When a meteorite strikes a moon or planet, it releases a tremendous amount of energy, creating an impact crater and potentially causing shockwaves that can affect the surrounding area. The size of the impact depends on the meteorite's size, speed, and angle of entry, leading to various geological and atmospheric consequences, such as the ejection of material and changes in surface composition. In some cases, these impacts can also trigger volcanic activity or alter the moon or planet's orbit. Additionally, the event can have significant implications for any potential life forms or ecosystems present.
The resulting scar from asteroid or comet strikes is called an impact crater. These craters are formed when the meteorite collides with the surface of a planet or moon, causing a depression in the ground.
This is likely a crater, which is formed by the impact of a meteorite or other celestial object hitting the surface of the planet or moon. The impact causes material to be displaced, creating a bowl-shaped depression in the ground.
Crater edges are called rims. They are the raised edges that surround the depression created by an impact from a meteorite or other object striking the surface of a planet or moon.
Two reasons. The moon no longer has active volcanoes to cover meteor strikes and the moon does not have an atmosphere, so strikes that would otherwise be burned up in an atmosphere are not burned. Plus there is not erosion to speak of on the moon.
Ariel is a moon of the planet Uranus.
A meteor that strikes the moon's surface is called a meteoroid when it is in space, a meteor when it is burning up in Earth's atmosphere, and a meteorite once it lands on the moon's or Earth's surface.
Because a "meteorite" is a rock that passed through the Earth's atmosphere, was heated to incandescence by pressure and friction, and then struck the Earth. A space rock that hits the Moon didn't land on the Earth. However, this is a pretty minor distinction, and some space scientists use the term "meteorite" for any rock that falls from space, whether to the Earth, the Moon or Mars. NASA has occasionally used the term "meteorite" for rocks found by the Mars rovers Spirit and Opportunity.
The resulting scar from asteroid or comet strikes is called an impact crater. These craters are formed when the meteorite collides with the surface of a planet or moon, causing a depression in the ground.
it is easy the eathhave a capa de osono that protect the eath but the moon dont have it
The meteorite in Mt. Moon cannot be picked up.
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.
This is likely a crater, which is formed by the impact of a meteorite or other celestial object hitting the surface of the planet or moon. The impact causes material to be displaced, creating a bowl-shaped depression in the ground.
Hmmm... Convention has it that an object headed for the Earth from space is called a "meteoroid" (as opposed to those that are not headed for the Earth which are either "comets" or "asteroids"). When the meteoroid strikes the atmosphere it heats up and ablates to be seen in the sky as a "meteor" (a shooting star). If the object or parts of the object survive transit though the atmosphere to land on the planet (Earth) itself, these fragments are called "meteorites". The process is generic and will happen on any planet/body in the solar system with an atmosphere and people would understand what was meant by a "Martian meteorite" (of which examples have been observed by the Mars rovers). However, the Moon does not have an atmosphere so ALL bodies that are headed towards it will hit it and as such perhaps a better term would be "Lunar impacter".
The rays around craters on the moon are caused by the ejection of material during an impact event. When a meteorite or asteroid strikes the moon's surface, it excavates material from beneath the surface and throws it outwards, creating the distinctive radial patterns known as rays.
Craters from meteorite impacts.
it would break or if a small planet bumped itnto juipeter, juipeter would have another moon.
Crater edges are called rims. They are the raised edges that surround the depression created by an impact from a meteorite or other object striking the surface of a planet or moon.