(A) The reaction shown is the acid-catalyzed dehydration of an alcohol. In the first step,the hydroxyl group of the alcohol is protonated by the acid

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(A) The reaction shown is the acid-catalyzed dehydration of an alcohol. In the first step,the hydroxyl group of the alcohol is protonated by the acid $(Conc. H_2SO_4)$ to form an alkyloxonium ion. This is followed by the loss of a water molecule to generate a carbocation intermediate. Therefore,the reaction intermediate involved is a carbocation.

Class 11 Chemistry 4 Organic Chemistry: Reaction Mechanism Reactive Intermediates

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In the following reaction,which type of reaction intermediate is likely to be involved?

A
Carbocation
B
Carbanion
C
Carbon free radical
D
Carbene

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Class 11 Questions

Class 11

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Chapter

4 Organic Chemistry: Reaction Mechanism

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Reactive Intermediates

What is the order of stability of $1^{\circ}, 2^{\circ}, 3^{\circ},$ and $\overset{\oplus}{C}H_3$ carbocations?

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The correct stability order of carbocations is

DifficultJEE MAIN 2024

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Which of the following represents the correct order of stability?

Medium

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The stability of the following carbocations follows the order:

DifficultKVPY 2020

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The correct order of decreasing stability of the following carbocations is:
$I. CH_3-CH^{+}-CH_3$
$II. CH_3-CH^{+}-OCH_3$
$III. CH_3-CH^{+}-CH_2-OCH_3$

MediumAIIMS 2018

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In the following reaction,which type of reaction intermediate is likely to be involved?

Similar Questions

What is the order of stability of $1^{\circ}, 2^{\circ}, 3^{\circ},$ and $\overset{\oplus}{C}H_3$ carbocations?

The correct stability order of carbocations is

Which of the following represents the correct order of stability?

The stability of the following carbocations follows the order:

The correct order of decreasing stability of the following carbocations is:$I. CH_3-CH^{+}-CH_3$$II. CH_3-CH^{+}-OCH_3$$III. CH_3-CH^{+}-CH_2-OCH_3$

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The correct order of decreasing stability of the following carbocations is:
$I. CH_3-CH^{+}-CH_3$
$II. CH_3-CH^{+}-OCH_3$
$III. CH_3-CH^{+}-CH_2-OCH_3$