The theory that ammonium acetate is a strong electrolyte or a weak electrolyte
is related to the ability of the substance to ionize in solution. In the theory of ammonium acetate, whether it is a strong electrolyte or a weak electrolyte is what I have identified today.

The strong electrolyte can be completely ionized in aqueous solution, and the ionization state exists in the solution, and the ionization process is irreversible. The weak electrolyte is not the same, only partially ionized, and the ionization equilibrium can be reciprocated.

Ammonium acetate is composed of ammonium ion and acetate ion. In water, ammonium ions will hydrolyze, combining hydroxide ions, causing the solution to be acidic; acetate ions are also hydrolyzed, combining hydrogen ions, making the solution alkaline. However, the degree of hydrolysis of the two is not absolutely weak.

Although the hydrolysis phenomenon of ammonium acetate is obvious, when it dissolves in water, it can be almost completely ionized into ammonium ions and acetate ions. This ionization process can be rapid and thorough. The existence of hydrolysis, however, its initial ionization state is in line with the properties of a strong electrolyte. With its complete ionization, ions are generated in large quantities and rapidly in the solution, which is a characteristic of a strong electrolyte.

Therefore, according to the degree of reason, ammonium acetate should be classified as a strong electrolyte. Although the phenomenon of hydrolysis disturbs the properties of the solution, the essential characteristics of ionization cannot be ignored. In the identification of electrolytes, the degree of ionization should be the primary consideration, and the complete ionization of ammonium acetate makes it a strong electrolyte in the genus of electrolytes.