(A) . $C_6H_5N_2Cl + \text{alc. } KOH$ typically leads to the formation of benzene or other side products, not phenol or sodium phenoxide.$B$. $C_6H_5

Name: Exam Paper Generator | JEE NEET Paper Generator | Vedclass
Brand: Vedclass
Rating: 5 (35 reviews)

$C_6H_5N_2Cl + \text{alc. } KOH \to$

(A) . $C_6H_5N_2Cl + \text{alc. } KOH$ typically leads to the formation of benzene or other side products, not phenol or sodium phenoxide.$B$. $C_6H_5OCl + NaOH$ (phenyl hypochlorite) does not follow a standard pathway to phenol.$C$. $C_6H_5N_2Cl + \text{aq. } NaOH$ can form phenol.$D$. $C_6H_5N_2Cl + H_2O/\Delta$ is the standard hydrolysis reaction to form phenol.

Class 12 Chemistry Alcohols, Phenols and Ethers Mix Examples-Alcohol, Phenol and Ethers

Medium

In which of the following reactions is phenol or sodium phenoxide $NOT$ formed?

A
$C_6H_5N_2Cl + \text{alc. } KOH \to$
B
$C_6H_5OCl + NaOH \to$
C
$C_6H_5N_2Cl + \text{aq. } NaOH \to$
D
$C_6H_5N_2Cl \xrightarrow[\Delta]{H_2O}$

Explore More

Browse All

Question Bank

All Subjects

Class 12 Questions

Class 12

Chemistry Questions

Chapter

Alcohols, Phenols and Ethers

Subtopic

Mix Examples-Alcohol, Phenol and Ethers

Match the common names of the ethers given in Column $(I)$ with their structures in Column $(II)$ and their $\text{IUPAC}$ names in Column $(III)$.

Column $(I)$ Column $(II)$ Column $(III)$

$(A)$ Methyl isopropyl ether $(1)$ ${C_6}{H_5}O{(CH_2)_6}CH_3$ $(i)$ $2$-Methoxypropane

$(B)$ Phenyl isopentyl ether $(2)$ $CH_3-O-CH(CH_3)_2$ $(ii)$ Methoxyethane

$(C)$ Heptyl phenyl ether $(3)$ ${C_6}{H_5}-O-CH_2CH_2CH(CH_3)_2$ $(iii)$ $1$-Phenoxyheptane

$(D)$ Ethyl methyl ether $(4)$ $CH_3CH_2-O-CH_3$ $(iv)$ $1$-Methoxy$-3-$methylbutane (or $3$-Methylbutoxybenzene)

Column $(I)$	Column $(II)$	Column $(III)$
$(A)$ Methyl isopropyl ether	$(1)$ ${C_6}{H_5}O{(CH_2)_6}CH_3$	$(i)$ $2$-Methoxypropane
$(B)$ Phenyl isopentyl ether	$(2)$ $CH_3-O-CH(CH_3)_2$	$(ii)$ Methoxyethane
$(C)$ Heptyl phenyl ether	$(3)$ ${C_6}{H_5}-O-CH_2CH_2CH(CH_3)_2$	$(iii)$ $1$-Phenoxyheptane
$(D)$ Ethyl methyl ether	$(4)$ $CH_3CH_2-O-CH_3$	$(iv)$ $1$-Methoxy$-3-$methylbutane (or $3$-Methylbutoxybenzene)