Chemical Bonding and Molecular Structure

Chemical bonding is the attraction between atoms that results in a chemical bond. The bond between two atoms is what causes a molecule to be a substance, and without a chemical bond, a molecule would not be a substance. A chemical bond is a strong interaction that exists between two or more atoms. The bond […]

An ionic bond, also called an electrovalent bond, is chemically formed by electrostatic interaction between two oppositely charged ions. The bond formation occurs between a cation, usually metal, and an anion, typically non-metal. Nearly all ionic compounds possess a degree of covalent bonding, which means that a purely ionic bond never exists. So, the ionic

Nature of Carbonyl Group Nature has a variety of important chemical compounds, such as aldehydes and ketones. You may be surprised to learn that all of these chemical compounds have the same functional group. In these compounds, the carbonyl group acts as a functional group. Aldehydes and ketones have a lot in common due to

A ‘metallic bond’ is a word that refers to the sharing of a sea of valence electrons between many positively charged metal ions that occur in a collective fashion. A sort of chemical bonding, metallic bonding is responsible for numerous of the qualities that are unique to metals, including their lustrous sheen, malleability, and heat

This type of bond is different from the other types of bonds as electrons are not shared between two atoms. Instead, the outer electrons are shared between the number of atoms. Some factors that impact the strength of any metallic bonding are: Delocalized electrons – if the number of delocalized electrons is high, it means

Ligands, coordination number, denticity, chelation Important terms Before knowing the concepts in-depth, it’s essential to understand what these terms mean: Ligands: Ligand is a molecule or ion that is attached to the central metal atom for the formation of a coordination complex. Coordination number: The total number of ligands or the total no. of donor

G.N. Lewis, a famous American chemist, introduced the concept of Lewis Symbols to represent the valence electron in an atom.  Lewis and Kossel’s theory has studied the electronic configuration of noble gases. It found that the inertness of the noble gases is because of their complete octet or duplet in the Helium, which seems to

G.N Lewis was a famous American chemist that introduced the concept of LEWIS SYMBOLS to represent the valence electron in an atom. Lewis and Kossel’s theory” has studied the electronic configuration of the noble gases and found the fact that inertness of the noble gases is because of their complete octet or duplet in the

Introduction G.N Lewis was a famous American chemist that introduced the concept of LEWIS SYMBOLS to represent the valence electron in an atom. Lewis and Kossel’s theory” has studied the electronic configuration of the noble gasses and found the fact that inertness of the noble gasses is because of their complete octet or duplet in