No, magnesium can continue tor burn in nitrogen to form magnesium nitride, Mg3N2
Magnesium burns in the presence of sulfur dioxide because, the oxygen in the sulfur dioxide is able to bond with magnesium and produce an oxide.
In nitrogen
yes, the burning strip of Magnesium in nitrogen atmosphere produces solid Magnesium nitride, 3Mg + N2 = Mg3N2
magnesium nitride (Mg3N2) is formed upon heating magnesium and nitrogen.
Magnesium burn in oxygen; burning is an oxidation reaction. Magnesium also reacts with nitrogen at high temperature to form Mg3N2 where the magnesium is oxidised, i.e. loses electrons. When magnesium is burnt in air some nitride is produced which hydrolyses to give a faint smell of ammonia. The enthalpy of formation (heat of reaction) is greater for MgO than for Mg3N2.
Magnesium burns in the presence of sulfur dioxide because, the oxygen in the sulfur dioxide is able to bond with magnesium and produce an oxide.
In nitrogen
Burning of magnesium (or anything else) requires continuing combination with oxygen. If a burning piece of magnesium is transferred to an atmosphere of nitrogen, no additional magnesium can react with oxygen because none is available for reaction.
yes, the burning strip of Magnesium in nitrogen atmosphere produces solid Magnesium nitride, 3Mg + N2 = Mg3N2
No. Burning magnesium, or burning anything for that matter, is a chemical change. The magnesium reacts with oxygen to form magnesium oxide, and to some degree reacts with nitrogen to form magnesium nitride.
It will stop burning
The diagram shows four gas-jars. Each contains a different gas. Burning magnesium is put into each jar. air,exhailed air, nitrogen, oxagen
magnesium oxide + nitrogen >>> magnesium nitrite
Nitrogen would extinguish the flame. Unlike most burning fuels, magnesium will continue to burn in carbon dioxide because its flame is hot enough to decompose carbon dioxide to carbon and oxygen.
magnesium nitride (Mg3N2) is formed upon heating magnesium and nitrogen.
Magnesium burn in oxygen; burning is an oxidation reaction. Magnesium also reacts with nitrogen at high temperature to form Mg3N2 where the magnesium is oxidised, i.e. loses electrons. When magnesium is burnt in air some nitride is produced which hydrolyses to give a faint smell of ammonia. The enthalpy of formation (heat of reaction) is greater for MgO than for Mg3N2.
After burning of magnesium MgO (magnesium oxide) is obtained.