In radical reactions, there are sometimes non-halogenated side products formed from other termination steps. Choose a possible side product of the reaction shown below? Cl2 hv A) I Y"X B) II C) II II IV D) IV

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**Title: Understanding Non-Halogenated Side Products in Radical Reactions**

In radical reactions, there are sometimes non-halogenated side products formed from other termination steps.

**Problem Statement:**
Choose a possible side product of the reaction shown below.

**Reaction Setup:**
- **Reactant:** A hydrocarbon chain.
- **Reagent:** Cl₂ (chlorine gas)/hv (light or UV light), indicating a radical reaction.
- **Products to Consider:**
  - I
  - II
  - III
  - IV

**Structural Representations:**

- **Structure I:** A linear chain with a light branching.
- **Structure II:** A more condensed, branched structure.
- **Structure III:** Similar branching with a different orientation.
- **Structure IV:** An extended linear carbon chain.

**Multiple Choice Options:**
- A) I
- B) II
- C) III
- D) IV

**Diagram Explanation:**
The diagram illustrates the potential molecular structures that might form as side products in the given radical reaction. It facilitates an understanding of how molecular rearrangement can lead to differing structural outcomes.
Transcribed Image Text:**Title: Understanding Non-Halogenated Side Products in Radical Reactions** In radical reactions, there are sometimes non-halogenated side products formed from other termination steps. **Problem Statement:** Choose a possible side product of the reaction shown below. **Reaction Setup:** - **Reactant:** A hydrocarbon chain. - **Reagent:** Cl₂ (chlorine gas)/hv (light or UV light), indicating a radical reaction. - **Products to Consider:** - I - II - III - IV **Structural Representations:** - **Structure I:** A linear chain with a light branching. - **Structure II:** A more condensed, branched structure. - **Structure III:** Similar branching with a different orientation. - **Structure IV:** An extended linear carbon chain. **Multiple Choice Options:** - A) I - B) II - C) III - D) IV **Diagram Explanation:** The diagram illustrates the potential molecular structures that might form as side products in the given radical reaction. It facilitates an understanding of how molecular rearrangement can lead to differing structural outcomes.
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