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What depressions on the Moon formed by large meteorites called?
Depressions on the Moon formed by large meteorites are called impact craters. They are created when a meteorite collides with the Moon's surface, causing material to be ejected and forming a crater.
What are the depressions in the moon called?
The depressions on the Moon's surface are called craters. They are formed by the impact of meteoroids, asteroids, or comets hitting the Moon's surface.
What are large depressions on the moon caused by meteorites called?
Large depressions on the Moon caused by meteorite impacts are called impact craters. These craters vary in size and can range from small pits to massive basins. The process occurs when a meteorite strikes the Moon's surface, creating a bowl-shaped cavity. Over time, many of these craters have been preserved due to the Moon's lack of atmosphere and geological activity.
What are round depressions on the Moon's surface are called?
A crater.
What is a depressions that dot the lunar surface called?
The depressions that dot the lunar surface are called "craters." These craters are formed primarily by the impact of meteoroids, asteroids, and comets colliding with the Moon's surface. Due to the Moon's lack of atmosphere, these craters can remain well-preserved for billions of years. They vary in size from small pits to large basins.
Depressions on the moon formed by large meteorites are called blank?
craters :]
What depressions on the Moon formed by large meteorites called?
Depressions on the Moon formed by large meteorites are called impact craters. They are created when a meteorite collides with the Moon's surface, causing material to be ejected and forming a crater.
What are the depressions in the moon called?
The depressions on the Moon's surface are called craters. They are formed by the impact of meteoroids, asteroids, or comets hitting the Moon's surface.
What are Round depressions on the moon surface are called?
A crater.
What are large depressions on the moon caused by meteorites called?
Large depressions on the Moon caused by meteorite impacts are called impact craters. These craters vary in size and can range from small pits to massive basins. The process occurs when a meteorite strikes the Moon's surface, creating a bowl-shaped cavity. Over time, many of these craters have been preserved due to the Moon's lack of atmosphere and geological activity.
What are round depressions on the Moon's surface are called?
A crater.
What is a depressions that dot the lunar surface called?
The depressions that dot the lunar surface are called "craters." These craters are formed primarily by the impact of meteoroids, asteroids, and comets colliding with the Moon's surface. Due to the Moon's lack of atmosphere, these craters can remain well-preserved for billions of years. They vary in size from small pits to large basins.
The crcular depressions the moon are called?
Crators? If that's what you mean by circular depression.
How were the depressions on the moon formed?
The depressions on the moon are impact craters formed by collisions with asteroids and comets.
What are cigar shaped depressions on the moon called?
Cigar-shaped depressions on the Moon are called "rilles." They are long, deep channels that are thought to have been formed by volcanic activity or the collapsing of underground lava tunnels. Rilles can be several kilometers wide and hundreds of kilometers long.
Very large depressions commonly found at the base of waterfalls are called?
plunge pools
What are depressions on the moon's eclipse?
Depressions on the Moon's surface, often referred to as "mascons" or "maria," are large, flat areas formed by ancient volcanic activity and impact cratering. These features are characterized by their lower elevation compared to the surrounding highlands and are typically filled with basaltic lava. During a lunar eclipse, the Earth's shadow can cast a dark hue over these depressions, making them more visually prominent against the lighter highlands. Overall, these depressions provide important insights into the Moon's geological history and formation.
