On whether ammonium acetate is a strong electrolyte

The theory of smelling the electrolyte is related to the ability of the substance to conduct electricity in solution. Strong electrolytes are completely ionized in aqueous solutions, and ions move freely, so the conductivity is outstanding; weak electrolytes are only partially ionized. Today, explore whether ammonium acetate is a strong electrolyte.

Ammonium acetate is a salt composed of ammonium ions ($NH_ {4 }^{+}$） and acetate ions ($CH_ {3} COO ^ {-} $). Looking at its behavior in water, when ammonium acetate dissolves, it rapidly dissociates into ammonium ions and acetate ions, that is, $CH_ {3} COONH_ {4}\ longrightarrow CH_ {3} COO ^{-} + NH_ {4 }^{+}$ 。 This process is almost complete, and very few unionized ammonium acetate molecules remain.

From the perspective of ionization equilibrium, the ions produced by the ionization of ammonium acetate, although ammonium ions can be hydrolyzed to make the solution acidic, acetate ions can be hydrolyzed to make the solution alkaline, but the degree of hydrolysis of the two is relatively small, which does not affect the complete ionization of ammonium acetate in water. Therefore, ammonium acetate can be completely ionized into free-moving ions in aqueous solution, showing good electrical conductivity.

In conclusion, ammonium acetate is undoubtedly a strong electrolyte. Its complete ionization in aqueous solution makes it one of the strong electrolytes in electrolyte classification.