Study of Cycle-Path Connected graph by applying degree-based Topological Indices

Abstract

Topological indices are tremendously advantageous for assaying colorful physicochemical stress parcels connected with a chemical emulsion. A topological index describes molecular structures by covering them into certain real figures. By converting chemical structures into numerical descriptors, these indices facilitate the development of quantitative structure-activity relationships (QSARs), which is the natural exertion of patches identified with their arrangements of chemical components. In this composition, we will cipher the topological indicators of the cycle-path connected graph. In addition, comparisons of the cycle-path connected graph dispense numerically and graphically.