On the Buffering Method of Ammonium Acetic Acid and Acetic Acid
Now I want to discuss the matter, which is related to the buffer formed by ammonium acetic acid and acetic acid. The buffer system formed by ammonium acetic acid and acetic acid is of great importance in all kinds of chemical experiments and industrial things.

The buffer system formed by ammonium acetic acid and acetic acid can maintain the pH of the solution within a certain range. The reason is that acetic acid is a weak acid, which decomposes in the middle of water, while hydrogen ion and acetate ion; ammonium acetic acid is a salt, which completely dissociates in water, resulting in ammonium ion and acetate ion.

When encountering foreign acid, that is, hydrogen ions increase, acetate ions combine with it to form acetic acid, so that the concentration of hydrogen ions does not rise sharply; if encountering foreign alkali, hydroxide ions increase, acetic acid reacts with it to form water and acetate ions, so that the pH of the solution is stable.

To make this buffer, consider the concentration and proportion of the substance used. According to experiment or actual needs, accurately weigh an appropriate amount of ammonium acetic acid and acetic acid. During the preparation process, use a precise measuring instrument, such as a balance, to measure the solid ammonium acetic acid, and use a pipette to take the liquid acetic acid. Mix the two slowly in an appropriate amount of water, and stir at a constant speed with a stirring instrument to make them fully miscible.

After preparation, it is still necessary to test the buffering effect. You can use a precision pH meter to measure the initial pH value, and then add a small amount of acid or alkali one by one to observe the change of its pH value. If the change is very small, the buffer system is good and meets the expected requirements.

In short, the buffer formed by ammonium acetic acid and acetic acid needs to be carefully formulated and tested. In this way, it can be used in various applications to show its ability to stabilize acid and alkali, which is the basis for everything to go well.