Which H atom in the molecule shown will be most readily abstracted by a bromine radical? Hb Hd H. Ha Не H. Hc Hd На Не Hc Hb

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**Title: Hydrogen Abstraction in Organic Molecules**

**Question:**
Which H atom in the molecule shown will be most readily abstracted by a bromine radical?

**Molecular Structure Diagram:**
- The molecule is a branched hydrocarbon chain with several hydrogen atoms labeled as Hd, Ha, He, Hc, and Hb.
- Each labeled hydrogen (H) is attached to different carbon atoms within the chain.

**Options:**
- ◯ Hd
- ◯ Ha
- ◯ He
- ◯ Hc
- ◯ Hb

**Explanation:**
In the context of radical reactions, bromine radicals preferentially abstract hydrogen atoms that are most easily substituted, often due to the stability of the resulting radical. The carbon atoms bonded to labeled hydrogen atoms differ in substitution, affecting the likelihood of abstraction. Please analyze the stability and structure to determine which hydrogen is most reactive to bromine radicals.
Transcribed Image Text:**Title: Hydrogen Abstraction in Organic Molecules** **Question:** Which H atom in the molecule shown will be most readily abstracted by a bromine radical? **Molecular Structure Diagram:** - The molecule is a branched hydrocarbon chain with several hydrogen atoms labeled as Hd, Ha, He, Hc, and Hb. - Each labeled hydrogen (H) is attached to different carbon atoms within the chain. **Options:** - ◯ Hd - ◯ Ha - ◯ He - ◯ Hc - ◯ Hb **Explanation:** In the context of radical reactions, bromine radicals preferentially abstract hydrogen atoms that are most easily substituted, often due to the stability of the resulting radical. The carbon atoms bonded to labeled hydrogen atoms differ in substitution, affecting the likelihood of abstraction. Please analyze the stability and structure to determine which hydrogen is most reactive to bromine radicals.
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