Yes, the hydroxyl group (OH) can be considered a radical when it has an unpaired electron. In its neutral form, OH has one unpaired electron, making it a radical species. This radical nature contributes to its reactivity, particularly in organic chemistry and biological systems. However, it can also exist in a stable form when it is part of a molecule or when it is protonated to form water (H2O).
Radical
In the past -OH was considered a radical; now the recommended name is functional group.
The monovalent radical that consists of two atoms is the hydride ion (H-). It has a single negative charge and is composed of two hydrogen atoms.
The chemical formula for nitroglycerin is C₃H₅N₃O₉. A radical typically refers to a species that has one or more unpaired electrons and can involve a variety of elements depending on its specific structure. The number of elements contained in a radical can vary; for example, a simple radical like the hydroxyl radical (•OH) contains two elements (oxygen and hydrogen).
"Radical biology" refers to the role of free radicals in living organisms.
OH
OH- is the ion hydroxide and OH. is the radical hydroxyl.
Examples: hydroxyl radical (OH.) and the superoxide anion O2(-).
OH is the radical. It has an unpaired electron, making it highly reactive and capable of participating in various chemical reactions.
Radical
In the past -OH was considered a radical; now the recommended name is functional group.
Radical
(OH)x is hydroxyl or hidroxyde (OH)- or radical .(OH) or an alcoholic group
OH- is a base radical because it can accept a proton (H+) to form water (H2O). Acids, on the other hand, donate protons in a chemical reaction.
The hydroxyl radical, as a free radical, is a separate compound and is not part of another compound. However, 'radical' is an archaic term for 'group', and when used in this context, the hydroxyl group can be found in alcohols e.g. ethanol.
It has a negative one charge (1-)
A base contain the radical (OH)-.