The whole shape of isopropyl ester is related to chemical substances, and the fineness is essential. Its structure, the carbon chain phase title, the functional group distributed in the middle.

The first view of the carbon frame, such as branch extension. In the case of isopropyl, one carbon is connected to dimethyl, and the shape is divided. The acetate group, the residue after the dehydroxylation of the carboxyl group, is connected to the terminal carbon of the isopropyl group to form the whole shape of this isopropyl ester.

Its atomic bonds are connected to covalent bonds to stabilize the structure. Hydrogen is related to carbon and oxygen, each according to its own properties. Oxygen is active where it is in the carboxyl group and the ester group, which affects the chemical activity of this substance.

In the chemical industry, it is clear that its full-form structure is the basis for use. When synthesizing, follow this design path; when reacting, deduce its changes accordingly. Therefore, the study of the full-form structure of isopropyl ester is the key to chemical practice and cannot be ignored.