Question

The type of bond involved in the formation of sodium chloride is-
a.) Ester bond
b.) Peptide bond
c.) Ionic bond
d.) Covalent bond

Answer 1

Hint: Ionic bond, also known as an electrovalent bond, is an electrostatic bond between opposing charged ions in a chemical compound. This bond is created by permanently moving (extraterrestrial) electrons from one atom to another. The losing atom is a positively charged particle, while the atom that absorbs the electrons is a negative ion (anion).

Complete step-by-step answer:
Carboxylic acid esters are produced. The -COOH group includes a carboxylic acid; in this category, the hydrogen is substituted by a certain kind of hydrocarbon. It may be an alkyl group such as methyl or ethyl or a benzene ring such as phenyl. Esters are a dynamic category that is typical in organic chemistry. The features of this are the carbon bond with three other atoms: a regular carbon bond, a double oxygen bond and a single oxygen bond. Another carbon is the single-bound oxygen.
A peptide bond is known as a covalent chemical amide bond, which connects the second alpha-amino acid C1 into two consecutive acids in the shape of one alpha amino acid and the second Alpha-amino acid (C1 Carbon number One) into one peptide and protein chains. An eu peptide bond may also be defined as a separate amide bond between two amino acids, an isopeptide bond of a specific kind.
Since NaCl consists of $C{l^ - }$ ions as well as $N{a^ + }$ ions, it is clear that it shares an ionic bond.
Hence, option C is the correct option.

Note: The interatomic interaction that occurs from the partage of an electron pair between two atoms is a covalent relation in chemistry. The connection arises through their nuclei 's magnetic response to the same electrons. If bound atoms have fewer overall energy than broadly spaced atoms, there is a covalent relation.