- Definition of PbOCl2
PbOCl2, also known as Chloroxenite, is a chemical compound that consists of the elements lead, oxygen, and chlorine. In English, it is called Lead(II) Oxychloride. The molar mass of PbOCl2 consists of 1 lead atom, 1 oxygen atom, and 2 chlorine atoms. The molar mass of PbOCl2 is 275.2 g/mol. The molecular structure of PbOCl2 consists of a lead ion Pb2+ bonded to an oxychloride ion OCl2-.
- Properties: PbOCl2
Physical properties: PbOCl2 is a colorless or white solid, with no characteristic odor. It is insoluble in water and has a neutral pH.
Chemical properties: PbOCl2 does not react with acids and bases. It also does not react with metals and nonmetals. However, it can react with other salts to form new compounds.
- Common chemical equations involving PbOCl2
PbOCl2 does not participate in many common chemical reactions. Therefore, there are no examples of metal reactions, acid reactions, nonmetal reactions, and salt reactions with PbOCl2.
- Synthesis of PbOCl2
PbOCl2 is usually synthesized in the laboratory through the reaction of PbCl2 with NaOH. In industrial processes, PbOCl2 can be synthesized from the reaction between PbSO4 and NaCl in an acidic environment.