When a meteorite impact causes a pit or depression in the ground, that is called a crater.
Moon rocks are rocks that have been collected from the surface of the moon by astronauts during space missions. Meteorites, on the other hand, are space rocks that have entered Earth's atmosphere and landed on the planet's surface. Moon rocks originate from the moon, while meteorites come from various sources in space.
Meteorites originate as asteroids from space. They are loose rocks that have been formed in the pre-planetary era or have been chipped off of a larger body such as a planet or moon by impact. When they encounter Earth's atmosphere they become meteroids, when they light up due to friction they become meteors, when they impact Earth's surface, they are meteorites.
Small objects - and even some fairly large objects - that strike the Earth are heated to incandescence by friction and compression as they enter the Earth's atmosphere. Most such meteorites either explode harmlessly far above the ground or are vaporized entirely.
There could be sedimentary rocks on the Moon, the processes forming them would be different from those on the earth but it is possible that there are processes moving and layering Moon dust which could be regarded as a sediment. However, in general there is no erosion or deposition happening on the Moon as it does on Earth and therefore no rocks formed as a result of these processes.
Because the core of the Moon dis not made of Iron like the Earth's is.
The "holes" in the Moon are craters; it's likely that most of those are caused by meteorites.
From meteorites hitting it.
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.
giant meteorites
The holes are called craters. They are the sites of impact of meteors and meteorites. The walls of the holes consist of dust thrown up and out by the impact.
because it caused crater
The earth's atmosphere protects it from small meteorites - actually the specific part is the mesosphere. When meteorites contact this part of the atmosphere they wither burn up or become very small. I don't understant the "earth's moon is" part, sorry.
It can not be because the moon has no atmosphere or gravity....in fact many craters would then have a parabolical shape because all meteorites can not impact with the moon at an exact vertical angle. So why can it be? It is because the theories of the moon being part of a very young earth is simply not true. Earth with it's much stronger gravitational pull should attract far more meteorites away from the moon, had this been the case. Also, the moon, being so close to earth, is protected by the earth from meteorite strikes directly in line with the earth. Earth's gravity would not allow meteorites to hit the moon directly behind it. Missing earth, the meteorites will definitely not impact with the moon directly behind earth. Many craters are on the side of the moon facing earth, so how did these meteorites get past earth to stirke the moon exactly face on? Remember that the moon is in terms of the universe, very close to earth therefore earth is shielding the moon against many many meteorite strikes from directly behind earth itself. Sorry, but I can not answer this question!
The "holes" on the moon are actually impact craters formed when meteorites and asteroids collide with its surface. These craters are remnants of past cosmic collisions that have occurred over billions of years, giving the moon its pockmarked appearance.
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.
because of the gravity of the earth by using torotot pulling the moon to the earth
Moon rocks are rocks that have been collected from the surface of the moon by astronauts during space missions. Meteorites, on the other hand, are space rocks that have entered Earth's atmosphere and landed on the planet's surface. Moon rocks originate from the moon, while meteorites come from various sources in space.