stability
Quick Summary
In chemistry, stability refers to the state of a substance or system continuing without change. This can relate to the ability to withstand force or stress without damage, or a state of constancy.1
In the context of chemical compounds, stability is often achieved when atoms gain or lose electrons to form ions with a full outer electron shell. For example, metals in group IA of the periodic table lose one electron to form stable cations with a +1 charge, while nonmetals in group VIIA gain one electron to form stable anions with a -1 charge. When these oppositely charged ions attract, they form an ionic compound, characterized by a stable ionic lattice structure. Changes in the environment, such as the solvent's polarity, can also influence reaction pathways by affecting the relative stability of initial and transition states.23
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transuranium elementNuclear structure and stabilityAlthough the decay properties of the transuranium elements are important with regard to the potential application of the elements, these elements have been studied largely to develop a fundamental understanding of nuclear reactions and nuclear and atomic structure. Study of the known transuranium elements…
Read MoreAlthough the decay properties of the transuranium elements are important with regard to the potential application of the elements, these elements have been studied largely to develop a fundamental understanding of nuclear reactions and nuclear and atomic structure. Study of the known transuranium elements…
Read More- transuranium elementEnd of the periodic table
…philosophically, from the question of stability of the nucleus itself; i.e., nuclear stability is not the same as stability of the electron shells. The maximum atomic number, according to current theories, lies somewhere between 170 and 210. However, in a practical sense, the end of the periodic table will come…
Read More…philosophically, from the question of stability of the nucleus itself; i.e., nuclear stability is not the same as stability of the electron shells. The maximum atomic number, according to current theories, lies somewhere between 170 and 210. However, in a practical sense, the end of the periodic table will come…
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