Question

Nylon is prepared from simple chemicals obtained from​

Answer 1

Nylon is prepared from simple chemicals obtained from monomers and also Coal, water, and air were used to create nylon.

• The right monomers, which are the basic building blocks of polymers, are joined to form a lengthy chain to create nylon by a condensation polymerization reaction.
• Water (H20) is created as a byproduct of the two molecules being joined to form the polymer. No natural raw materials, such as plants or animals, are used in the production of nylon. Coal, water, and air were used to create nylon, the first totally synthetic material.
• Water is eliminated from the manufacturing process because its continuing presence prevents the formation of additional polymer.
• More than 20,000 monomer units may be combined to form the polymer chain, which is joined by an amide group, which also contains a nitrogen atom. Only weak forces, such hydrogen bonds, which have a tendency to tangle randomly, hold the polymer chains of the nylon together; these forces allow the nylon molecules to be extremely flexible.
• For strong fibres to develop, the polymer must be warmed and pulled out. The Molecular World, an Open University course that explains these basic concepts, can give you further information about the synthesis of organic substances.

Hence, Nylon is prepared from simple chemicals obtained from monomers and also Coal, water, and air were used to create nylon.

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Answer 2

Answer:

Nylon is prepared from simple chemicals attained from monomers and also Coal, water, and air were used to produce nylon.

The right monomers, which are the introductory structure blocks of polymers, are joined to form a long chain to produce nylon by a condensation polymerization response.

Nylon is prepared without using any natural raw material like plants and creatures. Nylon was the first completely synthetic fibre.

Two of the constituents that are used to synthesize the most common nylon, adipic acid and hexamethylenediamine, each contain six-carbon atoms, and the product has been named nylon-,6.

When caprolactam is the starting material, nylon- 6 is attained, so named because it has six carbon tittles in the introductory unit.

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