Whether ethyl acetate is the property of an acid

must be determined by its chemical properties. For ethyl acetate, the formula is $CH_3COOC_2H_5 $. Looking at its structure, it contains an ester group ($-COO- $), which is a functional group formed by the esterification reaction of alcohol and acid.

Acids can ionize hydrogen ions ($H ^ + $) in water, and have all the general properties of acids, such as turning litmus test solution red, and reacting with alkali, active metals, metal oxides, etc. However, ethyl acetate is difficult to ionize $H ^ + $in water, and does not have the properties of acid and base neutralization and indicator discoloration.

Furthermore, in the esterification reaction, alcohol reacts with acid to form ester and water, which is a reversible reaction. Ethyl acetate is the product obtained by the reaction of acetic acid and ethanol, and is not an acid.

In summary, ethyl acetate is not an acid. In terms of its chemical structure and properties, it is very different from the definition and characteristics of acids, and is classified as an ester compound.