**Problem 6: Predict the Products of Reactions** For the following reactions, predict the products, showing the complete mechanism and appropriate stereochemistry: **a. Reaction with Br₂** - **Reactant:** A cyclohexene with a methyl group attached. - **Reagent:** Br₂ - **Product:** ? **b. Reaction with Cl₂** - **Reactant:** A styrene compound (benzene ring attached to an alkene group). - **Reagent:** Cl₂ - **Product:** ? **c. Reaction with Cl₂** - **Reactant:** An alkene (six-membered ring with one double bond). - **Reagent:** Cl₂ - **Product:** ? **Explanation of Reactions:** The reactions involve halogenation, where bromine (Br₂) or chlorine (Cl₂) adds across the double bond of the alkenes. This typically occurs through an anti-addition mechanism, resulting in vicinal dihalides with stereochemistry considerations. Students are expected to show the reaction mechanism, detailing how the halogens add to the double bonds and forming the final products with appropriate stereochemistry.

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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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**Problem 6: Predict the Products of Reactions**

For the following reactions, predict the products, showing the complete mechanism and appropriate stereochemistry:

**a. Reaction with Br₂**

- **Reactant:** A cyclohexene with a methyl group attached.
- **Reagent:** Br₂
- **Product:** ?

**b. Reaction with Cl₂**

- **Reactant:** A styrene compound (benzene ring attached to an alkene group).
- **Reagent:** Cl₂
- **Product:** ?

**c. Reaction with Cl₂**

- **Reactant:** An alkene (six-membered ring with one double bond).
- **Reagent:** Cl₂
- **Product:** ?

**Explanation of Reactions:**

The reactions involve halogenation, where bromine (Br₂) or chlorine (Cl₂) adds across the double bond of the alkenes. This typically occurs through an anti-addition mechanism, resulting in vicinal dihalides with stereochemistry considerations. Students are expected to show the reaction mechanism, detailing how the halogens add to the double bonds and forming the final products with appropriate stereochemistry.
Transcribed Image Text:**Problem 6: Predict the Products of Reactions** For the following reactions, predict the products, showing the complete mechanism and appropriate stereochemistry: **a. Reaction with Br₂** - **Reactant:** A cyclohexene with a methyl group attached. - **Reagent:** Br₂ - **Product:** ? **b. Reaction with Cl₂** - **Reactant:** A styrene compound (benzene ring attached to an alkene group). - **Reagent:** Cl₂ - **Product:** ? **c. Reaction with Cl₂** - **Reactant:** An alkene (six-membered ring with one double bond). - **Reagent:** Cl₂ - **Product:** ? **Explanation of Reactions:** The reactions involve halogenation, where bromine (Br₂) or chlorine (Cl₂) adds across the double bond of the alkenes. This typically occurs through an anti-addition mechanism, resulting in vicinal dihalides with stereochemistry considerations. Students are expected to show the reaction mechanism, detailing how the halogens add to the double bonds and forming the final products with appropriate stereochemistry.
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