M 1 ( G ) = u v E ( G ) ( d u + d v ) Second Zagreb Index (M2): M 2 ( G ) = u v E ( G ) ( d u × d v ) In this paper, we explore several degree-reverse Revan reduced reverse leap eccentricity-based first, second, third, fourth, and fifth Zagreb indices of honeycomb networks. Additionally, we investigate the degree-based Zagreb indices of the line graph of the subdivision graph of honeycomb networks."> M 1 ( G ) = u v E ( G ) ( d u + d v ) Second Zagreb Index (M2): M 2 ( G ) = u v E ( G ) ( d u × d v ) In this paper, we explore several degree-reverse Revan reduced reverse leap eccentricity-based first, second, third, fourth, and fifth Zagreb indices of honeycomb networks. Additionally, we investigate the degree-based Zagreb indices of the line graph of the subdivision graph of honeycomb networks.">
International Journal of Science and Research (IJSR)

International Journal of Science and Research (IJSR)
Call for Papers | Fully Refereed | Open Access | Double Blind Peer Reviewed

ISSN: 2319-7064


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India | Physics | Volume 13 Issue 9, September 2024 | Pages: 1491 - 1494


On Zagreb Indices of Honeycomb Networks

N. K. Raut

Abstract: The First and Second Zagreb Indices in Graph Theory: The first and second Zagreb indices are important degree-based topological indices used in graph theory. They are defined as follows: First Zagreb Index (M1): M 1 ( G ) = u v E ( G ) ( d u + d v ) Second Zagreb Index (M2): M 2 ( G ) = u v E ( G ) ( d u × d v ) In this paper, we explore several degree-reverse Revan reduced reverse leap eccentricity-based first, second, third, fourth, and fifth Zagreb indices of honeycomb networks. Additionally, we investigate the degree-based Zagreb indices of the line graph of the subdivision graph of honeycomb networks.

Keywords: Degree, honeycomb network, leap degree, line graph, Revan degree, reverse degree, Zagreb indices



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