Abstract
The main objective of this study is to explore Terbium (IV) oxide through the use of its chemical graph. Theegree-based topological reverse indices of Terbium (IV) oxide have been related to thermodynamic assets such as heat of formation and entropy. We investigate the chemical compound Terbium (IV) oxide using its respective chemical graph and analyse its structural characteristics and physical properties using topological reverse indices by developing unique mathematical models.
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