Definition of Ba3(AsO4)2
1.1 Ba3(AsO4)2, also known as Barium Phosphate or Barium arsenate in English, is an inorganic chemical substance.
1.2 Ba3(AsO4)2 consists of three Barium atoms, two Arsen atoms, and eight Oxygen atoms.
1.3 The atomic mass of Barium is about 137.33, Arsen is about 74.92, and Oxygen is 16. Therefore, the molecular weight of Ba3(AsO4)2 is about 809.5 g/mol.
1.4 The ion structure of Ba3(AsO4)2 includes Ba2+ ions and (AsO4)3- ions.
Properties of Ba3(AsO4)2
2.1 Physical properties: Ba3(AsO4)2 usually exists in the form of a white, odorless powder, and is insoluble in water.
2.2 Chemical properties: Ba3(AsO4)2 does not dissolve in strong acids and is a poisonous substance, causing severe damage to the nervous system.
Common Chemical Equations of Ba3(AsO4)2
3.1 Metals: Ba3(AsO4)2 does not usually react with metals.
3.2 Acids: Ba3(AsO4)2 does not dissolve in strong acids.
3.3 Nonmetals: Ba3(AsO4)2 does not usually react with nonmetals.
3.4 Salts: Ba3(AsO4)2 does not usually react with salts.
Preparation of Ba3(AsO4)2
4.1 Laboratory: Ba3(AsO4)2 is not commonly prepared in chemical laboratories due to its toxicity and danger.
4.2 Industry: In industry, Ba3(AsO4)2 is usually produced by combining Barium with Arsen.