When the electron is removed from hydrogen, it transforms into a hydron, which is effectively a single proton. This terminology is used in chemistry to differentiate between the various isotopes of hydrogen, such as deuterium and tritium. The term "hydron" is officially recognized in IUPAC nomenclature, emphasizing its role in chemical reactions and interactions. Understanding this distinction is crucial for comprehending the behavior of hydrogen in various chemical contexts.
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I think what is called hydron in chemistry is just a single proton, which is what remains when you have stripped the hydrogen. It is not clear to me why they use such a denomination. Maybe because they worry about other isotopes of hydrogen, as suggested on the wiki page and the IUPAC document linked there...stochastic said:What happens when the electron is removed from hydrogen? Is it just a proton at that point or does it become hydron which I read about but was not explained in any kind of detail