- Definition of Cu2NO3:
Cu2NO3, also known as Copper(I) nitrate, is an unstable compound formed by nitrate molecules and copper molecules. Its chemical formula is Cu2(NO3)2, with a molar mass of 187.5558 g/mol and its molecular structure consists of 2 copper ions and 2 nitrate ions. Its ionic structure includes Cu+ ions and NO3- ions.
- Properties of Cu2NO3:
2.1 Physical properties of Cu2NO3:
Cu2NO3 often exists as a blue crystalline solid, odourless and has a neutral PH level.
2.2 Chemical properties of Cu2NO3:
Cu2NO3 is easily decomposed when exposed to high temperatures, producing copper (II) nitrate, copper and oxygen.
-
Common chemical equations involving Cu2NO3:
It should be noted that Cu2NO3 is unstable and therefore does not participate in regular chemical reactions with metals, acids, non-metals or salts. -
Synthesis of Cu2NO3:
4.1 Laboratory synthesis of Cu2NO3: Cu2NO3 can be synthesized by reacting copper with dilute nitric acid.
4.2 Industrial synthesis of Cu2NO3: The industry does not produce Cu2NO3 due to its unstable characteristics.