Meteors do not burn up in space. They burn up in the atmosphere, because of the intense heat caused by their speed through the air.
A recently observed meteor - one of this year's Perseid meteors - was measured at 130,000 miles per hour. Given that speed, it isn't surprising that it melts to plasma within a fraction of a second.
Many more meteorites reach the surface of the moon because it lacks an atmosphere to burn up incoming objects, unlike Earth. This means that the moon's surface retains more impact craters from these meteorite strikes compared to Earth.
A meteoroid is a small metallic or rocky body. If it passes through the atmosphere causing it to burn up is called a meteor or shooting star. Any remnants that reach the earth are called meteorites.
comets and asteroids
Earth's atmosphere acts as a protective shield against small meteorites, as they burn up upon entry due to friction with the air molecules. Additionally, the gravitational pull of Earth and the moon's lack of atmosphere also contribute to deflecting small meteorites away from the lunar surface.
Because... there's almost no atmosphere on the moon. On Earth - the atmosphere causes meteorites to heat up to the point that they usually evaporate before striking the surface. On the moon - they don't heat up enough, and survive to land on the surface.
They burn up because of friction in the atmosphere
The moon doesn't have an atmosphere, so meteorites hit the surface and create the craters. Earth's atmosphere causes most meteorites to burn up due to air friction before the meteorite can crash on to the surface. A 'shooting-star' is a meteorite burning up in the sky.
Many more meteorites reach the surface of the moon because it lacks an atmosphere to burn up incoming objects, unlike Earth. This means that the moon's surface retains more impact craters from these meteorite strikes compared to Earth.
A meteoroid is a small metallic or rocky body. If it passes through the atmosphere causing it to burn up is called a meteor or shooting star. Any remnants that reach the earth are called meteorites.
Most of the meteorites which reach Earth burn up as they enter Earth's atmosphere due the heat caused by friction. The moon has no atmosphere.
comets and asteroids
I suppose there are more meteorites that become extinct than stars. Meteorites burn up in the atmosphere every night. Not only on this planet, but planets all around the universe. Some survive but get destroyed when crash-landing into a planet. A lot of meteorites also get sucked into stars.
Earth's atmosphere acts as a protective shield against small meteorites, as they burn up upon entry due to friction with the air molecules. Additionally, the gravitational pull of Earth and the moon's lack of atmosphere also contribute to deflecting small meteorites away from the lunar surface.
Meteorites are rare on Earth because most burn up in the atmosphere or land in remote areas where they are not easily discovered. Additionally, the Earth's surface is mostly water, limiting the chances of meteorites being found. Lastly, some meteorites may be small and difficult to distinguish from ordinary rocks.
More reach the surface of the moon because there is no atmosphere to heat and burn them up.
Because... there's almost no atmosphere on the moon. On Earth - the atmosphere causes meteorites to heat up to the point that they usually evaporate before striking the surface. On the moon - they don't heat up enough, and survive to land on the surface.
all the time, but the meteorites just burn up in the atmosphere, this is caused by the thick atmosphere on earth, which generate a huge friction between the meteorites and the air molecules. You can actually see the it burning up in the sky, commonly known as falling stars. But it is not all meteors, which burn up in the atmosphere, it just have to be big enough to sustain its shape all the way to the ground, but this only happens rarely. but as you can see on mars it has a lot of craters, and that is simply because the atmosphere is much thinner.