In this article, we will learn about the chemical compound Zn4H2P2O5.
- Definition of Zn4H2P2O5:
Zn4H2P2O5 is a chemical compound consisting of 4 Zn (zinc) atoms, 2 H (hydrogen) atoms, 2 P (phosphorus) atoms, and 5 O (oxygen) atoms. It is a form of salt from zinc and phosphoric acid.
1.1. Common name: Zn4H2P2O5
1.2. English name: Zinc dihydrogen diphosphate.
1.3. Atomic mass:
Zn = 65.38 g/mol
H = 1.008 g/mol
P = 30.974 g/mol
O = 15.999 g/mol
1.4. Molar mass: The total molar mass of Zn4H2P2O5 is approximately 548.27 g/mol.
1.5. Molecular structure: This compound has a relatively complex molecular structure with atoms linked together in a network structure.
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Properties of Zn4H2P2O5:
2.1. Physical properties:
State: solid
Color: white or colorless
Odor: odorless
PH: information not available as it is insoluble in water.
2.2. Chemical properties: Zn4H2P2O5 does not react with common metals or acids. -
Common chemical equations:
Since Zn4H2P2O5 does not react with common substances, there are no common chemical equations. -
Synthesis of Zn4H2P2O5:
4.1. Laboratory synthesis: No information is available as this compound is not typically synthesized in the lab.
4.2. Industrial synthesis: No information is available as this compound is not typically synthesized industrially.