an Oort Cloud
Yes. As a new star is forming it is surrounded by a disk of gas and dust called a protoplanetary disk. Planets, asteroids, and comets all form from this disk.
There are two regions in the solar system past Neptune, both of which contain icy planetoids. The inner area is called the "Kuiper Belt", and includes objects which are in relatively stable orbits around the Sun. Farther out, the "scattered disc" region is thought to be the origin of periodic comets, bodies which have been disturbed by Neptune's gravity and enter the inner solar system.
To some extent it depends on where it is.If it's inside the orbit of Neptune, it's probably an asteroid (though it could be a centaur or a trojan if it's in certain very specific places).If it's outside the orbit of Neptune, the generic term is trans-Neptunian object or TNO. There are certain specific types of TNOs: plutinos, twotinos, cubewanos, Kuiper belt objects, and scattered disk objects, all depending on what kind of orbit they're in.
The orbit of mars is outside that of the earths orbit
The smallest addressable unit of storage on a disk is called a sector.
Yes. As a new star is forming it is surrounded by a disk of gas and dust called a protoplanetary disk. Planets, asteroids, and comets all form from this disk.
The outer Oort cloud. (The inner Oort cloud is believed to be disk-shaped.)
There are two regions in the solar system past Neptune, both of which contain icy planetoids. The inner area is called the "Kuiper Belt", and includes objects which are in relatively stable orbits around the Sun. Farther out, the "scattered disc" region is thought to be the origin of periodic comets, bodies which have been disturbed by Neptune's gravity and enter the inner solar system.
Germany or the UK
To some extent it depends on where it is.If it's inside the orbit of Neptune, it's probably an asteroid (though it could be a centaur or a trojan if it's in certain very specific places).If it's outside the orbit of Neptune, the generic term is trans-Neptunian object or TNO. There are certain specific types of TNOs: plutinos, twotinos, cubewanos, Kuiper belt objects, and scattered disk objects, all depending on what kind of orbit they're in.
Comets are believed to have two sources. Long-period comets (those which take more than 200 years to complete an orbit around the Sun) originate from the Oort Cloud. Short-period comets (those which take less than 200 years to complete an orbit around the Sun) originate from the Kuiper Belt. Danish astronomer Jan Oort proposed that comets reside in a huge cloud at the outer reaches of the solar system, far beyond the orbit of Pluto. This has come to be known as the Oort Cloud. Statistics imply that it may contain as many as a trillion comets and may account for a significant fraction of the mass of the solar system. However, since the individual comets are so small and so far away, we have no direct evidence about the actual existence of the Oort Cloud. The Kuiper Belt is a disk-shaped region past the orbit of Neptune roughly 30 to 100 AU from the Sun. The Belt contains many icy bodies which can become comets. Occasionally the orbit of a Kuiper Belt object will be disturbed by gravitational interactions with the giant planets in such a way as to cause the object to take up an orbit that crosses into the inner solar system. Although the Oort Cloud is much farther away from the Sun than the Kuiper Belt, it appears that the Oort Cloud objects were formed closer to the Sun than the Kuiper Belt objects. Small objects formed near the giant planets would have been ejected from the solar system by gravitational encounters. Those that didn't escape entirely formed the distant Oort Cloud. Small objects that formed farther out had no such interactions, and remained as the Kuiper Belt objects.
reorganizing the disk Defragmentation actually reorganizes the disk.
The material in the disk has too much angular momentum to fall into the center and instead remains in orbit.
disk driver
Disk Checking.
yes its called Disk Wizard.
The orbit of mars is outside that of the earths orbit