What is Fe(NH3)6? Important knowledge about Fe(NH3)6.

  1. Definition of Fe(NH3)6

Fe(NH3)6 (Iron Ammonium) is a complex chemical compound, consisting of a central iron ion (Fe) surrounded and bonded to six ammonia ions (NH3).

1.1 Name
1.1.1 Common name: Iron Ammonium
1.1.2 English name: Iron Ammonium

1.2 Atomic mass
The atomic mass of Fe(NH3)6 is 285.85 g/mol.

1.3 Atomic weight
Each molecule of Fe(NH3)6 contains one iron atom and six nitrogen atoms, and each nitrogen atom is bonded to three hydrogen atoms.

1.4 Ion structure
The complex Fe(NH3)6 usually exists in the form of a complex ion, with the valence state of iron being +2 or +3.

  1. Properties of Fe(NH3)6

2.1 Physical properties of Fe(NH3)6
Fe(NH3)6 usually exists in the form of solid particles, its distinctive colour and smell depend on the valence state of the iron in the compound. With iron in a +2 valence state, the compound is blue. With iron in a +3 valence state, the compound is red.

2.2 Chemical properties of Fe(NH3)6
Fe(NH3)6 has complex chemical properties. It can react with other substances to form new compounds.

  1. Common chemical equations involving Fe(NH3)6
    Fe(NH3)6 can participate in many different chemical reactions. However, due to its complexity, listing specific examples of metal, acid, non-metal, and salt reactions it can participate in is challenging.

  2. Preparation of Fe(NH3)6

4.1 Laboratory preparation of Fe(NH3)6:
The preparation of Fe(NH3)6 in the laboratory is a complex process that requires a solid understanding of chemistry and careful practice.

4.2 Industrial preparation of Fe(NH3)6:
The industrial-scale preparation of Fe(NH3)6 is also a complex process that consumes many resources. Currently, there is no detailed information on the industrial production process of Fe(NH3)6.

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