Reduced Reversed Degree-Based Topological Indices Of Line Graph Of Alkanes

Abstract

Topological indices are numerical values associated with the structure of a molecule that can be used to predict various chemical and physical properties. The line graph of an alkane is a graph derived from the molecular graph of the alkane, where each vertex represents a bond and edges represent adjacency between bonds. Reduced reversed degree-based topological indices are a new class of indices that take into account the degrees of the vertices in a reverse and reduced manner, providing potentially more accurate descriptors for molecular properties.In this article, we introduce and explore the reduced reversed degree-based topological indices for the line graph of alkanes.A formula for calculating reduced reverse (RR) degree-based topological indices for alkane line graphs is presented, and mathematical expressions unique to alkane structures are derived.The results demonstrate that reduced reversed degree-based topological indices offer significant insights and improved accuracy in predicting alkane properties, highlighting their potential utility in cheminformatics and molecular modelling.