Basically there are 2 forms of iron:iron 2+ and iron 3+
Iron 2 oxide, basically is Fe2+ in order to stabilize it you need 2- which is exactly one oxygen ion
therefore we get FeO
While iron 3 oxide is Fe3+ in order to make a stable compound we need 2 Fe 3+ along with 3 O 2-
which gives us +6 and -6 therefore a stable compound which is Fe2O3
the hydrated form of iron 3 oxide is rust
The reaction which occurs between iron and oxygen is an oxidation-reduction reaction. Iron is oxidized, as it loses electrons, while oxygen is reduced because it gains electrons. The result is various iron oxides, commonly known as rust.
It depends which iron oxide you mean. Iron(II) Oxide, FeO, which is black and has 1 oxygen molecule bonded with an iron one . Iron(III) Oxide (Fe2O3) ie rust has 2 iron molecules bonded to 3 oxygen molecules.
Fe + O = FeO iron II oxide
But Fe with O as Fe2O3 is iron III oxide which is rust.
iron-oxide
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Common name- rust.
Those are known as iron oxides. Some of them are hematite and magnetite.
The iron oxides FeO, Fe2O3 , Fe3O4
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Oxidation (or in common terms rusting)
combination
Magnesium and oxygen combine to form magnesium oxide. It is basic in nature.
pluto
Calcium and oxygen combine to form calcium oxide, CaO.
Most of the non-metals combine with oxygen to form acidic oxides.
combination
Magnesium and oxygen combine to form magnesium oxide. It is basic in nature.
pluto
Calcium and oxygen combine to form calcium oxide, CaO.
Most of the non-metals combine with oxygen to form acidic oxides.
reactants: iron and oxygen products: rust (aka: iron (II) oxide or FeO)
Reactants: -iron -oxygen Products: -rust
Iron and oxygen combine chemically to form iron oxide, also known as rust.
None. Calcium and oxygen are both elements that can combine to form the compound calcium oxide, CaO.
calcium and oxygen combine to form calcium oxide(CaO).it is also called quick lime.
Rb is rubidium, O is oxygen. They will combine to form Rb2O which is called rubidium oxide.
Calcium