There are a number of factors that determine the size and shape of a crater.
The two most significant are the mass of the impactor, and the speed.
Other influential factors would include the composition of the object (solid rock or more aggregate, like pebbles? Ice?) the shape of the object, and the composition of the impact site. If it is on dry land, it will be more likely to leave a visible crater, while a water or marshy impact site would be quickly erased. If a water impact, the depth of the water and the topography of the surrounding seas would be vastly important. A strike in a deep ocean basin might be relatively mild, while a water strike in the South China Sea or Gulf of Mexico, with the constricted water flow, might result in catastrophic tsunamis inundating the surrounding areas.
That depends on the size of the object making the impact. If it's large enough, it can break up a planet, or in case of the moon, create a new one. The best place to study impact craters is on the moon. If you look at the moon, you can see a large crater near the southern edge with rays emanating over almost the entire face of the moon. That's crater Tycho. It was formed from a very large impact. Rays and a central peak are typical characteristics of impact craters. Central peaks are formed when the planet's surface rebounds from a very large impact. Meteor Crater in northern Arizona once had a small central peak, but it eroded over time. Smaller objects do not penetrate the surface far enough to cause a central peak. Craters formed by impacts also have an elevated rim caused by pushing the soil out when the impact occurred. The rim of Meteor Crater rises about 150 feet above the surrounding terrain. Large impact craters on the moon have rims that elevate several miles above their surroundings.
The crater is always bigger than the impactor.
Mass and velocity. The composition of the meteor would be a lesser factor in determining the size of the crater.
There are multiple reasons for the earth's surface to be heated unevenly. The flat surfaces, waters, mountains, and craters, are all different things that can cause the earth to be heated unevenly.
There are multiple reasons for the earth's surface to be heated unevenly. The flat surfaces, waters, mountains, and craters, are all different things that can cause the earth to be heated unevenly.
Yes the astroides and meteorites move the ocean forming a wave, spcifcally a tsunami.
Some were probably volcanic but the craters large enough to be seen with smaller telescopes were almost all made by impacts.
Not much different. Stony metorites contain the same minerals as continental crust. Iron-nickel meteorites, such as the one that created Meteor Crater, near Flagstaff, Arizona, more closely resemble the composition of the Earth's solid core.
Craters.
craters.
simple craters are made by smaller meteorites and look like round holes in the ground. larger meteorites cause complex craters. this type of crater looks like a large ring.
There is the famous crater in Arizona, known as Meteor Crater or Barringer Crater. It is not actually meteors that cause craters. Meteors are destroyed in the Earth's atmosphere. If they survive the Earth's atmosphere and then land on Earth, they are known as meteorites. So it is meteorites that actually cause craters.
There are multiple reasons for the earth's surface to be heated unevenly. The flat surfaces, waters, mountains, and craters, are all different things that can cause the earth to be heated unevenly.
There are multiple reasons for the earth's surface to be heated unevenly. The flat surfaces, waters, mountains, and craters, are all different things that can cause the earth to be heated unevenly.
There are multiple reasons for the earth's surface to be heated unevenly. The flat surfaces, waters, mountains, and craters, are all different things that can cause the earth to be heated unevenly.
If you mean craters as in the holes in the earth, then they are formed by meteors crashing into earth. If you didn't mean that, I need to start learning a bit more vocab.answ2. Volcanoes also often have craters at their summit.[Strictly, meteors are the seen phenomena, meteorites are the ones that land.]
There are multiple reasons for the earth's surface to be heated unevenly. The flat surfaces, waters, mountains, and craters, are all different things that can cause the earth to be heated unevenly.
There are multiple reasons for the earth's surface to be heated unevenly. The flat surfaces, waters, mountains, and craters, are all different things that can cause the earth to be heated unevenly.
The craters on the Moon are considered to be impact craters, caused by meteoroids striking the Moon.
No. The craters on the moon do not affect its gravity.