Oxygen itself is non flammable but it readily supports combustion and the more oxygen that is added, the hotter the flame will be. An easy way to verify this is to check with a welder. When he turns the oxygen only on he gets no flame. If he turns on the acetelene only he will get a flame but not hot enough to be useful. When he adds oxygen to the flame it will get hot enough to make a cutting torch that will cut through layered steel.
Because burning is a a reaction with oxygen, an oxydation.
Oxygen is the oxydant in the reaction of burning.
Burning is an oxidation reaction - a reaction with oxygen.
The final products are carbon dioxide and water if the burning is complete.The burning is an oxidation reaction (a reaction with oxygen).
Burning is a chemical reaction with oxygen, an oxydation.
Combustion (or burning) is the reaction between a fuel and any oxidant. So by definition burning requires oxygem, As to why oxygen supports burning because it is very reactive and when any when any chemical is oxidiesed it is an exothermic reaction
The reaction is: S + O2 = SO2
Burning is a chemical reaction with oxygen (oxidation).
Burning is combustion, which is an oxidation reaction that requires oxygen. Therefore oxygen promotes burning, as it is a reactant in the reaction, and higher concentrations of a reactant will result in a faster rate of reaction (collision theory).
combustion? :)
Yes, burning and combustion are often used interchangeably to describe the chemical reaction in which a substance reacts with oxygen to produce heat and light. Burning typically refers to the visible process of a material undergoing combustion.
Combustion (burning) is a reaction with oxygen (oxydation).