Glycolic acid is Lewis

Glycolic acid, the formula is $C_ {2} H_ {4} O_ {3} $, and its Lewis formula is based on the mutual exclusion of chemical and chemical processes.

First, the calculation is based on the number of particles. Carbon (C) is located in Group IVA, and each carbon atom provides 4 atoms; (H) is in Group IA, and each atom has 1 atom. Oxygen (O) is in Group VI A, and each atom has 6 atoms. In glycolic acid, the atom is located in the center. In glycolic acid, the carbon atom is less complex than the oxygen atom, so the carbon atom is used as the central atom.


First, each atom is divided into two parts. Carbon atoms are intertwined with each other, and the oxygen atom of one carbon atom is intertwined with each other, and the oxygen atom of the carbon atom is intertwined with each other. The oxygen atom of the other carbon atom is intertwined with each other, and the oxygen atom of the other carbon atom is intertwined with each other. The oxygen atom is also intertwined with the oxygen atom. In this way, the total number of atoms is reduced: 7 dollars\ times2 = 14 $.

The total number of atoms is allocated in the form of solitary particles around each atom, in the form of eight corners of the atom. The carbon atom has 4% solitons around the oxygen atom in the organic phase; the carbon atom has 3% solitons around the oxygen atom in the organic phase.

From this method, the Lewis molecule of glycolic acid can be obtained, in which the molecules of each atom are reasonably allocated and conform to the basic laws of chemical formation. This is of great significance for understanding the chemical properties and inverse principles of glycolic acid.