The classification of elements serves as a rich source of knowledge in chemistry. This article explores the atomic model based on wave mechanics, represented by a graph characterizing the atom, to elucidate both periodic and ordered classifications of elements. Three types of classifications emerge from this graph: periodic, ordered, and hybrid classifications, with the latter resembling periodic tables but incorporating elements of the ordered form. The periodic table stands out as one of the most profound and unifying concepts in modern science. New illustration methods, such as condensed tables with orders and periods, are introduced. The results underscore the conclusiveness of the findings, revealing that classifications extend beyond periodicity, encompassing ordered types of tables as well. This research sheds light on the diverse approaches to classifying elements and opens avenues for further exploration in the field of chemistry.
The classification of elements is a veritable mine of information. In this article, the atomic model based on wave mechanics is represented by a graph characterizing the atom. It allowed us to explain the classification of elements both periodic and ordered. From this graph, three types of classification of the elements were matched, namely: periodic, ordered and hybrid classifications (periodic like the ordered form) - classification which undoubtedly constitutes its greatest merit. The periodic table ranks as one of the most fruitful and unifying ideas in all of modern science.New illustration methods are condensed tables with orders and periods. The results are very conclusive today, all classifications are not only periodic, tables of ordered types are matched.