Saturn, where it generates heat as it falls downward.
94% hydrogen, 6% helium Other sources say 96% hydrogen, 4% helium, so I'd say around 95%ish hydrogen, 5% helium.
It would sink into the planet and eventually break up due to gravitational forces and extreme pressures. Some of Jupiters interior may be ejected by the collision.
Assume you mean the planet Saturn. While the gasses on Saturn may have an associated odor, the gravity is so great that if you were actually on the surface of the planet, you would be instantly crushed.
Beneath the atmosphere, there is a liquid layer of hydrogen and helium. As depth increases, this layer becomes more viscous, and then partly solid. This layer may be composed of compressed water with ammonia and methane. go to http://www.enchantedlearning.com/subjects/astronomy/planets/uranus/uranusinside.shtml for a great illustration of the core of uranus
Planet Uranus is so far away that scientist do not know nearly what they would like to about it. However, it is believed that the planet is composed of rock and metals surrounded by gas and ice.
The interior must have been (and still may be) hot enough to melt rock, etc.
94% hydrogen, 6% helium Other sources say 96% hydrogen, 4% helium, so I'd say around 95%ish hydrogen, 5% helium.
Jupiter may have a solid rocky core, but the planet itself is mostly hydrogen and helium.
It would sink into the planet and eventually break up due to gravitational forces and extreme pressures. Some of Jupiters interior may be ejected by the collision.
Assume you mean the planet Saturn. While the gasses on Saturn may have an associated odor, the gravity is so great that if you were actually on the surface of the planet, you would be instantly crushed.
A neutral atom of helium has 2 electrons.
Mountain ranges may block the flow of humid air from the ocean from reaching the interior of a continent forcing rain to fall on the windward side. This may form a rain shadow desert on the leeward side of the range. See the image above.
Beneath the atmosphere, there is a liquid layer of hydrogen and helium. As depth increases, this layer becomes more viscous, and then partly solid. This layer may be composed of compressed water with ammonia and methane. go to http://www.enchantedlearning.com/subjects/astronomy/planets/uranus/uranusinside.shtml for a great illustration of the core of uranus
Planet Uranus is so far away that scientist do not know nearly what they would like to about it. However, it is believed that the planet is composed of rock and metals surrounded by gas and ice.
Helium is lighter than air and a balloon filled with helium may rise up.
because of the weight of the bottle, also the helium may be compressed
In normal Helium(He) atom there are 2 electrons, 2protons and 2 neutrons.