Graph theory is used for modeling, designing, analysis and understanding chemical
structures or chemical networks and their properties. The molecular graph is a graph …

Topological indices are graph invariants computed by the distance or degree of vertices of
the molecular graph. In chemical graph theory, topological indices have been successfully …

The utilizations of graph theory in chemistry and in the study of molecule structures are more
than someone's expectations, and, lately, it has increased exponentially. In molecular …

A large number of medical experiments have confirmed that the features of drugs have a
close correlation with their molecular structure. Drug properties can be obtained by studying …

Topological indices are numerical parameters used to study the physical and chemical
residences of compounds. Degree‐based topological indices have been studied extensively …

There are immense applications of graph theory in chemistry and in the study of molecular
structures, and after that, it has been increasing exponentially. Molecular graphs have points …

Chemical graph theory assumes an imperative part in displaying and planning any chemical
structure or chemical network. The molecular structure of a chemical molecule strongly …

The representation of chemical compounds and chemical networks with the M‐polynomials
is a new idea, and it gives nice and good results of the topological indices. These results are …

The bismuth tri-iodide (B i I 3) is an inorganic compound. It is the result of the response of
bismuth and iodine, which has inspired enthusiasm for subjective inorganic investigation …

Chemical graph theory helps to understand the structural properties of a molecular graph.
The molecular graphs are the graphs that consist of atoms called vertices and the covalent …