The planet is ripped to shreds and completely vaporizes before being sucked in, it has no surface when it is being consumed.
meteorite
A planet is a large naturally occurring spherical body composed of a solid or gaseous surface that orbits and receives radiant energy from a star and that clears away any debris in its orbital path.
No. The Mercury in fish is actually minerals that come from the surface of the planet closest to the Sun. Mercury, the metal, is just named after the planet.
it is considered a dwarf planet because of the fact that it has not yet cleared the path of debris in its orbit
You would not be able to actually stand on the surface because Neptune is a gas planet. But if you were in a structure that was able to fly (not orbit) on the "surface," you would weigh around 99.18 pounds.
meteorite
meteorite
Craters are where a chunk of space debris, such as a meteor or comet, has struck the surface of the planet and has caused material from the planets (or moons) surface to be ejected outwards.
Krypton was a planet, but when it exploded, the debris drifted into space and it contained radiation.
A crater (a generally circular impression and debris field formed by the impact with the surface).
to trap heat from the sun to shield the planet from harmful radiation and to disintigrate space debris before it reaches the surface
to trap heat from the sun to shield the planet from harmful radiation and to disintigrate space debris before it reaches the surface
mariner 4
Meteoroids become meteors -- or shooting stars -- when they interact with a planet's atmosphere and cause a streak of light in the sky. Debris that makes it to the surface of a planet from meteoroids are called meteorites.
Jupiter is a gas planet. Whether or not it actually has a surface is unknown, but a rocky or metallic core is often assumed.
A planet is a large naturally occurring spherical body composed of a solid or gaseous surface that orbits and receives radiant energy from a star and that clears away any debris in its orbital path.
The wind erosion is mostly responsible for the shape of planet Mars as well as the space debris that impact Mars.