Iron has 2 oxidation states: Fe2+ and Fe3+ .
Fe+
Ferric (II) ion: Fe2+
The Ferrous ion has a '2+' charge. Hence the formula for ferrous sulphate is FeSO4. NB The Ferric ion has a '3+' charge. Hence the formula for ferric sulphate is Fe2(SO4)3
No, they have different formulas and have iron in different oxidation states. Ferrous chloride or Iron II chloride has the Fe2+ ion and the formula FeCl2 Ferric chloride or Iron III chloride has the Fe3+ ion and the formula FeCl3
The formula for ferric phosphate, also known as iron (III) phosphate, is FePO4.
In Ferric ion there are 5 electrons in 'd' orbitals so 'd' is half filled which is stable electronic configuration in Ferrous ion 'd' orbitals have 6 electrons.
Formula: FeI3.2H2O
It is the ferric ion, Fe3+.
The Ferrous ion has a '2+' charge. Hence the formula for ferrous sulphate is FeSO4. NB The Ferric ion has a '3+' charge. Hence the formula for ferric sulphate is Fe2(SO4)3
No, they have different formulas and have iron in different oxidation states. Ferrous chloride or Iron II chloride has the Fe2+ ion and the formula FeCl2 Ferric chloride or Iron III chloride has the Fe3+ ion and the formula FeCl3
Fe3+ is an Iron (III) or ferric ion.
When iron loses three electrons it becomes ferric (Fe3+) ion
The molecular formula for Ferric Oxide is Fe2O3.
FeO2= is a ferric ion where FeO3- is a ferrous ion.
Formula: Fe3+
The chemical formula of ferric phosphate octahydrate is FePO4.8 H2O.
If you mean electric charge the ferric ion has a 3+ charge, the ferrous ion has a 2+ charge.
In Ferric ion there are 5 electrons in 'd' orbitals so 'd' is half filled which is stable electronic configuration in Ferrous ion 'd' orbitals have 6 electrons.
The formula for ferric phosphate, also known as iron (III) phosphate, is FePO4.