Not on its own. To have a fire you need three ingredients: fuel, oxygen, and heat. Fire is a chemical reaction between oxygen and some flammable fuel. The heat is needed to ignite and sustain the reaction. Our atmosphere is 21% oxygen, which makes fire possible here. Oxygen tanks, which contain pure oxygen, are a fire hazard because higher concentrations of oxygen make it easier for flammable materials to ignite and allow a fire to burn hotter and spread faster.
there is no oxygen on the moon, therefore, a fire could not start because in the fire triangle, (the materials needed to start a fire) the fire needs oxygen, which the moon does not have, fuel, and heat.
in a way, oxygen is one of the raw material in a way to start a fire. Without oxygen, it is not possible to start a fire.
No, chapstick and oxygen alone would not be able to start a fire. A fire typically requires a fuel source, heat, and an ignition source. Chapstick is not flammable on its own, and oxygen is not combustible.
If there is oxygen on the space station, a fire could burn. Fans do not produce oxygen, but they could help spread the fire.
Fuel, oxygen and heat or an ignition source are the components needed for a fire.
The three things that are required to start and maintain fire are fuel,heat and oxygen.
To start a fire, you will need fuel (such as wood or paper), a spark (from matches, a lighter, or a fire starter), and oxygen. It's important to have a safe and controlled environment to prevent the fire from spreading uncontrollably.
When you remove fuel and oxygen from a fire, the fire will be extinguished. Fire requires fuel (such as wood or gas) and oxygen to continue burning, so removing either one will stop the combustion process.
What cannot be used to put out a small fire water oxygen or baking soda
No, it is not possible to start a fire on the moon because there is no oxygen to sustain combustion. Additionally, the moon's surface is mostly composed of dust and rocks that do not easily catch fire.
A source of heat, a source of fuel, and oxygen.
Yes, but only when enough oxygen is available.