Draw the product(s) of (S)-2-bromobutane with the reagents listed. Clearly show stereochemistry by drawing a wedge and dashed bond on each chiral carbon. If a racemic mixture is produced, draw both enantiomers. Scroll down to see both reactions.

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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**Title: Stereochemistry in Organic Reactions**

**Instruction:**

Draw the product(s) of (S)-2-bromobutane with the reagents listed. Clearly show stereochemistry by drawing a wedge and dashed bond on each chiral carbon. If a racemic mixture is produced, draw both enantiomers. Scroll down to see both reactions.

**Exercise:**

a. Draw the major organic product(s) of (S)-2-bromobutane with HCO₂H.

**Drawing Toolbar:**

- **Select Tools:** A toolbar with options to draw single, double, and triple bonds, as well as wedge and dashed bonds.
- **Atoms Available:** Carbon (C), Hydrogen (H), Oxygen (O).
- **Additional Tools:** Buttons for undo, redo, zoom, and erasing parts of the drawing.

**Note:**

Use the drawing tools provided to accurately depict the stereochemistry in the reaction. Be precise with the arrangement of bonds to reflect the correct spatial orientation of the molecules.
Transcribed Image Text:**Title: Stereochemistry in Organic Reactions** **Instruction:** Draw the product(s) of (S)-2-bromobutane with the reagents listed. Clearly show stereochemistry by drawing a wedge and dashed bond on each chiral carbon. If a racemic mixture is produced, draw both enantiomers. Scroll down to see both reactions. **Exercise:** a. Draw the major organic product(s) of (S)-2-bromobutane with HCO₂H. **Drawing Toolbar:** - **Select Tools:** A toolbar with options to draw single, double, and triple bonds, as well as wedge and dashed bonds. - **Atoms Available:** Carbon (C), Hydrogen (H), Oxygen (O). - **Additional Tools:** Buttons for undo, redo, zoom, and erasing parts of the drawing. **Note:** Use the drawing tools provided to accurately depict the stereochemistry in the reaction. Be precise with the arrangement of bonds to reflect the correct spatial orientation of the molecules.
The image shows an online chemistry drawing tool prompting the user to draw the major organic product(s) of the reaction between (S)-2-bromobutane and a reagent composed of HCO₂⁻Na⁺ in DMSO (dimethyl sulfoxide). 

### Interface Breakdown:
1. **Toolbar Options**:
   - *Draw Tools*: Options to draw single, double, and triple bonds, wedges, and dashed bonds for depicting stereochemistry.
   - *Elements*: Buttons labeled "C", "H", and "O" for selecting carbon, hydrogen, and oxygen atoms to add to the structure.
   - *Erase and Modify*: Options to modify or erase parts of the drawn molecule.

2. **Drawing Area**: A blank workspace for constructing the chemical structure.

3. **Additional Tools**:
   - Options for undo and redo actions.
   - Tools for zooming or adjusting the view.

### Reaction Context:
The reaction is expected to proceed through an Sₙ2 mechanism, given the polar aprotic solvent (DMSO) and the use of a nucleophile like HCO₂⁻. The reaction will likely yield (R)-2-formyloxybutane as the major product, where the configuration at the stereocenter inverts from (S) to (R) due to backside attack.
Transcribed Image Text:The image shows an online chemistry drawing tool prompting the user to draw the major organic product(s) of the reaction between (S)-2-bromobutane and a reagent composed of HCO₂⁻Na⁺ in DMSO (dimethyl sulfoxide). ### Interface Breakdown: 1. **Toolbar Options**: - *Draw Tools*: Options to draw single, double, and triple bonds, wedges, and dashed bonds for depicting stereochemistry. - *Elements*: Buttons labeled "C", "H", and "O" for selecting carbon, hydrogen, and oxygen atoms to add to the structure. - *Erase and Modify*: Options to modify or erase parts of the drawn molecule. 2. **Drawing Area**: A blank workspace for constructing the chemical structure. 3. **Additional Tools**: - Options for undo and redo actions. - Tools for zooming or adjusting the view. ### Reaction Context: The reaction is expected to proceed through an Sₙ2 mechanism, given the polar aprotic solvent (DMSO) and the use of a nucleophile like HCO₂⁻. The reaction will likely yield (R)-2-formyloxybutane as the major product, where the configuration at the stereocenter inverts from (S) to (R) due to backside attack.
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