it is a very good question. It starts like this meteors shoot out from Jupiter to a place like earth, if they don't hit anything from millions of miles they will stop. then dark matter (the thing that holds our universe) will put them together and make chunks. then those chunks form bigger chunks so on and so on. finally they make a planet. this takes billions of years.
no, its a planet _____ As a planet, Mars can be described as an astronomical object.
Pluto
Pluto is an object that is no longer a planet,Now it is a Dwarf Planet.Well it used to be a planet.
Pluto is the former planet that is now classified as a dwarf planet and a Kuiper Belt object. It was reclassified by the International Astronomical Union in 2006.
No, it will always be a planet.
A planet cannot become a star. A star is an object that is massive enough to release energy via nuclear fusion. A planet is much less massive.
The distinction of a dwarf planet is not based on size. A dwarf planet is a planet-like object that has not cleared its path of debris and become gravitationally dominant.
[object Object]
The object would crash into the planet.
no, its a planet _____ As a planet, Mars can be described as an astronomical object.
If you mean distance, the next major object it planet Mercury.If you mean distance, the next major object it planet Mercury.If you mean distance, the next major object it planet Mercury.If you mean distance, the next major object it planet Mercury.
The mass and weight of the object classifies the object as a planet. For example Pluto's mass and weight proved to be too small for a planet therefore, it classifies as a dwarf planet.
jupiter is the planet which makes the object's weigh more
The largest object in the solar system is not a planet. It is the Sun. The largest planet is Jupiter.
A planet is a large object that moves around a star in a solar system.
Such an object could be a terrestrial planet, a dwarf planet, or an asteroid.
No, an object's weight is determined by the gravitational pull of the planet it is on, not its distance from the sun. Objects will weigh the same on a planet close to the sun as they would on a planet farther away.