Electron Dot Formula for Hydrogen Chloride
"The Electronic Formula of Hydrogen Chloride"
There must be a reason for the formation of a human being. In chemistry, the understanding of the electronic formula is also an important factor. This is the electronic formula of hydrogen chloride.
For hydrogen, there is only one electron in the outermost layer of the atom. For chlorine, there are seven electrons in the outermost layer of the atom. When the two meet, hydrogen wants to get one electron and reach a stable state, and chlorine also wants to get one electron to form an eight-electron stable structure.
Therefore, hydrogen and chlorine are combined by a covalent bond. The single electron of hydrogen and one of the electrons of chlorine share between the two to form a common electron pair. This common electron pair makes hydrogen reach a stable state of two electrons, and chlorine also forms a stable state of eight electrons.
In terms of electrons, the hydrogen atom represents its outermost electrons with a black dot, and the chlorine atom represents its outermost seven electrons with seven points around it. A pair of black dots and a cross (the cross can also represent the electrons provided by chlorine) between the two are the common electron pairs. In this way, the electronic formula of hydrogen chloride is obtained. Therefore, the principle of molecular structure in chemistry can also be solved by its corner.
There must be a reason for the formation of a human being. In chemistry, the understanding of the electronic formula is also an important factor. This is the electronic formula of hydrogen chloride.
For hydrogen, there is only one electron in the outermost layer of the atom. For chlorine, there are seven electrons in the outermost layer of the atom. When the two meet, hydrogen wants to get one electron and reach a stable state, and chlorine also wants to get one electron to form an eight-electron stable structure.
Therefore, hydrogen and chlorine are combined by a covalent bond. The single electron of hydrogen and one of the electrons of chlorine share between the two to form a common electron pair. This common electron pair makes hydrogen reach a stable state of two electrons, and chlorine also forms a stable state of eight electrons.
In terms of electrons, the hydrogen atom represents its outermost electrons with a black dot, and the chlorine atom represents its outermost seven electrons with seven points around it. A pair of black dots and a cross (the cross can also represent the electrons provided by chlorine) between the two are the common electron pairs. In this way, the electronic formula of hydrogen chloride is obtained. Therefore, the principle of molecular structure in chemistry can also be solved by its corner.

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