Nowadays, there is a skeleton structure of ethyl acetate. Ethyl acetate, which is an organic compound, has a unique chemical composition.

Its skeleton structure contains elements such as carbon, hydrogen and oxygen. Carbon is the basic framework in the structure. In its molecule, there are two carbon chains connected, and one carbon is connected with a carbonyl group. Carbonyl is a double bond structure of carbon and oxygen. The oxygen of this carbonyl group has a certain chemical activity. The other carbon chain is connected to the carbon of the carbonyl group at one end and ethoxy at the other end. In the ethoxy group, oxygen is connected to the carbon of the ethyl group, and the ethyl group is composed of two carbon and several hydrogen atoms.

Hydrogen atoms are distributed around each carbon to meet the tetravalent demand of carbon. In addition to the carbonyl group forming a double bond, the oxygen atom is also connected to carbon in the ethoxy group, which has a great influence on the polarity and chemical properties of the molecule. Such a skeleton structure lays the foundation for the chemical reaction and physical properties of ethyl acetate, such as solubility and volatility, which are closely related to this structure.