What is the formula and charge of acetate ions?
Acetate ions is formed by the loss of the H of the -OH group of acetic acid. The formula of acetate ions is CH3COO-. The charge of the acetate ions ion is - 1.

What are common acetate ions ?
The common alkyl acetate ions that has an H atom attached with one oxygen is known as acetic acid. The common aryl acetate ions is phenyl acetate, in which a phenyl ring is attached to one oxygen.

What kind of material is acetate ions?
Acetate ions is the ion of acetic acid. It is found in cellulose, from which it is extracted. Thus, it is a human-made fiber.
In chemistry, the compound with the formula
is known as acetic acid (IUPAC's name is ethanoic acid). Acetate ions has one less proton at the oxygen atom than acetic acid, making it the salt of acetic acid or the acetate ions anion.

When acetic acid and a base are combined, acetate ions is created as a salt (e.g. alkaline, earthy, metallic, nonmetallic or radical base). The conjugate base or ion with the chemical formula C2H3O−2
, which is normally present in an aqueous solution and is known as an anion, is also referred to as “acetate.”

Acetates are another name for the neutral molecules that are produced when an acetate iosS and a positive ion (known as a cation) combine (hence, acetate of lead, acetate of aluminium, etc.). The most straightforward of these is hydrogen acetate, often known as acetic acid, together with the related salts, esters, and polyatomic anion CH3CO−2
or CH3COO−
. In this article, we will learn about acetate, its formula, properties and uses in detail.
Acetate is a chemical compound having a formula C2H3O−2
Chemically speaking, acetate has the formulaC2H3O−2
. It is sometimes referred to as monoacetate or acetate ion. It is a salt created when alkaline, metallic, earthy, nonmetallic, or other bases are combined with acetic acid.
Acetate has an acetate anion and the ester functional group. It is formed from acetic acid.

Here there are 2 carbon in which one carbon is attached to 2 oxygen by single and double bonds satisfying the valency of carbon while the other carbon is attached to three hydrogens by a single bond and the whole complex is forming the structure of acetate ions.
The acetic acid contains an acetate ion. Sodium acetate ions also contains an acetate ion. Sodium acetate
and acetic acid share a common ion, the acetate ion, so the addition of sodium acetate ions can affect an
acetic acid equilibrium.
Volatilization from dry soil surfaces may occur based upon the vapor pressure of this compound. Biodegradation in both soil and water is expected to be rapid; a large number of biological screening studies has determined that acetic acid biodegrades readily under both aerobic and anaerobic conditions. Volatilization from water surfaces is not expected to be an important fate process based on its measured Henry's law constant. An estimated BCF of 1 suggests the potential for bioconcentration in aquatic organisms is low. Since acetic acid exists ubiquitously in the environment, the general public is continuously exposed to the compound. Primary routes of exposure to acetic acid are through oral consumption of foods and inhalation of air. Occupational exposure occurs through inhalation and dermal contact.