"On the Reaction of Diphosphorus Trioxide and Water to Form Phosphorous Acid"

Taste the changes in matter in the world, and follow the reason. Today there is Diphosphorus Trioxide, which transforms into Phosphorous Acid in contact with water.

Diphosphorus trioxide has a unique shape and quality. When it encounters water, it seems to blend. The moisturizing of water leads to the end of the change. The two touch, the molecules clutch, and the atoms rearrange. In the microscopic realm, it is like an invisible hand fiddling with particles.

The hydrogen and oxygen of water interact with the phosphorus and oxygen of diphosphorus trioxide. Hydrogen is lively and agile, leaving the water molecule and recombining with the atoms in the diphosphorylated three-oxygen structure. Oxygen is also unwilling to be lonely, and reconstructs a new body with atoms such as phosphorus.

After this change, phosphoric acid is formed. This process is not achieved overnight, but is actually the wonderful result of the interaction between particles. Or after the steps of collision, combination, and adjustment, it finally reaches a stable state, and then obtains the new quality of phosphoric acid. Looking at this reaction, we can see that the wonders of material changes have internal laws to follow.