Hydrogen Peroxide Dot Diagram
Although the electronic formula (Dot Diagram) of hydrogen peroxide (Hydrogen Peroxide) did not have this exact concept in ancient times, it can be explained by analogy in classical Chinese form from the relevant chemical principles.
The combination of gas has its own subtle reasons. Today, hydrogen peroxide formed by hydrogen and oxygen is said to be hydrogen peroxide. Hydrogen is light in weight, often gas, one atom has one electron, and if it wants to form a stable state, it must be combined. Oxygen is heavier than hydrogen, and one atom has six outer electrons, which is also a stable structure.
When hydrogen and oxidation combine into hydrogen peroxide, it is like the queuing of stars, each with its own order. Two hydrogen atoms are each bound to two oxygen atoms with one electron. Between the two oxygen atoms, they are also electronically connected to form a stable body. Its shape is like a joint bead, and the atoms are connected to each other by the force of electrons, and finally form the shape of hydrogen peroxide. Although the arrangement of electrons in this is not well known to the ancients, it can be briefly described by today's reasoning.
The combination of gas has its own subtle reasons. Today, hydrogen peroxide formed by hydrogen and oxygen is said to be hydrogen peroxide. Hydrogen is light in weight, often gas, one atom has one electron, and if it wants to form a stable state, it must be combined. Oxygen is heavier than hydrogen, and one atom has six outer electrons, which is also a stable structure.
When hydrogen and oxidation combine into hydrogen peroxide, it is like the queuing of stars, each with its own order. Two hydrogen atoms are each bound to two oxygen atoms with one electron. Between the two oxygen atoms, they are also electronically connected to form a stable body. Its shape is like a joint bead, and the atoms are connected to each other by the force of electrons, and finally form the shape of hydrogen peroxide. Although the arrangement of electrons in this is not well known to the ancients, it can be briefly described by today's reasoning.

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