On ve-degree atom-bond connectivity, sum-connectivity, geometric-arithmetic and harmonic indices of copper oxide
Murat Cancan, Süleyman Ediz, Mohammad Reza Farahani
Abstract
Topological indices are important tools to modeling chemical properties of molecules. ve-degree based atom-bond connectivity, sum-connectivity, geometric-arithmetic, and harmonic indices are defined as their corresponding classical degree based counterparts recently in chemical graph theory. In this study we investigate ve-degree atom-bond connectivity, sum-connectivity, geometric-arithmetic, and harmonic topological properties of copper oxide.We calculate exact values of these novel topological indices for copper oxide and give closed formulas.
Topics & Concepts
Degree (music)Harmonic meanAtom (system on chip)MathematicsTopology (electrical circuits)Topological indexHarmonicOxidePure mathematicsArithmeticDiscrete mathematicsCombinatoricsComputer scienceMaterials sciencePhysicsQuantum mechanicsGeometryMetallurgyAcousticsEmbedded systemGraph theory and applicationsComputational Drug Discovery MethodsSynthesis and Properties of Aromatic Compounds