- Definition of Sr(NO2)2
Sr(NO2)2, or Strontium nitrite, is a chemical compound in the group of nitrite salts, with the molecular formula Sr(NO2)2.
1.1 Names
1.1.1 Common name: Strontium nitrite
1.1.2 English name: Strontium nitrite
1.2. Atomic mass: Strontium (Sr, 38), Nitrogen (N, 7), Oxygen (O, 8)
1.3. Atomic weight: Sr = 87.62, N = 14.01, O = 16.00
1.3.1 Molecular structure: A Sr(NO2)2 molecule consists of one Sr2+ ion linked with two NO2- ions.
1.4 Ion structure: Sr2+ and NO2-
-
Characteristics: Sr(NO2)2
2.1 Physical properties of Sr(NO2)2
State: solid at room temperature
Color: colorless
Smell: odorless
pH level: neutral
2.2 Chemical properties of Sr(NO2)2: Sr(NO2)2 reacts with acid to form dinitrogen oxide and salt, and can also react with metal to form nitrogen and salt. -
Common chemical equations involving Sr(NO2)2
Reaction with metal [if any]
Reaction with acid [if any]
Reaction with nonmetals [if any]
Reaction with salts [if any] -
Synthesis of Sr(NO2)2
4.1 Laboratory synthesis of Sr(NO2)2: Sr(NO2)2 is usually synthesized from the reaction between Strontium nitrate and nitric acid.
4.2 Industrial synthesis of Sr(NO2)2: In industry, Sr(NO2)2 is typically produced from the reaction between strontium carbonate and nitric acid.