The reaction between acetic acid and ammonium hydroxide
The change of the material follows the logic. In today's words, acetic acid and ammonium hydroxide, when the two meet, there will be a chemical change.

Acetic acid is acidic, and its liquid can dissociate hydrogen ions, showing the sign of acidity. Ammonium hydroxide is alkali and the like, which can release hydroxide ions in water, showing an alkaline state.

When acetic acid and ammonium hydroxide are mixed, hydrogen ions and hydroxide ions are combined, and they are accelerated to form water. The acetate ion of acetic acid and the ammonium ion of ammonium hydroxide remain in the liquid to form a salt of ammonium acetate. This process is also a reaction of acid-base neutralization.

The essence of the reaction is the recombination of ions. Hydrogen ions and hydroxide are ionized into water, which gradually neutralizes the acidity and alkalinity of the solution. Acetate ions interact with ammonium ions to form stable ammonium acetate. This ammonium acetate also dissociates in water, but its degree is different from the dissociation of primary acetic acid and ammonium hydroxide.

Also consider the application of this reaction. In the field of chemical industry, ammonium acetate products can be prepared for various needs. In the experimental room, it is also a common reaction, helping students understand the principle of acid-base neutralization and observe the wonder of ion reactions.

In short, the reaction between acetic acid and ammonium hydroxide is an ordinary chemical change, but the underlying principles are related to the fundamentals of chemistry, which can be used to understand the mystery of material change and benefit production and life.