Question

Is ether a terminal or a non-terminal functional group?

Answer 1

Explanation:

We must have to remember that a functional group attached at the end of the carbon chain (terminal position) is called the terminal functional group. If it is not attached at the end of the carbon chain then it is not an end functional group.

Answer 2

Answer:

We must have to remember that a functional group attached at the end of the carbon chain (terminal position) is called the terminal functional group. If it is not attached at the end of the carbon chain then it is not an end functional group. In functional groups, carbonyl groups must be placed in the terminal position.

In functional groups, carbonyl groups must be placed in the terminal position.If a functional group composed of C=O is called a carbonyl group. Examples of carbonyl group functional groups are carboxylic acids, aldehydes, ketones and esters.

In functional groups, carbonyl groups must be placed in the terminal position.If a functional group composed of C=O is called a carbonyl group. Examples of carbonyl group functional groups are carboxylic acids, aldehydes, ketones and esters.We also know that the carboxylic acids (−COOH) and aldehydes (−CHO) are the functional groups which always occur at the end of the carbon chain.

In functional groups, carbonyl groups must be placed in the terminal position.If a functional group composed of C=O is called a carbonyl group. Examples of carbonyl group functional groups are carboxylic acids, aldehydes, ketones and esters.We also know that the carboxylic acids (−COOH) and aldehydes (−CHO) are the functional groups which always occur at the end of the carbon chain.Note:

In functional groups, carbonyl groups must be placed in the terminal position.If a functional group composed of C=O is called a carbonyl group. Examples of carbonyl group functional groups are carboxylic acids, aldehydes, ketones and esters.We also know that the carboxylic acids (−COOH) and aldehydes (−CHO) are the functional groups which always occur at the end of the carbon chain.Note:We must remember that the functional groups have an important role in organic chemistry for controlling and directing the reactions, also the properties of the compound changes for different functional groups placed. Ketone contains the carbonyl at the inside of the compound but aldehydes are at the terminal positions. Both ketone and aldehyde oxidized to give the corresponding carboxylic acids respectively. Carboxylic acid is the precursor for other functional groups such as esters, ketones and aldehydes.

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