What is Fe(NH3)4? Important knowledge about Fe(NH3)4.

  1. Definition of Fe(NH3)4
    In chemistry, Fe(NH3)4 does not exist as a separate substance but is often used to refer to complex substances where iron has a coordination number of 4 with ammonia such as Fe(NH3)4(SO4)2 or Fe(NH3)4Cl2.

1.1 Names
1.1.1 Common name: Iron-ammonia complex
1.1.2 English name: Iron-ammonia complex
1.2. Atomic mass: Depending on the specific type of complex, the atomic mass will vary.
1.3. Atomic weight: Depending on the specific type of complex, the atomic weight will vary.
1.3.1 Molecular structure: Complex where the iron ion forms four coordination bonds with ammonia.
1.4 Ion structure: Ion Fe(NH3)4^2+ or Fe(NH3)4^3+ depending on the valence state of iron.

  1. Properties: Fe(NH3)4

2.1 Physical properties of Fe(NH3)4
State: Solid
Color: Colorless or pale
Odor: Odorless
pH: Not characteristic
2.2 Chemical properties of Fe(NH3)4: Iron complexes with ammonia usually have the characteristic chemical properties of the iron ions they contain.

  1. Common chemical equations involving Fe(NH3)4: It’s very difficult to generalize chemical equations involving Fe(NH3)4 as they depend on the specific type of complex and reaction conditions.

  2. Synthesis of Fe(NH3)4

4.1 Laboratory synthesis of Fe(NH3)4: The synthesis of iron complexes with ammonia usually involves combining iron ions with ammonia in a water or alcohol environment.
4.2 Industrial synthesis of Fe(NH3)4: The synthesis of this complex on an industrial scale usually involves a reaction between an iron source and ammonia under controlled conditions.

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