What is B2N3? Important knowledge about B2N3.

Definition of B₂N₃:
1.1 Names:

• Common name: B₂N₃ is called Trinitride Diborane.
• English name: Trinitride Diborane
  1.2 Atomic mass: B₂N₃ consists of 2 Boron atoms (B) and 3 Nitrogen atoms (N).
  1.3 Atomic weight: The atomic weight of B₂N₃ is 58.6 g/mol.
• Molecular structure: The B₂N₃ molecule consists of 2 Boron atoms and 3 Nitrogen atoms linked together by covalent bonds.
  1.4 Ion structure: B₂N₃ does not form ions.

Properties of B₂N₃:
2.1 Physical properties of B₂N₃:

• State: Crystalline solid
• Color: Colorless
• Odor: Odorless
• pH level: Neutral
  2.2 Chemical properties of B₂N₃: B₂N₃ primarily participates in a hydrolysis reaction with water to form Boric Acid and Ammonia.

Common chemical equation of B₂N₃:

• Hydrolysis reaction:
  B₂N₃ + 6H₂O -> 2H₃BO₃ + 3NH₃
• Reaction with acid:
  B₂N₃ + 6HCL -> 2BCl₃ + 3NH₃
  Note: B₂N₃ does not react with Metals, salts, or non-metals.

Synthesis of B₂N₃:
4.1 Laboratory synthesis of B₂N₃: B₂N₃ cannot be synthesized in the laboratory as this process requires specific conditions and the intervention of experts.
4.2 Industrial synthesis of B₂N₃: B₂N₃ is typically synthesized from Boron and Nitrogen at high temperatures.