There are two known planet to be similar to planet earth. The planets are located in other galaxies and about 1200 light years away fro earth. The names of the planets are Kepler 62e and Kepler 62f. Both of the planets have oceans, their own star, and seem to have the qualities to support life like earth.
This is a tricky question, because there are so many criteria by which to judge "similiarity." For example, size wise, Earth and Venus are very similar. However, the surface temperature on Venus averages 460 degrees C. In addition, the Venusian day is actually 243 Earth days long, and it even rotates on its axis in the opposite direction.
The Earth and Mars have similar climatic seasons, but since Mars' core has "frozen solid" unlike Earth's molten core, Mars lacks a magnetic field. Mars has a very thin atmosphere, consisting of mostly Carbon Dioxide as opposed to Earth's Nitrogen. The day on Mars is just slightly shorter than Earth's, but the year is 780 days long.
Jupiter really is in a class by itself. It is by far the most massive of the planets. It has the most powerful magnetic field of all the planets, generates more heat than it receives from the Sun, and rotates at a staggering 14 hours per Jovian day.
Saturn, too, is quite unique in the solar system, for reasons beyond the icy rings. Saturn is mostly formed from Hydrogen and trace amounts of other elements and hydrocarbons. It has the lowest density of any planet in the Solar System. Its magnetic field is feeble compared to Jupiter, and is even lower than the Earth's.
Of all of the two planets, perhaps the most similar in size, composition, and weather would be Uranus and Neptune. These planets are commonly referred to as "Ice Giants" due to the relative abundance of frozen water and other hydrocarbons. The masses of these planets are only approximately three earth masses apart.
Mars and Venus are similar to Earth in mass and orbital radius. Mars is much colder, and has a very thin atmosphere. Venus has a very thick atmosphere, much denser than Earth's, but is also very hot. Neither are suitable for human habitation.
It's probably because im the smartest person in the world!!!!!!
Venus is a little bit smaller than Earth. Mars is considerably smaller than Earth. There aren't any other planets that are close to Earth in either size or mass.
Venus is nearly the same size as Earth. The next closest in size would be Mars, at 1/3 Earth's size. I would not call that "nearly", though.
Mars is the most similar as it has the closest climate, though it's still much colder.
Uranus and Venus
There are 8 planets in the solar system, the most recent is Neptune which was discovered in 1846, not that new.
ALL of the planets in our solar system have axial tilts. Jupiter and Venus have the least, while Uranus is most.
most of them were named after greek gods
In *my* solar system, galaxies play no role, as my solar system is just one of many solar systems that make up our galaxy. A single star, which we call the Sun, is the most massive object in our solar system and, to a pretty good approximation, all of the planets in our solar system orbit around the Sun. What are the roles of the galaxies, stars, and planets in *your* solar system?
orbits of the planets.
most of inner planets
There are 8 planets in the solar system, the most recent is Neptune which was discovered in 1846, not that new.
Polaris is a star. It is likely that it has planets, i.e. that there is a related solar system, since most stars seem to have planets.
No. Most planets do. Six of the eight planets in our solar system have at least one moon.
In most cases, the moons are about as old as the planets they orbit, perhaps slightly younger. Most objects in the solar system formed when the solar system did.
Out of the planets in our Solar System, Jupiter has the most moons. It has 63 confirmed moons.
ALL of the planets in our solar system have axial tilts. Jupiter and Venus have the least, while Uranus is most.
Not all planets are associated with a star. While most planets are in a solar system as they are the leftover material from star formation. there are some free roaming planets in space not associated with a solar system. They may have been formed as part of a planetary system but have escaped due to gravitational interactions or collisions with other planets in the system.
most of them were named after greek gods
In our Solar System all planets have moons, except for Mercury and Venus.
In *my* solar system, galaxies play no role, as my solar system is just one of many solar systems that make up our galaxy. A single star, which we call the Sun, is the most massive object in our solar system and, to a pretty good approximation, all of the planets in our solar system orbit around the Sun. What are the roles of the galaxies, stars, and planets in *your* solar system?
the Sun is the most massive object in our solar system.