It can't, if i understood your question. When a meteorite hits the earths atmosphere, friction cause it to heat up, creating a 'tale of fire' what we call (shooting star). So a meteorite can't "burn" unless it's hitting an atmosphere at a very high speed.
It is not possible to burn a fire in outer space because fire requires oxygen to burn, and in the vacuum of space where there is no oxygen, there can be no combustion. On space missions, fires are not ignited but rather prevented through strict safety protocols and the use of non-flammable materials.
No. The atmosphere burns up the meteorite.
The shuttle does not fire it's engines in space, it only fires orbit adjusters.
A meteor. But it does not burn in space. When it enters the earth's atmosphere it starts to glow from friction caused by its contact with our atmosphere. At this stage is is technically called a meteor. When it lands on the ground it is called a meteorite.
It is called a meteorite.
An asteroid
If there is oxygen on the space station, a fire could burn. Fans do not produce oxygen, but they could help spread the fire.
It is called a meteorite
Fire needs oxygen to burn, and space is a vacuum with no oxygen. Without oxygen, fire cannot ignite or sustain itself. Additionally, in the absence of gravity, flames burn in a spherical shape, which may not be easily visible from a distance.
Fire in space can occur without oxygen because it doesn't need air to burn. In space, fire can happen due to the presence of fuel and heat, even in the absence of oxygen.
A meteorite that contains fire is often referred to as a "fireball" when it is still in the atmosphere and producing a bright light due to friction with the air. Once it lands on Earth, it may simply be called a "meteorite," but it does not retain the fire itself. In some contexts, if it contains minerals that can ignite or exhibit pyrophoric properties, it might be described as a "pyrophoric meteorite." However, the term "fire meteorite" is not widely used in scientific literature.
meteorite