Combustion is the process of rapid oxidation of a substance i.e. its rapid reaction with oxygen.
This whole process is called burning. So, it can be said that the substance burns in combustion.
The gas needed for substances to burn is oxygen. During combustion, a chemical reaction occurs between the fuel and oxygen, producing heat, light, and various gases such as carbon dioxide and water vapor. This reaction is essential for fires and is a key process in many engines and power generation systems. Without sufficient oxygen, combustion cannot take place effectively.
A substance's ability to burn is called its flammability. It refers to how easily a material catches fire and sustains combustion. Factors that influence flammability include the presence of flammable gases, liquids, or solids in the substance.
Combustion reactions are exothermic processes. When substances are burned, heat is given off. An example of this occurs in many homes during the winter. Families burn wood in their fireplaces. This releases energy in the form of heat causing the temperature of the surroundings to increase and warm up the house. In other words, burn is the answer to your questions
When substances burn in air, they primarily react with oxygen, which is a key component of the atmosphere. This combustion process typically produces heat and light, resulting in the formation of products such as carbon dioxide and water, depending on the nature of the substance being burned. The reaction can be exothermic, releasing energy, and varies in intensity based on the fuel and conditions.
Pure oxygen (O2) itself is not flammable, but it supports combustion. In an oxygen-rich environment, materials that are normally non-flammable can ignite and burn much more easily. Therefore, while oxygen does not burn, it significantly enhances the flammability of other substances.
Substances that burn with a flame contain volatile components that vaporize and mix with oxygen in the air to produce a flame. In contrast, substances that do not burn with a flame may lack volatile components or not have the necessary conditions for combustion to occur. The presence of carbon, hydrogen, and oxygen in a compound is important for producing a flame during combustion.
No, argon gas is inert and does not burn. Inert gases like argon do not easily react with other substances or support combustion.
Nitrous oxide itself does not burn, but it can support the combustion of substances like fuel. The flame produced when nitrous oxide assists in burning can appear blue due to the high heat generated during combustion.
Two substances necessary for combustion to occur are fuel (such as wood, gas, or oil) and oxygen. The fuel provides the energy source, while oxygen acts as the oxidizer that allows the fuel to burn.
The fuel burns, oxygen or some other oxidizing agent, isn't burning, it supports the combustion of the fuel.
No, oxygen itself is not flammable. However, it supports combustion, which means it helps other substances burn. Oxygen-rich environments can make fires burn hotter and more rapidly.
Substances that burn with a flame typically contain volatile components that vaporize easily when heated. These vapors can then mix with oxygen in the air and undergo combustion. If a substance does not have volatile components or if the conditions are not right for combustion (e.g., lack of oxygen), it may not produce a visible flame when burned.
Ammonia itself does not burn. It is actually used as a flame suppressant in some applications. However, ammonia can support the combustion of other materials if there is enough oxygen present.
Combustible means capable of catching fire and burning easily. Substances that are combustible can ignite and sustain combustion in the presence of oxygen.
Chlorine gas supports the vigorous combustion of many elements to form their chlorides. For example, Sulphur and Phosphorus burn in the gas.
In normal usage, 'burning' means oxygen combustion, so without a source of oxygen carbon cannot burn. Rockets get around this problem by carrying supplies of oxygen with them (although rockets usually burn hydrogen rather than carbon compounds). Further, given sufficient temperatures, carbon compounds may react chemically with other available substances, which may be considered a kind of burning
It means that it can burn.