Pluto is a solid dwarf planet.
The water would be frozen solid on Pluto due to the extreme cold temperatures that can drop below -375°F (-225°C).
You would be seven, no matter where you happen to be.
Eris is a dwarf planet located in our solar system, so it exists primarily in a solid state. It is composed of rock and ice, similar to Pluto and other dwarf planets in the outer solar system.
The distance of Pluto doesn't matter, since the orbit would be the same no matter how fast Pluto travels.The orbit of Pluto is about 22,698,700,000 miles long. if Pluto traveled that distance at 62500 miles per second, it would take 363179.2 seconds or about 100 hours to orbit the Sun.
The classification of Pluto as a planet impacts how we categorize objects in our solar system. Understanding Pluto's status helps us understand the characteristics and evolution of celestial bodies. It also affects our perspective on how we define and study planets.
For right now no. But the U.S has sent out a probe to get pictures from pluto
The water would be frozen solid on Pluto due to the extreme cold temperatures that can drop below -375°F (-225°C).
Very little matter is found on pluto, as the planet is made mostly of gases (such as frozen nitrogen ETC.) Answered by TheGamerJ4
Pluto isn't a planet.... so i guess it kinda doesnt matter
You would be seven, no matter where you happen to be.
Eris is a dwarf planet located in our solar system, so it exists primarily in a solid state. It is composed of rock and ice, similar to Pluto and other dwarf planets in the outer solar system.
That is Pluto. Since Pluto is a dwarf planet you can't find it, because it is so small.
The distance of Pluto doesn't matter, since the orbit would be the same no matter how fast Pluto travels.The orbit of Pluto is about 22,698,700,000 miles long. if Pluto traveled that distance at 62500 miles per second, it would take 363179.2 seconds or about 100 hours to orbit the Sun.
The classification of Pluto as a planet impacts how we categorize objects in our solar system. Understanding Pluto's status helps us understand the characteristics and evolution of celestial bodies. It also affects our perspective on how we define and study planets.
aliens of Pluto
Yes. Mass is a measure of matter. If you were to go to Pluto, you would still have the matter that you're made up of. The difference in the gravitational force of Pluto and that of Earth would affect your weight, but not your mass.
1st state of matter- solid 2nd state of matter- liquid 3rd state of matter- gas 4th state of matter- plasma 5th state of matter- Bose Einstein condensate 6th state of matter - fermionic condensate 7th state of matter- thought to be Fermionic condensate