The extreme friction on reentry causes a large amount of heat and the object burns up.
everything is pulled by gravity. solids, liquids, everything...
Sort of a Meteor is a part of an Asteroid, but it starts to burn up in entering the earths atmosphere
First of all, the atmosphere is the air. Secondly, air is matter, all matter is affected by gravity. Imagine this: the sea is liquid, it lies on the earth, pulled by gravity. the atmosphere is also like this except it is a "sea" of air, it lies on the earth, pulled by gravity.
No, it pulls in whatever direction the item with the gravitational force is away from the object being pulled. So basically, if there were an object(this object will be marked with a A) just floating and out of no where an object with gravity(Object with gravity being marked with B) appeared ABOVE A, object B would pull object A upward.
gravity
Gravity pulled it in.
they are pulled by the Earths gravity
The reason that Earth travels around the sun is because of gravity. The Gravity of the sun pulls all the planets towards it. This gravity will pull all material that is not moving into it, and material that is currently moving will be pulled into an orbit. The shape of the orbit depends on the original speed of the object.
Nothing keeps them from being pulled. Earth's gravity certainly pulls on them.
Because it is pulled in by the earths gravity and therefore orbits the earth.
No, it won't. Air is pulled in atmosphere by earth's gravity.
It's Not. It is a very large rock that got pulled in my earths gravity and got into orbit.
a giant meteor was pulled into earths gravity being too big it could only orbit earth
the objects which enter the earths atmosphere are being pulled down towards the earths surface due to the earths gravity. And so it leads to falling falling of large objects from the space on the surface of the earth.
because the heavier elements are pulled toward center of the earth by gravity
The objects in Saturn's rings don't qualify as asteroids. They're just floating pieces of rock and ice pulled in by Saturn's gravity.
It makes things weigh more or less, depending on the surface gravity.