Draw the dash-wedge structure that corresponds to the Fischer projection. The generic structure has been given. Leave the OH where it is. Change three of the hydrogen atoms on the generic structure to CI, CH3, and CH3, so that it matches the Fischer projection. OH

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Draw the dash–wedge structure that corresponds to the Fischer projection. The generic structure has been given. Leave the OH where it is. Change three of the hydrogen atoms on the generic structure to Cl, CH3, and CH3, so that it matches the Fischer projection.

Please draw all four bonds at chiral centers. Use wedge and dash bonds at chiral centers only. Do not use wedges and dashes at non-chiral centers.

**Instruction:**

Draw the dash-wedge structure that corresponds to the Fischer projection. The generic structure has been given. Leave the OH where it is. Change three of the hydrogen atoms on the generic structure to Cl, CH₃, and CH₃, so that it matches the Fischer projection.

**Fischer Projection Diagram:**

- There is a vertical and a horizontal line crossing to form a cross.
- On the vertical line, we have:
  - The top and bottom positions are not labeled.
  - The midpoint labeled has "Cl" on the left and "H" on the right.
- On the horizontal line, we have:
  - The left position is labeled as "H".
  - The right position is labeled as "OH". 

This generic structure is a typical representation seen in organic chemistry used to demonstrate stereochemistry and molecular configuration.
Transcribed Image Text:**Instruction:** Draw the dash-wedge structure that corresponds to the Fischer projection. The generic structure has been given. Leave the OH where it is. Change three of the hydrogen atoms on the generic structure to Cl, CH₃, and CH₃, so that it matches the Fischer projection. **Fischer Projection Diagram:** - There is a vertical and a horizontal line crossing to form a cross. - On the vertical line, we have: - The top and bottom positions are not labeled. - The midpoint labeled has "Cl" on the left and "H" on the right. - On the horizontal line, we have: - The left position is labeled as "H". - The right position is labeled as "OH". This generic structure is a typical representation seen in organic chemistry used to demonstrate stereochemistry and molecular configuration.
**Instructions:**  
Please draw all four bonds at chiral centers. Use wedge and dash bonds at chiral centers only. Do not use wedges and dashes at non-chiral centers.

**Diagram Explanation:**

The chemical structure consists of a central carbon atom connected to four different groups, forming a chiral center. The bonds around the chiral carbon are represented with the following notation:

- **Solid Wedge Bond:** Indicates a bond projecting out of the plane towards the viewer. In this diagram, the OH group and one hydrogen atom are attached to the chiral center with solid wedge bonds.

- **Dashed Wedge Bond:** Indicates a bond projecting out of the plane away from the viewer. One hydrogen atom is connected to the chiral center with a dashed wedge bond.

- **Solid Line Bonds:** Represent bonds in the plane of the page. The remaining hydrogen is attached to the chiral carbon with a solid line bond.

This instructional image emphasizes the importance of using the correct bond representation to highlight the three-dimensionality of chiral molecules.
Transcribed Image Text:**Instructions:** Please draw all four bonds at chiral centers. Use wedge and dash bonds at chiral centers only. Do not use wedges and dashes at non-chiral centers. **Diagram Explanation:** The chemical structure consists of a central carbon atom connected to four different groups, forming a chiral center. The bonds around the chiral carbon are represented with the following notation: - **Solid Wedge Bond:** Indicates a bond projecting out of the plane towards the viewer. In this diagram, the OH group and one hydrogen atom are attached to the chiral center with solid wedge bonds. - **Dashed Wedge Bond:** Indicates a bond projecting out of the plane away from the viewer. One hydrogen atom is connected to the chiral center with a dashed wedge bond. - **Solid Line Bonds:** Represent bonds in the plane of the page. The remaining hydrogen is attached to the chiral carbon with a solid line bond. This instructional image emphasizes the importance of using the correct bond representation to highlight the three-dimensionality of chiral molecules.
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