3. Complete the following scheme by showing the key hydrogen atoms (protons) and using curved arrows to clearly show electron movements in all mechanistic steps.

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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**Instructions for Completing the Mechanistic Scheme**

**Task:**

Complete the following scheme by showing the key hydrogen atoms (protons) and using curved arrows to clearly show electron movements in all mechanistic steps.

**Diagram Explanation:**

1. **Starting Material:**
   - A cyclohexane ring with an attached hydroxyl group (OH) is presented on the left.

2. **Transition States and Intermediates:**
   - An arrow points to a cyclohexane ring with a positive charge, indicating the formation of a carbocation intermediate.

3. **Product Formation:**
   - Several arrows demonstrate possible reaction pathways from the carbocation intermediate.
   - There are three possible outcomes, labeled as:
     - **A:** A cyclohexane structure.
     - **B:** A different cyclohexane structure.
     - **C:** Yet another cyclohexane structure.

**Key Process:**

- Use curved arrows to indicate the movement of electrons during bond formation and breakage.
- Ensure to depict the hydrogen atoms involved in the process to illustrate which protons are part of the mechanistic pathways.

This schematic representation is essential for understanding the reaction mechanism, showcasing possible rearrangements and substitutions within the cyclohexane derivatives.
Transcribed Image Text:**Instructions for Completing the Mechanistic Scheme** **Task:** Complete the following scheme by showing the key hydrogen atoms (protons) and using curved arrows to clearly show electron movements in all mechanistic steps. **Diagram Explanation:** 1. **Starting Material:** - A cyclohexane ring with an attached hydroxyl group (OH) is presented on the left. 2. **Transition States and Intermediates:** - An arrow points to a cyclohexane ring with a positive charge, indicating the formation of a carbocation intermediate. 3. **Product Formation:** - Several arrows demonstrate possible reaction pathways from the carbocation intermediate. - There are three possible outcomes, labeled as: - **A:** A cyclohexane structure. - **B:** A different cyclohexane structure. - **C:** Yet another cyclohexane structure. **Key Process:** - Use curved arrows to indicate the movement of electrons during bond formation and breakage. - Ensure to depict the hydrogen atoms involved in the process to illustrate which protons are part of the mechanistic pathways. This schematic representation is essential for understanding the reaction mechanism, showcasing possible rearrangements and substitutions within the cyclohexane derivatives.
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