What is Sn(NO3)4? Important knowledge about Sn(NO3)4.

  1. Definition of Sn(NO3)4

Sn(NO3)4, also known as Nitrat Stannic, or in English, Tin(IV) Nitrate. It is a compound of the metal Sn (Stannic or Tin) and the Nitrate radical (NO3). The atomic mass of Sn is 50, NO3 is 62, thus the molar mass of Sn(NO3)4 is 50+4*62=298 g/mol. The Sn(NO3)4 molecule consists of one Sn4+ ion and four NO3- ions.

  1. Properties of Sn(NO3)4

2.1 Physical properties of Sn(NO3)4

Sn(NO3)4 is a solid at room temperature, white in color and lacks a distinctive smell. The pH of Sn(NO3)4 is usually neutral.

2.2 Chemical properties of Sn(NO3)4

Sn(NO3)4 can react with metals, acids, non-metals and salts to form different compounds.

  1. Common chemical reactions of Sn(NO3)4

Depending on the different reacting substances, Sn(NO3)4 will undergo various chemical reactions.

  1. Synthesis of Sn(NO3)4

4.1 Laboratory synthesis of Sn(NO3)4

Sn(NO3)4 is typically synthesized through a chemical reaction between the metal Sn and Nitric acid HNO3 according to the equation: Sn + 4HNO3 -> Sn(NO3)4 + 2H2O

4.2 Industrial synthesis of Sn(NO3)4

In industry, Sn(NO3)4 is typically produced by reacting Nitric acid with Sn. The reaction conditions should be noted to ensure safety and efficiency.

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