following compound? Br Et Et Et Et Br A. H Br -Br H B. H I Br -Br -H C. H- II H- -Br -Br D. Br -H Br- -H

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**Question 4: Fischer Projection Analysis**

**Prompt:**
Determine which of the given Fischer projections accurately represents the provided chemical structure.

**Chemical Structure:**
- A three-dimensional structure is depicted with two bromine (Br) atoms and an ethyl (Et) group connected.

**Fischer Projections:**
- **Option A:**
  - Vertical line: Br on top, Br on bottom.
  - Horizontal line: H on the left, Et on the right.

- **Option B:**
  - Vertical line: H on top, H on bottom.
  - Horizontal line: Br on the left, Et on the right.

- **Option C:**
  - Vertical line: Et on top, Et on bottom.
  - Horizontal line: Br on the left, H on the right.

- **Option D:**
  - Vertical line: Br on top, Br on bottom.
  - Horizontal line: Et on the left, H on the right.

**Objective:**
Identify the Fischer projection that accurately corresponds with the initial chemical structure to apply and understand stereochemistry principles correctly.
Transcribed Image Text:**Question 4: Fischer Projection Analysis** **Prompt:** Determine which of the given Fischer projections accurately represents the provided chemical structure. **Chemical Structure:** - A three-dimensional structure is depicted with two bromine (Br) atoms and an ethyl (Et) group connected. **Fischer Projections:** - **Option A:** - Vertical line: Br on top, Br on bottom. - Horizontal line: H on the left, Et on the right. - **Option B:** - Vertical line: H on top, H on bottom. - Horizontal line: Br on the left, Et on the right. - **Option C:** - Vertical line: Et on top, Et on bottom. - Horizontal line: Br on the left, H on the right. - **Option D:** - Vertical line: Br on top, Br on bottom. - Horizontal line: Et on the left, H on the right. **Objective:** Identify the Fischer projection that accurately corresponds with the initial chemical structure to apply and understand stereochemistry principles correctly.
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The structure of the given compound in solid-wedge dash notation is

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The Fischer projection which represents the given compound is  

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