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Fire is the chemical reaction of combustion which is the reaction of a substance with oxygen. The rate of the reaction can be increased by providing more surface area for the reaction to occur and nanoparticles have a lot of surface.

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9y ago
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12y ago

nano particles are more likely to catch fire due their compressed state. To put it simply the oxygen to fuel ratio is much higher and therefore an increased amount of oxygen will be able to help the fire ignite.

add. Combustion of a solid is a surface phenomenon, and nano particles have an extraordinarily large surface to volume ratio. As do other powders such as flour. Hence their flammability.

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Q: Why are nanoparticles more likely to catch fire?
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Do nanoparticles have colors?

We cant really see nanoparticles to tell if they have colours, some do depending on what they are made from, but more commonly we see nanoparticles as a suspension in water, ethanol or some other solvent. These solutions can give rise to some intense colours, this is due to raylaigh scattering that takes place from the nanoparticles. A phemonon called surface plasmon resonance also has a part to play in the colours that we see for colloidal nanoparticles.


Why are nanoparticles used?

Nanoparticles are used for various purposes due to their unique properties at the nanoscale. They offer a large surface area to volume ratio, which makes them useful for catalysis, drug delivery, and sensing applications. Additionally, nanoparticles exhibit quantum confinement effects, allowing for manipulation of their optical, electronic, and magnetic properties.


What do nanoparticles do in mascara?

Get people to pay more. It's just a marketing gimmick."Nanoparticles" means, basically, "really really small bits." So a company advertising that their mascara has "nanoparticles" is really just saying "we powdered up the black stuff in our mascara really fine, so you won't have clumps of it the size of peas hanging off your eyelashes." While I suppose this is better than the alternative, the nanoparticles really don't do much of anything, other than (presumably) not form clumps large enough to be seen.(Soot, from a candle flame? That's pretty much ALL nanoparticles. So it's not like this is some exotic space-age material.)


How would a forest fire most likely help some organisms?

Fire burns away dead material and that allows more room for healthier regrowth


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It only takes a small amount of energy to make paper burn. While burning, the paper will give off more energy than it took to light it. This greater energy can then be used to make things that are harder to ignite to catch fire.

Related questions

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Do nanoparticles have colors?

We cant really see nanoparticles to tell if they have colours, some do depending on what they are made from, but more commonly we see nanoparticles as a suspension in water, ethanol or some other solvent. These solutions can give rise to some intense colours, this is due to raylaigh scattering that takes place from the nanoparticles. A phemonon called surface plasmon resonance also has a part to play in the colours that we see for colloidal nanoparticles.


How do you catch Pokemon in red rescue team?

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