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Yes, sometimes they did.
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∙ 7y ago
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How are the craters on mars caused?
The craters are formed by a large object such as an asteroid or a comet. When these large objets hit the surface they form holes. Known as craters. Craters can be many shapes and sizes depending on the object. That's how craters are formed. Mars has a much thinner atmosphere than Earth, so more objects reach the Martian surface intact, and the lack of water, glaciers, and plate tectonic mean the craters last longer than they do on Earth.
What kind of feature might be formed on Earth if a large meteorite reached its surface?
A large meteor strike on the earth might cause a crateron the surface. If it struck the water, it may leave a bit of a crater in the sea floor, depending on the size and velocity and composition of the meteor and the depth of the sea where it impacted. If it hit land, there'd be a big "dent" in the ground where the missle and the blast of impact gouged it out.
What are depression formed by a large meteorite called?
craters
What are the largest volcanic structures on earth?
Calderas are very large volcanic craters. They are created when a volcano melts the land that it was formed around.
What evidence shows that some craters were formed by meteors?
Craters with a large central peak and high rim walls are easily identified as impact craters. Meteor Crater near Winslow, Arizona is one example. It's central peak has eroded over the years, but it's rim rises 150 feet above the surrounding terrain.
Depressions on the moon formed by large meteorites are called blank?
craters :]
How was Mount Hudson Formed?
Hudson Bay was formed when chunks of Earth were taken out of the Earth due to glaciation. It would form craters, then water will fill these craters up. Im not to sure tho, sorry =(
When a meteor hits the Earth it may form this?
When a meteor hits the Earth, it may form a meteorite, a crater, or airburst. A meteorite is a piece of rock or metal that has fallen to Earth from space. MeteoriteOpens in a new window Meteorite A crater is a large, bowl-shaped depression in the ground that is formed when a meteor impacts the Earth. CraterOpens in a new window Crater An airburst is a phenomenon that occurs when a meteor explodes in the atmosphere before it reaches the ground. AirburstOpens in a new window Airburst The type of impact feature that is formed depends on the size and speed of the meteor, as well as the composition of the ground that it hits. Smaller meteors that hit the Earth at high speeds tend to vaporize completely, leaving no impact feature behind. Larger meteors that hit the Earth at slower speeds may form craters. The largest craters on Earth are thought to have been formed by asteroids, which are much larger than meteors. Airbursts are most likely to occur when a meteor enters the Earth's atmosphere at a very high speed. The heat generated by the meteor's passage through the atmosphere can cause it to explode before it reaches the ground. Airbursts can cause significant damage, but they do not typically leave any impact feature behind. The impact of a meteor on Earth can have a number of consequences, including: The formation of a crater or airburst The release of dust and debris into the atmosphere The potential for widespread damage or destruction The impact of a meteor on Earth is a rare event, but it is a potential hazard that should be taken into account.
What are very large craters most likely the result of?
Most craters are caused by meteorites crashing to the planet. However, some volcanoes when formed, look like craters.
Why can we see the craters of the moon so clearly from earth?
Because the craters of the moon are very large and preety. \\\\\\\\ p;l
What is the origin of large craters on earth?
impact from meteors. erosion. volcanic activity.
Why are some areas of the moon smooth with no craters?
... as compared to Earth, I suppose. On Earth, the weather will remove most traces of craters rather quickly, in a few million years for large craters, in a fraction of a million years for smaller craters.... as compared to Earth, I suppose. On Earth, the weather will remove most traces of craters rather quickly, in a few million years for large craters, in a fraction of a million years for smaller craters.... as compared to Earth, I suppose. On Earth, the weather will remove most traces of craters rather quickly, in a few million years for large craters, in a fraction of a million years for smaller craters.... as compared to Earth, I suppose. On Earth, the weather will remove most traces of craters rather quickly, in a few million years for large craters, in a fraction of a million years for smaller craters.
