The asteroid will always take the path minimizing its Lagrangian, known as the least action principle in Lagrangian mechanics. With conservative forces, there are four basic shapes for two different cases. Either the asteroid is trapped in the gravitational pull of an object, or it is not trapped. If the asteroid's energy is low enough to be trapped, then it can have either a circular or elliptical orbit. If it is not trapped, then this 'free asteroid' (much like a free electron) can have either an parabolic or hyperbolic path. Much of this information came from "Classical Mechanics" by kibble and Berkshire (although there are much better books).
Depends on the asteroid. Most of them in our solar system rotate around the sun like we do.
The path, as with all the planets is an ellipse.
The Asteroids travel in a somewhat elliptical & inclined path inside the Asteroid belt between Mars & Jupiter.
The Astroid blet is between mars and jupiters orbits
An orbit.
Ellipse is actually correct
The path itself is called its orbit. The shape is an ellipse, with the sun sitting at one of the foci.
Idatacos
The first confirmed case of an asteroid orbiting another asteroid is the asteroid Ida which is orbited by a smaller asteroid orbiting it called Dactyl; other asteroid moons have been found since.
It's called the Asteroid belt. See the related link for more informtion.
asteroid belt
The Earth and the asteroid could be at a different points in the path.
asteroid belt
asteroid Ceres
It would maybe explode it depends on how big the asteroid is or how affective it can be all it mattters is that it will destroy anything in its path.
It doesn't. In an estimated 23 years, a belt of asteroids will collide with the earth.
All orbits are ellipses.
Asteroid 15420 or the Aedouglass
Ellipse is actually correct
It could be if one were to intersect the path of an asteroid. However the asteroids may also be a great source of raw materials.
The name is meteor.
The asteroid does not have a name, but has the designation 2012 DA14