- Definition of PbP2
PbP2, also known as Lead(II) phosphate, is an inorganic compound consisting of two Lead (Pb) atoms and one phosphate molecule (P2). PbP2 has a molecular weight of 811.54 g/mol. The structure of a PbP2 molecule includes a lead ion Pb2+ and a phosphate ion P3-.
- Properties of PbP2
2.1 Physical properties of PbP2
PbP2 is solid in normal conditions. This compound is white or colorless and odorless. PbP2 is insoluble in water and has a neutral PH.
2.2 Chemical properties of PbP2
In acidic environments, PbP2 can react with strong acids to produce Pb2+ ions and phosphate ions. Additionally, PbP2 can also react with metals to form new compounds.
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Common chemical equations of PbP2
Since PbP2 is insoluble in water and does not readily react with metals, acids, or non-metals, there are not many examples of chemical reactions of PbP2. -
Synthesis of PbP2
4.1 Laboratory synthesis of PbP2
PbP2 is usually synthesized by reacting a solution of Pb(NO3)2 with a solution of Na3PO4. The resulting product is white precipitate of PbP2.
4.2 Industrial synthesis of PbP2
In industry, PbP2 is typically produced via the reaction between PbO and H3PO4 in a heated environment.