yes it does and it forms an oxide.
oxide.
Typically when a metal 'burns', what is happening is that it is getting hot enough for it to react and form a bond with the oxygen in the atmosphere. This is almost identical to what happens when metal rusts, but on a much shorter time scales because of the higher energies involved. In other words, the metal is forming a chemical bond with the oxygen in the air.
Oxygen can not burn in air.
Metal + oxygen ----> Metal oxide So... 1) Magnesium + oxygen ----> Magnesium oxide 2) Lithium + oxygen -----> Lithium oxide So now try these if your unsure still : 1) Iron + oxygen ----> 2) Copper + oxygen ------> Hope I helped! :D
Oxygen is the gas in the air that burns out the filament in an incandescent light bulb. When the filament reacts with oxygen at high temperatures, it oxidizes and eventually burns out.
Heating a metal in air, which comprises of about 21% oxygen, using an open flame at sufficiently high temperature can possibly cause a reaction with oxygen. Sodium burns with a brilliant yellow light to form an ionic sodium oxide. Magnesium burns with a bright white light to form a MgO. Metals exhibit strong metallic bonding(electrostatic attraction between a lattice of positive ions and a sea of delocalised electrons) and therefore require high amounts of energy to break. By burning a metal using a normal flame, reaction with oxygen is more likely to occur than to melt the metal, i.e. the latent heat of fusion is too high.
magnesium
oxygen
Hydrogen is a colorless gas that burns with oxygen. If substances will burn in air, those same substance will burn better in oxygen.
oxygen
When a candle burns, the paraffin wax reacts with oxygen to form carbon dioxide and water vapor. The carbon atoms in the paraffin combine with oxygen from the air to produce heat, light, carbon dioxide, and water. This chemical reaction is why the substances in paraffin change when a candle burns.
The chemical that burns in air is oxygen. Oxygen is a highly reactive gas that readily supports combustion, which is why it is essential for most combustion processes to occur.