A passive aluminum oxide layer will form on the surface of the aluminum, when it is in the presence of Oxygen (Al2O3). This then goes on to protect the rest of the aluminum from further oxidisation as the layer will remain in place, bonded to the aluminum.
Aluminum plus oxygen gives aluminum oxide:
4 Al + 3 O2 --> 2 Al2O3
The chemical reaction (without importance in industry) is:
4 Al +3 O2 = 2 Al2O3
Al2O3 is Aluminum Oxide.
Aluminium Oxide : Al2O3 :)
No reaction
Aluminium Chloride is formed.
Nothing happens if you combine a fuel and oxygen. However, if you then add a source of energy such as a spark of sufficient power, you get a fire, or, in an enclosed space, an explosion.
Chemical bonds are formed and energy is released.
Aluminium combines with oxygen to form aluminium oxide or alumina, Al2O3
When you combine one Oxygen and one Hydrogen you get Hydroxide. If you combine one Oxygen with two hydrogens you will end up with water.
Aluminium Chloride is formed.
Nothing happens if you combine a fuel and oxygen. However, if you then add a source of energy such as a spark of sufficient power, you get a fire, or, in an enclosed space, an explosion.
What happens when iron and oxygen react?
These elements will not combine chemically.
Chemical bonds are formed and energy is released.
aluminium oxide --------------> aluminium and oxygen electrolysis
Aluminium combines with oxygen to form aluminium oxide or alumina, Al2O3
dihydrogen oxide, hydronium ion, Hydroperoxyl and Hydrogen peroxide
Helium doesn't combine with oxygen. Helium is chemically inert because it has completely filled valence orbitals.
oxygen
If aluminium is burned in oxygen aluminium oxide is produced, not aluminium vapors.
When you combine one Oxygen and one Hydrogen you get Hydroxide. If you combine one Oxygen with two hydrogens you will end up with water.