On the Organic and Inorganic Properties of Potassium Acetate
In order to study whether potassium acetate is organic or inorganic, its composition and characteristics should be investigated in detail. Potassium acetate, its chemical formula is $CH_ {3} COOK $.

Look at its structure, containing various elements of potassium hydroxide. Carbon is often identified as an organic compound in chemistry. Acetate $CH_ {3} COO ^ - $, with carbon as the skeleton, is connected to hydrogen and oxygen atoms, and has the characteristics of typical organic groups. Organic compounds, mostly based on carbon chains, follow this law.

From the reaction characteristics, potassium acetate participates in many organic reactions. In the reverse reaction of esterification reaction, in the hydrolysis reaction, potassium acetate can interact with water, and acetate binds to water-ionized hydrogen ions, showing the characteristics of hydrolysis of organic compounds.

Furthermore, organic compounds are flammable. Although the flammability of potassium acetate is not as significant as that of common organic fuels, it can also participate in combustion reactions under certain conditions, which is also evidence of its organic properties.

In summary, from the perspective of its molecular structure, reaction characteristics and combustion properties, potassium acetate belongs to the list of organic compounds.