Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
Computation of Polynomial Degree-Based Topological Descriptors of Indu-Bala Product of Two Paths
View through CrossRef
Cheminformatics is entirely a newly coined term that encompasses a field that includes engineering computer sciences along with basic sciences. As we all know, vertices and edges form a network whereas vertex and its degrees contribute to joining edges. The degree of vertex is very much dependent on a reasonable proportion of network properties. There is no doubt that a network has to have a reliance of different kinds of hub buses, serials, and other connecting points to constitute a system that is the backbone of cheminformatics. The Indu-Bala product of two graphs
G
1
and
G
2
has a special notation as described in Section 2. The attainment of this product is very much due to related vertices at to different places of
G
1
∨
G
2
. This study states we have found M-polynomial and degree-based topological indices for Indu-Bala product of two paths
P
k
and
P
j
for
j
,
k
≥
2
. We also give some graphical representation of these indices and analyzed them graphically.
Title: Computation of Polynomial Degree-Based Topological Descriptors of Indu-Bala Product of Two Paths
Description:
Cheminformatics is entirely a newly coined term that encompasses a field that includes engineering computer sciences along with basic sciences.
As we all know, vertices and edges form a network whereas vertex and its degrees contribute to joining edges.
The degree of vertex is very much dependent on a reasonable proportion of network properties.
There is no doubt that a network has to have a reliance of different kinds of hub buses, serials, and other connecting points to constitute a system that is the backbone of cheminformatics.
The Indu-Bala product of two graphs
G
1
and
G
2
has a special notation as described in Section 2.
The attainment of this product is very much due to related vertices at to different places of
G
1
∨
G
2
.
This study states we have found M-polynomial and degree-based topological indices for Indu-Bala product of two paths
P
k
and
P
j
for
j
,
k
≥
2
.
We also give some graphical representation of these indices and analyzed them graphically.
Related Results
Domination of Polynomial with Application
Domination of Polynomial with Application
In this paper, .We .initiate the study of domination. polynomial , consider G=(V,E) be a simple, finite, and directed graph without. isolated. vertex .We present a study of the Ira...
A New Alternative to Szeged, Mostar, and PI Polynomials—The SMP Polynomials
A New Alternative to Szeged, Mostar, and PI Polynomials—The SMP Polynomials
Szeged-like topological indices are well-studied distance-based molecular descriptors, which include, for example, the (edge-)Szeged index, the (edge-)Mostar index, and the (vertex...
Akar-akar Polinomial Separable sebagai Pembentuk Perluasan Normal pada Ring Modulo
Akar-akar Polinomial Separable sebagai Pembentuk Perluasan Normal pada Ring Modulo
One of the most important uses of the ring and field theory is an extension of a broader field so that a polynomial can be found to have roots. In this study researchers took modul...
Complementary Distance and Reciprocal Complementary Distance Spectrum for Indu-Bala Product of Graphs
Complementary Distance and Reciprocal Complementary Distance Spectrum for Indu-Bala Product of Graphs
For two graphs $G_1$ and $G_2$, graph obtained with two disjoint copies of join structure $G_1 \vee G_2$ by joining the corresponding vertices in $G_2$'s, is the Indu--Bala product...
An Ingenious Portrayal of Mythical Traits in Bala Graha
An Ingenious Portrayal of Mythical Traits in Bala Graha
Bala grahas, are a group of organisms, very magnificent divine non human forms that have capability to invade human beings and cause diseases attaining different forms and shapes. ...
Chemical bond overlap descriptors from multiconfiguration wavefunctions
Chemical bond overlap descriptors from multiconfiguration wavefunctions
Chemical bonds are fundamental in chemistry, serving as the foundation for understanding molecular properties. Over time, various theories and descriptors have evolved to character...
Reprogrammable plasmonic topological insulators with ultrafast control
Reprogrammable plasmonic topological insulators with ultrafast control
Abstract
Topological photonics has revolutionized our understanding of light propagation, providing a remarkably robust way to manipulate light. Despite the intensive resea...
Distinguishing between topological isomorphism and topological equivalence of power electronic converters
Distinguishing between topological isomorphism and topological equivalence of power electronic converters
In the process of deducing the topology of power electronic converters, scholars often use topological equivalence or topological isomorphism to identify topologies with different ...