Products for the below reaction are:
The Correct Option is A
Solution and Explanation
The given reaction involves the cleavage of the ether bond using \( \text{HI} \). The major products are formed through the nucleophilic substitution of \( \text{HI} \) on the ether linkage. The reaction mechanism proceeds as follows:
Protonation of the ether oxygen atom by \( \text{HI} \), resulting in the formation of an oxonium ion intermediate.
Cleavage of the \( \text{C–O} \) bond forms cyclohexanol and a tertiary carbocation (\((\text{CH}_3)_3\text{C}^+\)).
The tertiary carbocation rapidly reacts with \( \text{I}^- \) to form \((\text{CH}_3)_3\text{C–I}\) as the final product.
The correct option is (A) :
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Concepts Used:
Haloalkanes and Haloarenes - Chemical Reactions
Chemical Reactions go with the breaking and bonding of covalent bonds which involve of exchange of electrons. The functional groups of Organic compounds play a consequential role in the process. Based on the above theory, reactions can be classified into five main groups:
Rearrangement Reactions are the type of reactions in which products get formed simply by the rearrangement of atoms and electrons in the reactant molecules.
O
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NH4CNO → NH2 –C – NH2
Substitution Reactions are the reactions in which an atom or group of atoms is replaced by some other atom or group of atoms without any change in the structure of the remaining part of the molecule.
CH3Br + KOH (aqueous) → CH3OH + KBr
Addition Reactions are the reactions in which products get formed by the addition of some reagent to an unsaturated compound.
CH2 = CH2 + HCl → CH5Cl
- Electrophilic Addition Reactions
- Nucleophilic Addition Reactions
- Free Radical Addition Reactions
Elimination Reactions are the reactions in which the products get formed by the loss of simple molecules like HX from the reactant molecules.
C2H5OH → C2H4
- EN1 (Nucleophilic Elimination Unimolecular)
- EN2 (Nucleophilic Elimination Bimolecular)
A polymerization Reaction is the union of two or more molecules of a substance that form a single molecule with higher molecular weight.
n (CH = CH2) → (-CH2 – CH2 -) n