The halogen atom is bound to an sp3 hybridised carbon atom close to the carbon-carbon double bond (C=C) in allylic halides. An allylic halide, for example, is CH3CH = CHCH2Cl. Sn1 and Sn2 mechanisms both react with such halides.
Halides: When halogens are connected to the carbon chain, they are referred to as halides. The allylic carbon atom is an sp3 hybridised carbon atom that is coupled to a sp2 hybridised or double-bonded carbon atom in the chain.
In organic chemistry, there are many different forms of carbon chains, such as straight-chain, branched-chain, allylic carbon chain, vinylic carbon chain, and so on. When the carbon atoms form a double or triple bond, they are given other names.
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Answer:
An allylic halide is an alkyl halide in whose molecule there are one or more halogen atoms on allylic carbons.
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The halogen atom is bound to an sp3 hybridised carbon atom close to the carbon-carbon double bond (C=C) in allylic halides. An allylic halide, for example, is CH3CH = CHCH2Cl. Sn1 and Sn2 mechanisms both react with such halides.
Halides: When halogens are connected to the carbon chain, they are referred to as halides. The allylic carbon atom is an sp3 hybridised carbon atom that is coupled to a sp2 hybridised or double-bonded carbon atom in the chain.
In organic chemistry, there are many different forms of carbon chains, such as straight-chain, branched-chain, allylic carbon chain, vinylic carbon chain, and so on. When the carbon atoms form a double or triple bond, they are given other names.
CH3-CH2-CH2-CH = CH- CH2Cl