Typically oxides of the element(s) in what is being burned.
For example if methane (CH4) is burned in air carbon dioxide and water are formed.
For a few, highly reactive metals such as magnesium or lithium the nitride of the element can form.
Oxygen can not burn in air.
When metals burn in air they form metal oxides.
Lavoisier demonstrated that oxygen is necessary for materials to burn. He showed that combustion occurs due to the reaction between a material and oxygen, leading to the production of heat and light. This laid the foundation for understanding the process of combustion and the role of oxygen in it.
yes it will because it can burn through the kitchen foil!!!
Under normal circumstances, no. However, in some cases a different oxidizer may be used in place of oxygen. Substances such as fluorine and potassium nitrate can oxidize materials just as well s elemental oxygen can. Some highly reactive metals such as magnesium and lithium can "steal" oxygen from water or carbon dioxide.
Yes, oxygen itself does not burn but it feeds the combustion of other materials, like paper, making fires burn more intensely. Oxygen speeds up the chemical reactions involved in fire, causing materials such as paper to burn faster in its presence.
Oxygen can not burn in air.
Oxygen is used up.
Oxygen.
Oxygen is the gas that is used up when substances burn. The reaction between the substance and oxygen produces heat and light energy.
Any substance that burns in air is likely to burn faster in pure oxygen, if all other conditions are equal.
Flammability
Substances that readily ignite and burn are classified as flammable materials. These materials have the potential to catch fire easily when exposed to heat, sparks, or flames. They are usually labeled with appropriate warning symbols.
No, chlorine gas itself does not burn without oxygen present. Burning refers to a chemical reaction with oxygen to produce heat and light. Chlorine can react with other substances in a way that resembles burning, such as when it combines with certain metals to form metal chlorides, but this is not combustion in the traditional sense.
Flammability
It contains fuel materials that readily combine with oxygen.
When metals burn in oxygen, they form metal oxides. For example, when iron burns in oxygen, it forms iron oxide (rust). The specific metal oxide formed depends on the metal and the conditions of the reaction.