What is Mg3Fe(CN)6? Important knowledge about Mg3Fe(CN)6.

1. Mg₃Fe(CN)₆, also known as Magnesium hexacyanoferrate(II) in English, is a complex chemical compound consisting of the elements Magnesium (Mg), Iron (Fe), Carbon (C) and Nitrogen (N). The molar mass of Mg₃Fe(CN)₆ is 385.26 g/mol. Its structure includes 3 magnesium atoms, 1 iron atom and 6 cyanide groups. In the ion structure, the cyanide ion (-CN) binds with the iron ion (Fe₂+) to form the complex ion Fe(CN)₆^4-, which then binds with the Mg₂+ ion to form the compound.

2. The properties of Mg₃Fe(CN)₆ have not been fully studied due to its complexity. However, by standard, it may appear as a white, odorless powder. The pH level also depends on the amount of water contained in the sample.

3. Mg₃Fe(CN)₆ typically does not participate in basic chemical reactions such as reactions with metals, acids, non-metals and salts. This is due to its complex structure and unique chemical properties.

4. Mg₃Fe(CN)₆ is typically not synthesized in laboratories or industries due to its complexity and limited usage, hence information on the synthesis of Mg₃Fe(CN)₆ is quite limited.

The above information is for reference only, as the compound Mg₃Fe(CN)₆ is a relatively complex compound that is not widely used, so information about it might not be comprehensive.