That depends on the size of the meteor, and also the impact speed, which may vary. Smaller meteors hit the Earth every day. Larger ones can cause mass extinctions. For example, it is believed that the mass extinction 65 years ago, which basically eliminated the dinosaurs, was due to a large meteor.
That depends on the size of the meteor, and also the impact speed, which may vary. Smaller meteors hit the Earth every day. Larger ones can cause mass extinctions. For example, it is believed that the mass extinction 65 years ago, which basically eliminated the dinosaurs, was due to a large meteor.
That depends on the size of the meteor, and also the impact speed, which may vary. Smaller meteors hit the Earth every day. Larger ones can cause mass extinctions. For example, it is believed that the mass extinction 65 years ago, which basically eliminated the dinosaurs, was due to a large meteor.
That depends on the size of the meteor, and also the impact speed, which may vary. Smaller meteors hit the Earth every day. Larger ones can cause mass extinctions. For example, it is believed that the mass extinction 65 years ago, which basically eliminated the dinosaurs, was due to a large meteor.
well the meteor would be sucked in by the earths gravitational pull
Meteor. Meteorites are the ones that do hit Earth.
crater
Gravity. And the meteor is on a path that intersects the orbit of the Earth.
a giant meteor was pulled into earths gravity being too big it could only orbit earth
Earth sometimes receives meteor showers when a large object breaks apart in outer space. Once the pieces enter earths atmosphere they are dragged to the ground by gravity.
Yes, the gravitational force of Earth does affect a meteor. As a meteor enters Earth's atmosphere, gravity pulls it towards the surface, causing it to accelerate and heat up due to friction with the air. This can result in the meteor reaching high speeds and potentially creating a bright streak in the sky as a meteorite.
When a meteor enters the earth's atmosphere, friction with the air generates enormous amounts of heat, which causes the meteor to at least partially burn up.
A meteoroid that enters Earth's atmosphere is called a meteor. When it burns up upon entering the Earth's atmosphere, it creates a streak of light in the sky known as a meteor or shooting star. If a meteor survives its passage through the atmosphere and lands on Earth's surface, it is then referred to as a meteorite.
A meteor is a lump of rock in space. When one of these pieces of rock comes close to the earth it may burn up in the atmosphere as a shooting star. An earth grazing meteor is a meteor that has come close enough to our atmosphere that it starts to burn up, but will still pass us by as the angle is too shallow. It will go back out into space having been deflected by earths gravity.
A meteoroid is a small piece of space debris in the solar system. When a meteoroid enters the Earths atmosphere it becomes a meteor (shooting star).If the meteoroid survives the atmosphere and lands on the Earth, it becomes a meteorite.
The main force acting on a falling meteor through the Earth's atmosphere is gravity. Gravity pulls the meteor downward towards the Earth's surface, causing it to accelerate as it falls. Air resistance also plays a role in slowing down the meteor's descent as it interacts with the atmosphere.