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Benzylic halides are...

Benzylic halides are

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**Step-by-Step Solution:** 1. **Understanding Benzylic Halides**: - Benzylic halides are a specific type of organic compound. They are classified as alkyl halides. 2. **Definition of Alkyl Halides**: - Alkyl halides are compounds where a halogen atom (such as chlorine, bromine, or iodine) is bonded to an alkyl group (a carbon chain). 3. **Identifying Benzylic Carbon**: - The benzylic carbon is the carbon atom that is directly attached to a benzene ring. This carbon is crucial in defining benzylic halides. 4. **Presence of Halogen Atoms**: - In benzylic halides, there can be one or more halogen atoms attached to the benzylic carbon. This is what distinguishes them from other types of alkyl halides. 5. **Example of Benzylic Halide**: - An example of a benzylic halide is benzyl chloride (C6H5CH2Cl), where the CH2 group is the benzylic carbon, and it is bonded to a chlorine atom. 6. **Conclusion**: - Therefore, benzylic halides are alkyl halides that have one or more halogen atoms attached to the carbon that is adjacent to a benzene ring.
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Allylic halides are

, Out of which is an example of a benzylic halide?

SN^(2) reaction is a bimolecular reaction which takes places by the formation of T.S. Veolcity of the reaction depends on the concentration of the substrate as well as the nucleophile. The reaction is favoureed by strong Nu^(o-) and in the presence of polar aprotic sovlent, optically active halides give. Walken inversion by SN^(2) mechanism. The presence of hero group (atom) at beta-C atom, unsaturation at beta-C and (-overset(O)overset(||)(C)-) group at alpha-C atomn favor SN^(2) mechanism. Allyl halides and benzyl halides give SN^(1) and SN^(2) reactions. Allyl halides alos give SN^(2) mechanism EDG at ortho- and para- postions in benzyl halides favors SN^(1) mechanism, wheras EWG favors SN^(2) mechanism. Which of the following will give SN^(2) mechanism?

SN^(2) reaction is a bimolecular reaction which takes places by the formation of T.S. Veolcity of the reaction depends on the concentration of the substrate as well as the nucleophile. The reaction is favoureed by strong Nu^(o-) and in the presence of polar aprotic sovlent, optically active halides give. Walken inversion by SN^(2) mechanism. The presence of hero group (atom) at beta-C atom, unsaturation at beta-C and (-overset(O)overset(||)(C)-) group at alpha-C atomn favor SN^(2) mechanism. Allyl halides and benzyl halides give SN^(1) and SN^(2) reactions. Allyl halides alos give SN^(2) mechanism EDG at ortho- and para- postions in benzyl halides favors SN^(1) mechanism, wheras EWG favors SN^(2) mechanism. Which of the following will give Walden inversion ?

SN^(2) reaction is a bimolecular reaction which takes places by the formation of T.S. Veolcity of the reaction depends on the concentration of the substrate as well as the nucleophile. The reaction is favoureed by strong Nu^(o-) and in the presence of polar aprotic sovlent, optically active halides give. Walden inversion by SN^(2) mechanism. The presence of hetro group (atom) at beta-C atom, unsaturation at beta-C and (-overset(O)overset(||)(C)-) group at alpha-C atomn favor SN^(2) mechanism. Allyl halides and benzyl halides give SN^(1) and SN^(2) reactions. Allyl halides alos give SN^(2) mechanism EDG at ortho- and para- postions in benzyl halides favors SN^(1) mechanism, wheras EWG favors SN^(2) mechanism. Which of the following will gives SN^(2) mechanism gt

SN^(2) reaction is a bimolecular reaction which takes places by the formation of T.S. Veolcity of the reaction depends on the concentration of the substrate as well as the nucleophile. The reaction is favoureed by strong Nu^(o-) and in the presence of polar aprotic sovlent, optically active halides give. Walken inversion by SN^(2) mechanism. The presence of hero group (atom) at beta-C atom, unsaturation at beta-C and (-overset(O)overset(||)(C)-) group at alpha-C atomn favor SN^(2) mechanism. Allyl halides and benzyl halides give SN^(1) and SN^(2) reactions. Allyl halides alos give SN^(2) mechanism EDG at ortho- and para- postions in benzyl halides favors SN^(1) mechanism, wheras EWG favors SN^(2) mechanism. Which of the following will give SN^(1) reaction?

How many benzylic hydrogen are present is cumene :

Boron halides are

Benzyl chloride can be prepared from toluene by chlorination with

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