Cyclohexanol and phenol can be distinguished | vedclass

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(D) Phenol is an aromatic compound with an acidic hydroxyl group,while cyclohexanol is an aliphatic cyclic alcohol.$1$. $Br_2/H_2O$: Phenol reacts wit

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All of these

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(D) Phenol is an aromatic compound with an acidic hydroxyl group,while cyclohexanol is an aliphatic cyclic alcohol.$1$. $Br_2/H_2O$: Phenol reacts with bromine water to form a white precipitate of $2,4,6$-tribromophenol,whereas cyclohexanol does not show this reaction.$2$. Neutral $FeCl_3$: Phenol gives a characteristic violet color with neutral $FeCl_3$ due to the formation of a complex,while cyclohexanol does not.$3$. $PhN_2^+ Cl^-$: Phenol undergoes a coupling reaction with benzene diazonium chloride in a basic medium to form an azo dye (orange-red),while cyclohexanol does not.Since all three reagents can distinguish between them,the correct answer is $D$.

Group-$I$ (Compound)	Group-$II$ (Use)
$A$. Alcohol	$1$. Antiseptic
$B$. Phenol	$2$. Perfumes
$C$. Ether	$3$. Detergents
$D$. Amine	$4$. Dyes

Cyclohexanol and phenol can be distinguished by

Similar Questions

Esterification of the acid $P$ with the alcohol $Q$ will give:

Which of the following compounds does not form phenol or phenoxide upon reaction under standard laboratory conditions?

Match the compounds in Group-$I$ with their uses in Group-$II$. Find the correct match for Group-$I$ from Group-$II$.

Group-$I$ (Compound) Group-$II$ (Use)

$A$. Alcohol $1$. Antiseptic

$B$. Phenol $2$. Perfumes

$C$. Ether $3$. Detergents

$D$. Amine $4$. Dyes

Major product of the reaction is

The major products $P$ and $Q$ are

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