1 Mole Aluminum Sulfate
There is now one mole of aluminum sulfate, which is unique in nature and involves various changes. Aluminum sulfate is composed of aluminum ions and sulfate ions in a specific number ratio.
In one mole of aluminum sulfate, the amount of aluminum ions is two moles, and the amount of sulfate ions is three moles. It is soluble in water, and when dissolved, it dissociates into free-moving ions, which is a crucial process.
When it meets lye, it reacts wonderfully. Aluminum ions can combine with hydroxide ions, depending on the amount of hydroxide ions, or form aluminum hydroxide precipitation, which is like cotton wool, soft and white; if there is an excess of hydroxide ions, the aluminum hydroxide precipitation reacts with hydroxide ions to form metaaluminate ions, and the precipitation dissolves.
If mixed with some salt solutions, according to the law of ionic reaction, new compounds may be formed. This is all due to the activity and characteristics of ions in aluminum sulfate. Looking at the various changes of a mole of aluminum sulfate is really an interesting corner of the chemical world, which can reveal the mystery of material reactions, and is of great benefit to understanding the nature of chemical changes.
In one mole of aluminum sulfate, the amount of aluminum ions is two moles, and the amount of sulfate ions is three moles. It is soluble in water, and when dissolved, it dissociates into free-moving ions, which is a crucial process.
When it meets lye, it reacts wonderfully. Aluminum ions can combine with hydroxide ions, depending on the amount of hydroxide ions, or form aluminum hydroxide precipitation, which is like cotton wool, soft and white; if there is an excess of hydroxide ions, the aluminum hydroxide precipitation reacts with hydroxide ions to form metaaluminate ions, and the precipitation dissolves.
If mixed with some salt solutions, according to the law of ionic reaction, new compounds may be formed. This is all due to the activity and characteristics of ions in aluminum sulfate. Looking at the various changes of a mole of aluminum sulfate is really an interesting corner of the chemical world, which can reveal the mystery of material reactions, and is of great benefit to understanding the nature of chemical changes.

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