Energy is either absorbed or liberated in a reaction and atoms, ions a

1.	Energy is either absorbed or liberated in a reaction and atoms, ions and radicals take part in areactionGive the differences between an atom, a radical and an ion with examples for each.
Answer» Answer: Explanation: A NOTABLE example of a free RADICAL is the HYDROXYL radical (HO•), ... Following recent nomenclature revisions, a part of a larger molecule is now called a ... Chlorine gas can be broken down by ultraviolet LIGHT to form atomic chlorine radicals. ... There are two reactions that are observed in the ionic case:

Energy is either absorbed or liberated in a reaction and atoms, ions and radicals take part in areactionGive the differences between an atom, a radical and an ion with examples for each.

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Explanation:

A NOTABLE example of a free RADICAL is the HYDROXYL radical (HO•), ... Following recent nomenclature revisions, a part of a larger molecule is now called a ... Chlorine gas can be broken down by ultraviolet LIGHT to form atomic chlorine radicals. ... There are two reactions that are observed in the ionic case:

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Energy is either absorbed or liberated in a reaction and atoms, ions and radicals take part in areactionGive the differences between an atom, a radical and an ion with examples for each.​

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Energy is either absorbed or liberated in a reaction and atoms, ions and radicals take part in areactionGive the differences between an atom, a radical and an ion with examples for each.