Hydrogen Chloride Covalent Bond
The theory of the covalence of hydrogen and chlorine
Hydrogen and chlorine, the phase combination is strange. Hydrogen, the atom is small and active, chlorine is also active, and the two gases combine to form the quality of hydrogen and chlorine. The two are covalent phases, co-electrons and stability.
Hydrogen has only one electron, and it wants to get one electron and fill the outer layer; chlorine has seven electrons, and it also wants to get one electron to form an octet. When the two meet, they do not gain or lose electrons to form ions, but share a pair of electrons to form a covalent bond.
This covalent bond also makes hydrogen and chlorine connected, and its force is uniform and not biased. Therefore, the quality of hydrogen and chlorine is unique, and it shows its function in the chemical environment, or involves various reactions, all relying on this covalent basis of hydrogen and chlorine.
Hydrogen and chlorine, the phase combination is strange. Hydrogen, the atom is small and active, chlorine is also active, and the two gases combine to form the quality of hydrogen and chlorine. The two are covalent phases, co-electrons and stability.
Hydrogen has only one electron, and it wants to get one electron and fill the outer layer; chlorine has seven electrons, and it also wants to get one electron to form an octet. When the two meet, they do not gain or lose electrons to form ions, but share a pair of electrons to form a covalent bond.
This covalent bond also makes hydrogen and chlorine connected, and its force is uniform and not biased. Therefore, the quality of hydrogen and chlorine is unique, and it shows its function in the chemical environment, or involves various reactions, all relying on this covalent basis of hydrogen and chlorine.

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