Acetic acid reacts with what oxide

It reacts with basic oxides to form the corresponding salts and water, and both of them will react.

Basic oxides: react with acids to form salts and water.

Amphoteric oxides: react with acids or bases to form salts and water.

1) Acetic acid reacts with basic oxides or amphoteric oxides.

2) Acetic acid reacts with nickel oxide and lead oxide.

2ch3cooh + nio = ni(ch3cooh)2 + h2o

2ch3cooh + pbo = pb(ch3cooh)2 + h2o

Basic compounds, reactive metals.

1. The reaction between vinegar and baking soda will produce sodium acetate, water and carbon dioxide, which meet the reaction conditions, so chemical reactions can occur.

2. Vinegar can react with some more reactive metals and some metal oxides. It can react with alkaline substances, it can harden with some carbonates, and it can also react with some proteins.

3. It will have a chemical reaction with the egg shell, and the phenomenon is bubbling.

Redox reactions.

Acetic acid reacts with oxygen, and acetic acid solution does not react with oxygen.

It can be compared to oxygen is relatively pure acetic acid, which is essentially CH3COOH burned in oxygen.

CH3COOH + 2O2 == Ignition ===2CO2 + 2H2O Both acetic acid is enamedized by oxygen and oxygen mode, and the valency of C changes from -4 to +4 In addition, at high temperatures, ethyl acid and oxygen undergo chain transfer under the catalysis of free radicals to form peracetic acid. Of course, this is also a redox reaction

Summary. The reaction of metal oxides with acetic acid is a common chemical reaction, and it can be used to prepare some salt compounds. However, it is necessary to pay attention to safety in the experiment to avoid the generation of harmful gases or other dangers.

The reaction of metal oxides with acetic acid is a common chemical reaction, which can be used to prepare some salt compounds in the production of fiber-based finches. However, it is necessary to pay attention to safety in the experiment to avoid the generation of harmful gases or other dangers.

Fellow, I really didn't understand, I can be more specific.

The reason why metal oxides react with acetic acid is because acetic acid is a weak acid, while metal oxides are an alkaline substance, and when the two react, they produce a chemical reaction. The result of this reaction is the production of salt and water. Specifically, when a metal oxide reacts with acetic acid, the hydrogen ions in the acetic acid combine with the oxygen ions in the metal oxide to form water molecules.

When the same cleavage is delayed, the metal ions will combine with the acetate ions in the acetic acid to form salt molecules. This reaction is an acid-base neutralization reaction and also a redox reaction. It is important to note that not all metal oxides will react with acetic acid.

Only those metal oxides that are alkaline will be resistant to the reaction of Yuanhu with acetic acid. For example, basic metal oxides such as sodium hydroxide and potassium hydroxide react with acetic acid, while metal oxides that are not basic such as iron oxide and copper oxide do not react with acetic acid.

1. Normally, it is non-reacting, and the so-called acid oxide means that it has the nature of acid, which can be obtained by the corresponding acid dehydration.

2. In special cases, it can react, and reducible acidic oxides and strong oxidizing acids can react. For example, sulfur spines hydrogen and reacts with sulfur dioxide to produce sulfur and water.

3. In special cases, there are oxidizing acids and reducing oxides. For example, sulfur dioxide reacts with nitric acid to produce sulfuric acid, water, nitric oxide or nitrogen dioxide.

4. Acidic oxygen chemicals can be hydrolyzed, and after hydrolysis, they become alkaline and can react with acids.

Conclusion: Acids and acid oxides do not react if they do not have strong oxidative or reducible properties.

Alkaline oxide refers to an oxide that can react with acid to form a kind of salt and water, called alkaline oxide (and the product can only have salt and water, and cannot have any other substances). Generally, it can react with acids.

Acid oxide refers to acid oxide is a class of oxide that can react with water to form acid or react with alkali to form salt and water or react with alkaline oxide to form salt (and the product can only have salt and water, and can not have any other substance to form), but generally does not react with normal salt or acid salt. Generally does not react with acids.

As for neutral oxides, it refers to oxides that are neither acidic nor basic. It cannot react with acids to form salts, nor can it react with alkalis to form salts. There is no corresponding hydroxide. Does not react with acids.

There are also some superoxides, ozones, and other oxides that can react with acids.

Basic oxides (e.g. CAO, MGO, etc.).

Acidic oxides (e.g. CO2, SO3, etc.); Neutral oxides (e.g., CO, NO, etc.) generally do not react with acids.

If you don't understand, please come and ask for help!

Generally, only alkaline oxides react with acids, such as etc., and amphoteric oxides can react with acids and alkalis, such as aluminum oxide, there is a special alkaline oxide, silica, which only reacts with hydrofluoric acid (HF) and sodium hydroxide.

Chemical experiments Acids react with metal oxides.

Can be used with some lively metal. Alkaline substances. Some salts such as carbonates. and a this oxidizing agent such as potassium permanganate.