Potassium Acetate Formula

Potassium Acetate formula, also known as Potassium salt formula or Diuretic salt formula is explained in this article. It is an essential macromineral and is the acetate salt form of potassium. It consists of an equal number of acetate and potassium ions. The molecular or chemical formula of Potassium Acetate is C2H3KO2.

Potassium Acetate occurs either as a white crystalline powder or as colourless deliquescent crystals. It has a faint acetic smell. It is soluble in water, alcohol, liquid ammonia, methanol, ethanol. It is insoluble in acetone and ether. It is widely used as a deicer to remove ice as well as to prevent its formation.

Potassium Acetate Formula Structure

Potassium Acetate Formula

Properties Of Potassium Acetate Formula

Chemical formula of Potassium acetate C2H3KO2
Molecular weight of Potassium acetate 98.142 g/mol
Density of Potassium acetate 1.57 g/cm3 at (25 °C)
Boiling point of Potassium acetate Decomposes
Melting point of Potassium acetate 292 °C

Potassium salt can be prepared by acid-base neutralization reaction. Treat potassium carbonate or potassium hydroxide (potassium-containing base) with acetic acid to obtain potassium acetate.

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Given the area of rectangle is A=25a235a+12. The length is given as (5a3). Therefore, the width is: