The path itself is called its orbit. The shape is an ellipse, with the sun sitting at one of the foci.
Ellipse is actually correct
Between the orbit of Mars and Jupiter, there is the asteroid belt. This is made up of millions of small rocks that are in a direct orbit around the sun. Most of these objects are boulder sized or smaller, but some are quite large. The largest is a Dwarf planet called Ceres, which is around 975km in diameter. Its the only one in the asteroid belt called a dwarf planet as it it big enough, and has enough gravity to make itself into a spherical shape.
Between the orbit of Mars and Jupiter, there is the asteroid belt. This is made up of millions of small rocks that are in a direct orbit around the sun. Most of these objects are boulder sized or smaller, but some are quite large. The largest is a Dwarf planet called Ceres, which is around 975km in diameter. Its the only one in the asteroid belt called a dwarf planet as it it big enough, and has enough gravity to make itself into a spherical shape.
They are all irregular in shape due to their small size and corresponding low gravity. All except for one, called Ceres. Ceres is the biggest one and is just big enough to pull itself into an approximatly spherical shape - it is therefore classed as a dwarf planet.
The shape of a comet's orbit is called an ellipse. This shape is a sort of narrowed circle and comets move in this shape around the sun.
All orbits are ellipses.
Ellipse is actually correct
It's an asteroid and only an asteroid. A big one at that, second to Ceres (Dwarf Planet) and there is a possibility that it might be added to dwarf planet status in the near future once it's shape has been confirmed.
Between the orbit of Mars and Jupiter, there is the asteroid belt. This is made up of millions of small rocks that are in a direct orbit around the sun. Most of these objects are boulder sized or smaller, but some are quite large. The largest is a Dwarf planet called Ceres, which is around 975km in diameter. Its the only one in the asteroid belt called a dwarf planet as it it big enough, and has enough gravity, to make itself into a spherical shape.
This orbit is called an ellipse. An oval shape.
Between the orbit of Mars and Jupiter, there is the asteroid belt. This is made up of millions of small rocks that are in a direct orbit around the sun. Most of these objects are boulder sized or smaller, but some are quite large. The largest is a Dwarf planet called Ceres, which is around 975km in diameter. Its the only one in the asteroid belt called a dwarf planet as it it big enough, and has enough gravity to make itself into a spherical shape.
Niether, its a `Dwarf Planet`. Its much larger than an asteroid, able to hold itself into a spherical shape.
A dwarf planet is larger, big enough to make itself into an approximately spherical shape. Asteroids are smaller and more irregular in shape.
A dwarf planet is larger, big enough to make itself into an approximately spherical shape. Asteroids are smaller and more irregular in shape.
Between the orbit of Mars and Jupiter, there is the asteroid belt. This is made up of millions of small rocks that are in a direct orbit around the sun. Most of these objects are boulder sized or smaller, but some are quite large. The largest is a Dwarf planet called Ceres, which is around 975km in diameter. Its the only one in the asteroid belt called a dwarf planet as it it big enough, and has enough gravity to make itself into a spherical shape.
They are all irregular in shape due to their small size and corresponding low gravity. All except for one, called Ceres. Ceres is the biggest one and is just big enough to pull itself into an approximatly spherical shape - it is therefore classed as a dwarf planet.
The largest body in the asteroid belt is Ceres, with a diameter of about 950 km. Although it has long been considered to be an asteroid, Ceres was classified as a "dwarf planet" on August 24, 2006. (The other dwarf planets are Pluto, Makemake, Haumea, and Eris.) The issue of whether Ceres remains an asteroid was not addressed at that time.