2.4 Sketch a generic mechanism for a good nucleophile (Nu:) reacting with R₂C=O. A charged intermediate results. The intermediate can be protonated by solvent (H-Solv) or by the conjugate acid form of the nucleophile (H-Nu). The final product will be an alcohol with Nu substituted on the alcohol carbon. Note: all steps in your mechanism may be reversible use equilibrium arrows. ebydabis1938 (0 -

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**Title: Mechanism of Nucleophile Reaction with R₂C=O**

**Description:**
The task involves creating a sketch for a generic mechanism where a good nucleophile (Nu:) reacts with R₂C=O. The process may yield the following results:

1. **Formation of Intermediate:**
   - A charged intermediate is formed.
   - This intermediate can be protonated by a solvent (H₂SOL) or the conjugate acid form of the nucleophile (HNu).

2. **Final Product:**
   - The end product will be an alcohol with the nucleophile substituted on the carbon previously part of the carbonyl group.

**Note:**
- Each step in your mechanism may be reversible. Therefore, use equilibrium arrows to indicate the potential reversibility of each step in the reaction mechanism. 

**Educational Insight:**
Understanding the stepwise process within nucleophile reactions helps in comprehending how intermediates influence the direction and type of chemical transformation that occurs, especially in organic synthesis where substitution reactions are prevalent.
Transcribed Image Text:**Title: Mechanism of Nucleophile Reaction with R₂C=O** **Description:** The task involves creating a sketch for a generic mechanism where a good nucleophile (Nu:) reacts with R₂C=O. The process may yield the following results: 1. **Formation of Intermediate:** - A charged intermediate is formed. - This intermediate can be protonated by a solvent (H₂SOL) or the conjugate acid form of the nucleophile (HNu). 2. **Final Product:** - The end product will be an alcohol with the nucleophile substituted on the carbon previously part of the carbonyl group. **Note:** - Each step in your mechanism may be reversible. Therefore, use equilibrium arrows to indicate the potential reversibility of each step in the reaction mechanism. **Educational Insight:** Understanding the stepwise process within nucleophile reactions helps in comprehending how intermediates influence the direction and type of chemical transformation that occurs, especially in organic synthesis where substitution reactions are prevalent.
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