The reaction of aniline with chloroform under alkaline conditions leads to the formation of

Question

The reaction of aniline with chloroform under alkaline conditions leads to the formation of (A) Phenyl cyanide (B) Phenyl isonitrile (C) Phenyl cyanate (D) Phenyl isocyanate

Tardigrade Admin · Accepted Answer

Aniline is a primary amine (contains - NH 2 group). When it is treated with chloroform under alkaline conditions, it results in the formation of a bad smelling compound, known by the name isonitrile or carbylamine. This reaction is known as carbylamine reaction. <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/chemistry/0c58030b674246343a28de757da6203b-.png" />

Q. The reaction of aniline with chloroform under alkaline conditions leads to the formation of

Phenyl cyanide

Phenyl isonitrile

Phenyl cyanate

Phenyl isocyanate

Aniline is a primary amine (contains $- N H_{2}$ group). When it is treated with chloroform under alkaline conditions, it results in the formation of a bad smelling compound, known by the name isonitrile or carbylamine. This reaction is known as carbylamine reaction.

Q. The reaction of aniline with chloroform under alkaline conditions leads to the formation of

Phenyl cyanide

Phenyl isonitrile

Phenyl cyanate

Phenyl isocyanate

Aniline is a primary amine (contains −NH2​ group). When it is treated with chloroform under alkaline conditions, it results in the formation of a bad smelling compound, known by the name isonitrile or carbylamine. This reaction is known as carbylamine reaction.

Aniline is a primary amine (contains $- N H_{2}$ group). When it is treated with chloroform under alkaline conditions, it results in the formation of a bad smelling compound, known by the name isonitrile or carbylamine. This reaction is known as carbylamine reaction.