| 1. | Halogenation generally provides polyhalogenated pyrroles, but monohalogenation can be performed.
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| 2. | This mechanism for this process is called free radical halogenation.
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| 3. | The methyl group undergoes halogenation under free radical conditions.
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| 4. | A good example of a substitution reaction is halogenation.
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| 5. | The facility of halogenation is influenced by the halogen.
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| 6. | It undergoes electrophilic reactions, such as halogenation and Friedel-Crafts reactions.
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| 7. | The classical example of this is bromination ( any halogenation ) of alkenes.
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| 8. | Free radical halogenation reactions occur with halogens, leading to the production of haloalkanes.
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| 9. | Inorganic compounds such as metals also undergo halogenation.
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| 10. | In another substitution reactions, it undergoes halogenation.
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