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Definition of BeSO4
BeSO4, also known as Beryllium sulfate in English, is a chemical compound composed of two elements, namely beryllium (Be) and sulfate (SO4). BeSO4 has a molecular weight of 105.07 g/mol. Each BeSO4 molecule consists of one Be2+ ion and one SO42- ion. -
Properties of BeSO4
2.1 Physical properties of BeSO4:
BeSO4 is solid at standard conditions, colorless, odorless and has a neutral pH level.
2.2 Chemical properties of BeSO4:
BeSO4 is very stable in a non-aqueous environment and can withstand high temperatures. It can react with strong oxidizing agents or concentrated acids to form other products. -
Common chemical equations with BeSO4:
Since BeSO4 is very stable, it does not easily react with metals, acids, nonmetals, and salts. However, under certain special conditions, BeSO4 can react with these substances. -
Synthesis of BeSO4
4.1 Laboratory synthesis of BeSO4:
In the laboratory, BeSO4 is usually synthesized by reacting beryllium with concentrated sulfuric acid.
4.2 Industrial synthesis of BeSO4:
On an industrial scale, BeSO4 is commonly produced from beryllium ore or other beryllium compounds.