Shanxian Chemical
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Hydrogen Peroxide A Base
On hydrogen peroxide as an alkali
Between heaven and earth, everything has its own properties. In the field of chemistry, the properties of matter are particularly delicate. Today, when it comes to hydrogen peroxide, the world is mostly familiar with its oxidizing properties, but in the future, hydrogen peroxide can be regarded as a base.
The Book of Rites · The Mean of Mean says: "To neutralize, the status of heaven is, and all things are nourished." In the acid-base neutralization reaction of chemistry, this neutralization state is also sought. Alkalis often have the property of accepting protons. In the molecular structure of hydrogen peroxide, the oxygen atom has a lone pair of electrons, and this lone pair of electrons is like a hospitable master and can accept protons. When encountering an acid, the oxygen atom of hydrogen peroxide accepts protons as lone pairs of electrons, forming new chemical bonds, which is exactly the characteristic of bases.
Furthermore, according to the acid-base proton theory, those who can give protons are acids, and those who can accept protons are bases. Hydrogen peroxide can accept protons in a specific chemical reaction environment, so it can be classified as bases.
Looking at the examples of chemical reactions, hydrogen peroxide shows the behavior of accepting protons in many reactions, and its role in the reaction is similar to that of traditional alkalis. This is not accidental, but is actually determined by the internal structure and chemical properties of hydrogen peroxide.
Therefore, although hydrogen peroxide is often shown as an oxidizing substance, from the perspective of acid-base proton theory and reaction essence, it has the characteristics of alkali and should be regarded as alkali substances. In this way, the boundary of chemical cognition can be extended, which may have different inspiration in the field of chemical research and application.
Between heaven and earth, everything has its own properties. In the field of chemistry, the properties of matter are particularly delicate. Today, when it comes to hydrogen peroxide, the world is mostly familiar with its oxidizing properties, but in the future, hydrogen peroxide can be regarded as a base.
The Book of Rites · The Mean of Mean says: "To neutralize, the status of heaven is, and all things are nourished." In the acid-base neutralization reaction of chemistry, this neutralization state is also sought. Alkalis often have the property of accepting protons. In the molecular structure of hydrogen peroxide, the oxygen atom has a lone pair of electrons, and this lone pair of electrons is like a hospitable master and can accept protons. When encountering an acid, the oxygen atom of hydrogen peroxide accepts protons as lone pairs of electrons, forming new chemical bonds, which is exactly the characteristic of bases.
Furthermore, according to the acid-base proton theory, those who can give protons are acids, and those who can accept protons are bases. Hydrogen peroxide can accept protons in a specific chemical reaction environment, so it can be classified as bases.
Looking at the examples of chemical reactions, hydrogen peroxide shows the behavior of accepting protons in many reactions, and its role in the reaction is similar to that of traditional alkalis. This is not accidental, but is actually determined by the internal structure and chemical properties of hydrogen peroxide.
Therefore, although hydrogen peroxide is often shown as an oxidizing substance, from the perspective of acid-base proton theory and reaction essence, it has the characteristics of alkali and should be regarded as alkali substances. In this way, the boundary of chemical cognition can be extended, which may have different inspiration in the field of chemical research and application.
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