What is CuN3? Important knowledge about CuN3.

1. Definition of CuN₃

CuN₃, commonly known as Copper(II) azide, or Copper azide in English, is a chemical compound consisting of two elements, Copper (Cu) and Nitrogen (N). Based on its structure, it is understood that each Copper atom is linked to three Nitrogen atoms to form a CuN₃ molecule. The atomic mass of Copper is 29.9 and Nitrogen is 14. The total atomic mass of CuN₃ is 65.38 g/mol. Because of the bond between Copper and Nitrogen atoms, CuN₃ forms a complex ion.

2. Properties of CuN₃

2.1 Physical properties of CuN₃
CuN₃ is a solid in its standard state, colorless or possibly light green. This compound has no distinctive smell. The pH level of CuN₃ is not clearly defined as it is insoluble in water.

2.2 Chemical properties of CuN₃
CuN₃ is very sensitive to heat, impact or friction, and it can explode when in contact with strong oxidizing agents or acids.

3. Common chemical equations of CuN₃
   For CuN₃, specific reactions are not frequently studied due to this compound’s instability and dangerous properties.

4. Synthesis of CuN₃
   CuN₃ is not typically synthesized in school laboratories due to its hazardous properties. Industrially, it can be produced through a reaction between copper and nitric acid.

Cu + 3HNO₃ -> CuN₃ + 3H₂O

However, due to the sensitive nature of CuN₃, this process needs to be conducted under the strict supervision of chemical experts.