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Draw the products for both reactions. 

**Chapter: Organic Chemistry - Reaction Mechanisms and Stereochemistry**

---

**Section: Reaction Products and Stereochemistry Analysis**

**Objective:**
Draw the products of the following reactions and explain the stereochemistry of the products (major product only).

### Example Problem:

**Given Reaction:**
1. **Reaction a):**
   - Reactants: Cyclohexene with a methyl group (HC₃) and H-Cl.
   - **Reaction:**
     \[
     \text{Cyclohexene (with a methyl group)} \mathrel{} +  \mathrel{\text{H-Cl}} \rightarrow \text{Products}
     \]

   - **Products:**
     The attack of H⁺ and Cl⁻ on the double bond leads to the formation of different stereoisomers.
     - **Product A:** Major product shows the addition of hydrogen on one carbon and chlorine on the adjacent carbon, with configurations leading to stereoisomers.
     - **Product B, C, and D:** Minor stereoisomers involving the addition of the same groups (H and Cl) but with varying spatial orientations.

2. **Reaction b):**
   - Reactants: A cyclic compound with two methyl groups and \(\text{H}_2\text{SO}_4 \) (sulfuric acid).
   - **Reaction:**
     \[
     \text{Cyclohexene (with two methyl groups)} + \mathrel{\text{H}_2\text{SO}_4}} \rightleftharpoons \text{Products}
     \]

   - **Products:**
     The reaction involves the protonation of a double bond followed by the nucleophilic attack.
     - **Product A:** The major product illustrates the addition of a hydrogen group and the sulfate group with certain steric orientations.

### Diagrams and Schematics:
- **Diagram for Reaction a):**
  - A schematic representation showing the reaction mechanism and the formation of various stereoisomers (A, B, C, and D). Each isomer is uniquely presented with proper notation for stereochemistry.
- **Diagram for Reaction b):**
  - The reaction mechanism depicts the stepwise addition of \(\text{H}_2\text{SO}_4 \). Product A illustrates the final product after the nucleophilic attack, with detailed stereochemistry.

**Note:**
- Be sure to consider both regioselectivity and stere
Transcribed Image Text:**Chapter: Organic Chemistry - Reaction Mechanisms and Stereochemistry** --- **Section: Reaction Products and Stereochemistry Analysis** **Objective:** Draw the products of the following reactions and explain the stereochemistry of the products (major product only). ### Example Problem: **Given Reaction:** 1. **Reaction a):** - Reactants: Cyclohexene with a methyl group (HC₃) and H-Cl. - **Reaction:** \[ \text{Cyclohexene (with a methyl group)} \mathrel{} + \mathrel{\text{H-Cl}} \rightarrow \text{Products} \] - **Products:** The attack of H⁺ and Cl⁻ on the double bond leads to the formation of different stereoisomers. - **Product A:** Major product shows the addition of hydrogen on one carbon and chlorine on the adjacent carbon, with configurations leading to stereoisomers. - **Product B, C, and D:** Minor stereoisomers involving the addition of the same groups (H and Cl) but with varying spatial orientations. 2. **Reaction b):** - Reactants: A cyclic compound with two methyl groups and \(\text{H}_2\text{SO}_4 \) (sulfuric acid). - **Reaction:** \[ \text{Cyclohexene (with two methyl groups)} + \mathrel{\text{H}_2\text{SO}_4}} \rightleftharpoons \text{Products} \] - **Products:** The reaction involves the protonation of a double bond followed by the nucleophilic attack. - **Product A:** The major product illustrates the addition of a hydrogen group and the sulfate group with certain steric orientations. ### Diagrams and Schematics: - **Diagram for Reaction a):** - A schematic representation showing the reaction mechanism and the formation of various stereoisomers (A, B, C, and D). Each isomer is uniquely presented with proper notation for stereochemistry. - **Diagram for Reaction b):** - The reaction mechanism depicts the stepwise addition of \(\text{H}_2\text{SO}_4 \). Product A illustrates the final product after the nucleophilic attack, with detailed stereochemistry. **Note:** - Be sure to consider both regioselectivity and stere
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