What is Cs4Fe(CN)6? Important knowledge about Cs4Fe(CN)6.

Definition of Cs₄Fe(CN)₆

1.1 Cs₄Fe(CN)₆, also known as Cesium Ferrocyanide. Its name in English is Cesium ferrocyanide.

1.2 Cs₄Fe(CN)₆ consists of Cesium (Cs), Iron (Fe), and Cyanide (CN) atoms.

1.3 The total atomic mass of Cs₄Fe(CN)₆ is 458.392 g/mol. In terms of molecular structure, this salt includes 4 Cesium atoms, 1 Iron atom, and 6 Cyanide groups.

1.4 In Cs₄Fe(CN)₆, the Cesium ion (Cs+) and the Ferrocyanide ion (Fe(CN)₆-)4- combine to form salt.

Properties of Cs₄Fe(CN)₆:

2.1 Physical properties: Cs₄Fe(CN)₆ is a solid, white, odorless, and has a neutral pH.

2.2 Chemical properties: Cs₄Fe(CN)₆ can react with metals, acids, non-metals, and salts.

Chemical equation:

3. Since Cs₄Fe(CN)₆ is a quite complex salt, calculating its specific reactions with other substances such as metals, acids, non-metals, and salts requires a deep understanding of chemistry. However, a basic example is the reaction of Cs₄Fe(CN)₆ with strong acids in general will produce iron (II) cyanide and cesium ions.

Synthesis of Cs₄Fe(CN)₆:

4.1 In the laboratory, Cs₄Fe(CN)₆ can be synthesized from cesium chloride and iron (II) cyanide.

4.2 On an industrial scale, Cs₄Fe(CN)₆ is usually produced by reacting cesium hydroxide with iron (II) cyanide in an acidic environment.