Jupiter is very very cold. Saturn, Neptune, Uranus, Pluto are all extremely cold. Mars is also cold. Venus is hot and Mercury is very hot. Earth is the only planet we know of where life exists or is likely to exist
yes
3rd
Small
Compared to other planets, yes it is small. But compared to a house, no, it is very large...
It is pretty average - the biggest of the minor planets. What sets it apart from the other planets is its large amount of surface water, plus the fact that this water is in its liquid state thus allowing life. That can only happen because the temperature stays within a narrow band of a hundred degrees C. So the temperature is not too hot, not too cold - just right, as in the story of Goldilocks.
Jupiter is the largest planet in the solar system. The data below shows how all other planets mass is compared with Jupiters, in terms of percentage of Jupiters mass.Planet% mass of JupiterMercury0.017Venus0.256Earth0.315Mars0.034Jupiter100.000Saturn29.941Uranus4.574Neptune5.396
It's bigger and exerts a significant gravitational pull.
Jupiters density is around 1.33 g/cc on average, less dense than Earth and the other inner planets, but much more massive overall. Diameter of Jupiter (at the equator) is around 88,847 miles (compared to 7926 miles for the earth). Jupiters circumference at the equator is around 449,202 miles (compared with 40,075 miles for the earth). Jupiters volume is 1321 times that of Earths.
No, but some telescopes have detected larger planets orbiting other suns. There are larger planets than Jupiter for they are called Super Jupiters
They are small compared to other planets but big compared to us.
earth
it is mediam
It's mainly to do with its closeness to the sun, compared with the other planets. Although mercury is closer, Venus is hotter due to it's thick carbon dioxide atmosphere, which holds the energy from the sun a lot better than mercury, which has no atmosphere.
3rd
yes
Small
Because on most planets (mars being an exeption as there are places where water can stay liquid) temperature and/or atmospheric pressure is to high or low for water to stay liquid.