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What chemical formula represents the hydroxide ion?
The chemical formula for the hydroxide ion is OH-.
What is the difference between hydroxyl ion and hydroxyl free radical?
A hydroxyl ion (OH-) is a negatively charged molecule consisting of an oxygen atom and a hydrogen atom bonded together. It is a stable species. On the other hand, a hydroxyl free radical (OH•) is a highly reactive molecule with an unpaired electron. It is an unstable species and can participate in chemical reactions to stabilize itself.
How is a positive ion different than ion?
An ion may have either a positive charge or a negative charge. So there term "positive ion" simply tells which of the two general types it belongs to.
In bases you find hydroxyl ions which have?
A hydroxyl ion has the electrical charge -1.
What Substance Has An Overall Charge Of 1-?
An example is the hydroxyl ion: (OH)-.
Is a hydroxyl ion a solution?
Hydroxyl ion exist in solution but it is not a solution.
Why hydroxyl ion is a proton?
The hydroxyl ion is OH and isn't a proton.
How do hydroxyl ions form?
Hydroxyl ions form when a water molecule loses a hydrogen ion (H+) and gains an electron, resulting in an OH- ion. This process is also known as dissociation or ionization of water. The presence of hydroxyl ions contributes to the basicity of a solution.
What ion is always produced in an base solution?
This ion is the hydroxyl -OH.
What chemical releases hydroxyl ion in a solution?
Bases releases hydroxyl ions in a solution.
What does a base produce when in solution?
A hydroxyl ion
An acid solution would contain?
both the hydroxyl ion and the hydronium ion
What ion is produced when any alkali is dissolved in water?
This is the hydroxyl ion OH-.
What kind of solution does a base produce?
A hydroxyl ion
What chemical formula represents the hydroxide ion?
The chemical formula for the hydroxide ion is OH-.
What is ion released by many bases?
the hydroxyl ion (OH-) and the metal ion (Na+, Ca+, K+, etc.)
Which are the main differences between the hydroxyl ion and the hydroxyl radical?
http://www.vivo.colostate.edu/hbooks/pathphys/misc_topics/radicals.html
