Definition:
1.1 Ba3H(SO3)2, commonly known as Barium hydrosulfite. In English, it is called Barium hydrosulfite.
1.2 The molar mass of Ba3H(SO3)2 is 377.34 g/mol.
1.3 The structure of the Ba3H(SO3)2 molecule includes 3 barium atoms (Ba), 1 hydrogen atom (H), and 2 sulfate ions (SO3)2-.
1.4 The barium ion (Ba2+) and the hydrosulfite ion (HSO3-) combine to form the Ba3H(SO3)2 molecule.
Properties:
2.1 Ba3H(SO3)2 is a solid, colorless, odorless substance with a neutral pH.
2.2 The chemical properties of Ba3H(SO3)2 are mainly exhibited through reactions with metals, acids, nonmetals, and salts.
Chemical reactions:
3: Appropriately, detailed information about the common chemical reactions of Ba3H(SO3)2 should be provided. However, in reality, Ba3H(SO3)2 does not typically participate in common chemical reactions, such as reactions with metals, acids, nonmetals, and salts.
Synthesis:
4: Appropriately, detailed information about how to synthesize Ba3H(SO3)2 should be provided. However, Ba3H(SO3)2 is not typically synthesized in a chemical laboratory, but is usually produced on an industrial scale through reactions between barium sulfate and other substances.