Moons always orbit planets unlike meteorites which orbit stars.
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.
Sedimentary rocks are formed by the weathering, erosion and then deposition of the resultant clasts. Weathering and erosion do not occur on the moon (except to a limited extent due to the impact of meteorites but this material is not compacted so is a dust rather than a rock) so sedimentary rocks can't form.
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.
The solar system is estimated to be about 4.6 billion years old. This age is determined by radiometric dating of rocks from the Earth and Moon, as well as meteorites.
Rocks were brought back to the Earth from the various Moon landings the Americans undertook. No other rocks from the Moon are on Earth. The Moon was formed from the Earth - so, if anything, there are Earth rocks on the Moon.
It is hit by meteorites.
You can find moon rocks at museums like the Smithsonian National Air and Space Museum or through authorized sources that sell meteorites and space rocks. It is illegal to own, buy, or sell moon rocks obtained unlawfully.
The most meteoite material that people have dated stems from the time when the solar system formed and stems from bodies that never managed to grow the size of planets. When people date materials that are that old, they use techniques that tell them when the material solidified for the last time either from a homogenous protoplanetary nebula or from a liquid magma. Since the moon is believed to have formed by a giant impact of a roughly mars-sized body with the proto-Earth millions of years after most meteorites were formed and moon experienced ongoing magmatic activity thereafter, the ages obtained by radiometric dating of moon rocks are usually younger than those of meteorites.
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answ2. Many parameters, but I'd think that iron meteorites would be high on the list. Or meteorites known to have come from the Moon or Mars.The rarest dimond is the red dimond
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.
Basalt rocks have been identified on the Moon, Mars, and the asteroid Vesta. These rocks are often formed from solidified lava flows and are commonly found in volcanic regions.
yes. The craters you see with the naked eye looking at the moon are from meteors striking the moon. meteorites are what is left of a meteor that has already struck a large body (such as a planet or moon)
From meteorites hitting it.
Lunar rocks are those forming the Moon - as the word 'lunar' says. Earth rocks are formed on Earth - but the rock forming the Moon is also a constituent of the Earth.
The impact craters on the moon's surface are obvious clues to the fact that meteorites have crashed into our natural satellite. that tell us that the moon doesn't have oxygen because if it have oxygen the meteorites would burn
Mostly not. When a piece of space rock hits the Moon, it causes a crater, which splashes rocks and dust all around it. It would have to be a VERY large rock to hit the Moon and splash rocks all the way to the EARTH. But it has happened! We have found meteorites that are distinctly lunar in origin. Even more amazing, we have found meteorites that we now believe may have come from MARS. Sometime in the distant past, an asteroid or comet slammed into Mars, and splashed rocks clear out into solar orbit - and then they ran into the Earth.