On Some Neighbourhood Degree-Based Indices of Graphs Derived From Honeycomb Structure

Year 2021, Volume: 9 Issue: 1, 164 - 175, 28.04.2021

Haidar Ali Usman Babar Shahid Hussain Arshad Ammara Sajjad

Abstract

In mathematical chemistry, molecular structure of any chemical substance can be expressed by a numeric number or polynomial or sequence of numbers which represent the whole graph is called topological index. An important branch of graph theory is the chemical graph theory. Because of their worldwide uses, chemical networks have inspired researchers since their development. Determination of the expressions for topological indices of different derived graphs is a new and interesting problem in graph theory. In this article, some graphs which are derived from Honeycomb structure are studied and found their exact results for some neighbourhood degree-based topological indices. Additionally, a comparison is shown graphically among all the derived indices.

Keywords

Topological indices, Dominating David Derived network, M_N, F_N

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