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A fundamental tool in chemistry, the periodic table arranges all known elements in order of their atomic structures and properties.
Transition metal elements found between groups 3-12 possess variable oxidation states and often react to form colored compounds
Lanthanides and actinides belong to the f-block at the bottom end of the table.
Along this staircase (B, Si, Ge, As, Sb, Te, Po), elements exhibit behavior traits characteristic of both metals and nonmetals.
The periodic law states that properties of elements are functions of their atomic numbers and occur periodically.
Metals present on the left side tend to lose electrons while nonmetals on the right side gain them.
Scientists can use this table to predict what certain undiscovered elements will possess if they exist based on where they should appear spatially.
By placing the elements in ascending order of atomic mass and then forecasting their absent characteristics, Dmitri Mendeleev created the first periodic table.
Based on atomic number, which reflects our understanding about electronic structure, we have modern periodic TABLES
Interpreting chemical behavior both qualitatively and quantitatively requires understanding its significance; hence one must be familiar with it while studying chemistry because it provides a basis for understanding properties and relationships of elements.