depends on how much impact it has
if high it might make a high and hard crater if it is a small crater it might would make a small and smooth crater
The crater is more than 180 kilometers (110 mi) in diameter, making the feature one of the largest confirmed impact structures in the world; the impacting bolide that formed the crater was at least 10 km (6 mi) in diameter
About the size of three football fields.
Typically the larger and deeper the dimensions of a crater, the more energy (KE) the meteorite had on impact. This generally means that a meteor was massive enough to breach Earth's atmosphere without loosing significant amounts of material. Thus we can infer that the larger the impact crater the more massive the meteor was. As for the actual dimensions, little inference can be made as mass and size do not always correlate directly.
a quarter size
First off a meteoroid is the name of the debris while still in space. If it collides with the ground to make a crater it has become a meteorite. Now to answer your question size of the meteorite, the structure of the ground it crashes into, Consistency of the meteorite, Speed, Strength of the impact all would factor into the crater.
Generally the larger the meteorite the larger the crater.
It depends on the size of the meteor and where it lands. If it is a large meteor that lands on the hard ground, you will get a crater.
There is no normal diameter of a meteor crater. They all vary in size depending on the size of the meteorite. Many are between 10,000 and 30,000 meters in diameter but some can but much larger.
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.
if high it might make a high and hard crater if it is a small crater it might would make a small and smooth crater
"The Barringer Meteorite Crater (also known as "Meteor Crater") is a gigantic hole in the middle of the arid sandstone of the Arizona desert. A rim of smashed and jumbled boulders, some of them the size of small houses, rises 150 feet above the level of the surrounding plain. The crater itself is nearly a mile wide, and 570 feet deep."
Depending on the size of the meteorite, there may be no humans left to impact.
A meteor only hits the Earth's atmosphere, not the Earth itself. When it impacts the Earth's surface, it is called a meteorite. The largest meteorite crater in Australia is the Wolfe Creek crater which is also the second largest meteorite crater in the world. The crater has a diameter of about 875m, and is over 50m deep. Originally, it was about 150m deep, but windblown sand, gypsum and calcite has filled in the crater over time, and given the floor of the crater a smooth, flat surface. The Wolfe Creek Crater lies on the northeastern edge of the Great Sandy Desert, about 90 km south of Halls Creek in north Western Australia. It can only be reached by an unsealed road that joins the Tanami Rd, 145km south of Halls Creek. The journey from Halls Creek takes between 1.5 and 2 hours.
the size of crater lake its about 183224 acrea
The crater is more than 180 kilometers (110 mi) in diameter, making the feature one of the largest confirmed impact structures in the world; the impacting bolide that formed the crater was at least 10 km (6 mi) in diameter
the crater, which is the size of twenty football pitches, is in Arizona, USA.