- Definition of SnP2
SnP2 is a chemical substance that exists in the form of a complex compound, consisting of two elements, tin (Sn) and phosphorus (P). The English name of this substance is Tin(II) Phosphide.
1.2. Atomic Mass: The atomic mass composition of SnP2 includes 1 tin atom with an atomic mass of 118.71 and 2 phosphorus atoms with atomic mass of 30.97.
1.3. Molar Mass: The molar mass of SnP2 is the total mass of the component atoms, calculated by the formula: 1118.71 + 230.97 = 180.65
1.4. Molecular Structure: The SnP2 molecule has a complex structure, with each tin atom connected to 2 phosphorus atoms through covalent bonds.
- Properties of SnP2
2.1 Physical properties of SnP2
State: SnP2 exists in a solid state under standard conditions
Color: Black
Smell: No distinctive smell
pH: Not applicable as SnP2 is a solid
2.2 Chemical properties of SnP2
SnP2 can react with strong oxidants and has the ability to form complex compounds with other metals.
- Common chemical reactions of SnP2
Due to limited information, further research is needed to identify the common chemical reactions of SnP2. - Synthesis of SnP2
4.1 Laboratory Synthesis of SnP2
Due to limited information, further research is needed on how to synthesize SnP2 in laboratory conditions.
4.2 Industrial Synthesis of SnP2
Due to limited information, further research is needed on how to synthesize SnP2 at an industrial scale.