In the given reaction, products are:

Name: In the given reaction, products are:
Uploaded: 2020-01-06
Description: Click here👆to get an answer to your question ✍️ In the given reaction, products are:

Question

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Answer 1

When anisole reacts with $H B r$ , phenol and methyl bromide are obtained.

In this reaction, lower alkyl halide and higher alcohol (phenol) are obtained.

option D is correct.

Answer 2

When anisole reacts with

H B r

, phenol and methyl bromide are obtained.

In this reaction, lower alkyl halide and higher alcohol (phenol) are obtained.

option D is correct.

In the given reaction, products are:

When anisole reacts with $H B r$ , phenol and methyl bromide are obtained.

In this reaction, lower alkyl halide and higher alcohol (phenol) are obtained.

option D is correct.

The products (A) and (B) are :

The product obtained in the given reaction is:

In the given reaction sequence, the products $(B)$ to $(E)$ are formed.
The structure of product $(B)$ is:

The products (A) is:

In the reaction given, $[X]$ will be:

Revise with Concepts

Preparation Methods of Ethers

Physical Properties of Ethers

Chemical Properties of Ethers - Cleavage of C - O Bond

Chemical Properties of Ethers - Electrophilic Substitution

In the given reaction, products are:

When anisole reacts with HBr, phenol and methyl bromide are obtained. In this reaction, lower alkyl halide and higher alcohol (phenol) are obtained. option D is correct.

The products (A) and (B) are :

The product obtained in the given reaction is:

In the given reaction sequence, the products (B) to (E) are formed.The structure of product (B) is:

The products (A) is:

In the reaction given, [X] will be:

Revise with Concepts

Preparation Methods of Ethers

Physical Properties of Ethers

Chemical Properties of Ethers - Cleavage of C - O Bond

Chemical Properties of Ethers - Electrophilic Substitution

When anisole reacts with $H B r$ , phenol and methyl bromide are obtained.

In this reaction, lower alkyl halide and higher alcohol (phenol) are obtained.

option D is correct.

In the given reaction sequence, the products $(B)$ to $(E)$ are formed.
The structure of product $(B)$ is:

In the reaction given, $[X]$ will be: