A substance that can spontaneously combust at room temperature has the sufficient energy required to overcome the activation energy of the reaction. Therefore the reaction continues until completion.
Nylon, as well as other synthetic material, can melt at low temperature. If you are wearing nylon shorts and are too close to a fire your shorts have a high chance of melting to you skin causing severe burns to your body.
Because you can't combust CO2. CO2 is the final product of the combustion of carbon. You can't combust it further
caprolactum for nylon 6 and adipic acid and hexamethylenediamine for nylon 6,6
combust
There is no definite temperature that plywood would combust at. Since plywood contains various chemicals, it will depend on what type those are, its size, etc.
A substance that can spontaneously combust at room temperature has the sufficient energy required to overcome the activation energy of the reaction. Therefore the reaction continues until completion.
Methane needs oxygen to combust so it would depend on how much oxygen there is in the chamber.
A match can't spontaneously combust because it need someone or something to strike it. It can't combust on it's own TRC
You are mistaken. The element krypton is a noble gas, which does not combust.
Nylon, as well as other synthetic material, can melt at low temperature. If you are wearing nylon shorts and are too close to a fire your shorts have a high chance of melting to you skin causing severe burns to your body.
no!
Solids (like cotton) do not burn unless they release volatile organic compounds. It is these released volatiles that actually burn, not the solid itself.
Silver does not combust as it is not a very reactive metal. It corrodes slowly by reacting with oxygen in the atmosphere.
It is not possible.
you can spontaneously combust
Thermoplastics are polymers that can be molded above a certain temperature. They are needed to manufacture such plastics as acrylic, nylon and polystyrene.