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It would be impossible to land on Jupiter, Saturn, Uranus, or Neptune because none of these planets have definite surfaces.
In order to land on a planet, it has to have a solid outer crust. The only planets in the solar system with a solid outer core are the 4 inner planets (Mercury, Venus, Earth and Mars). The planets outside the Asteroid Belt are composed primarily of gas, which would make any landing impossible on those planets.
It is impossible to predict where a meteor will land or when it will land in a particular place, so your question cannot be answered.
that would ruin the very definition of a moon. a moon is an object that orbits a planet, so it's impossible.
Venus is a land (rocky) planet.
It would be impossible to land on Jupiter, Saturn, Uranus, or Neptune because none of these planets have definite surfaces.
In order to land on a planet, it has to have a solid outer crust. The only planets in the solar system with a solid outer core are the 4 inner planets (Mercury, Venus, Earth and Mars). The planets outside the Asteroid Belt are composed primarily of gas, which would make any landing impossible on those planets.
It would be impossible for humans to land on Jupiter, Saturn or Uranus. As a group, these planets are referred to as "gas giants". If any of them has a solid surface at all, it lies beneath thousands of miles of gas or liquid, in total dark and under temendous pressure.
It is impossible to predict where a meteor will land or when it will land in a particular place, so your question cannot be answered.
In theory, it would be possible to land on a planet without fling.
The world would have no more people because it would be impossible to reproduce.
That's impossible, there are always a Candy-Land.
If unexplored land was explored then it would no longer be unexplored land, and that is why it is impossible to explore unexplored land.
Nothing, it is impossible to sustain life on mercury. YOU WOULD DIE!!!
that would ruin the very definition of a moon. a moon is an object that orbits a planet, so it's impossible.
This is impossible to answer for a planet with unknown conditions or characteristics.
Since we can't explore the galaxy, the sizes could be almost limitless. but I would doubt the planet could get bigger than the star it orbits which would be realistically impossible.