hydrogen and hellium
On Jupiter, the atmosphere is mainly composed of hydrogen and helium with trace amounts of other gases. Since humans cannot breathe hydrogen, the lack of oxygen in Jupiter's atmosphere would make it impossible for humans to breathe there. Additionally, the extreme pressure and temperature on Jupiter would also make it uninhabitable for humans.
Yes, if you were on Jupiter, you would not burn up in the traditional sense, since Jupiter is a gas giant with no solid surface and a thick atmosphere primarily composed of hydrogen and helium. However, the intense pressure and extreme temperatures in its atmosphere would be lethal long before you could burn. Additionally, the lack of a breathable atmosphere and crushing gravity would make survival impossible.
A Jupiter wouldn't freeze or burn because they are the exact same temperature.
If the composition of the upper atmosphere allowed terrestrial radiation to escape more easily, it would lead to a cooling effect on Earth's climate. This increased ability for heat to escape into space would result in lower temperatures at the surface.
If a human were to land on Jupiter, they would likely be crushed by the extreme pressure of the planet's atmosphere before even reaching the surface. Jupiter's atmosphere is composed mainly of hydrogen and helium and contains powerful storms and intense radiation that would be lethal to humans. Additionally, Jupiter's lack of a solid surface would make it impossible to land on in the traditional sense.
If there would be life on Jupiter it would be creatures which are able to live without oxygen and can either fly or float. Because of the immense pressure inside Jupiter there is a very slim to no chance that life exists there. So these creatures would have to live at the upper atmosphere.
The time Egypt became united from lower Egypt and Upper Egypt to Egypt.
nothing would happen because comets hit Jupiter when it is hot and it does not burn up it. if Jupiter was a a bit bigger it would start to glow.
Scientists do not know what type of living things live on Jupiter. Scientists are still looking for any living things. If anything could live on Jupiter, pray to your God/Deity that you never bump into it. That's the Jovial bit over, some scientists believe that amino acids (the building blocks of life) could form in the upper atmosphere, but others counter with the idea that as the amino acids clump together they get heavier and sink down into the lower atmosphere and are destroyed by the pressure and heat.
You would not be able to see the moons from the surface; Jupiter's atmosphere is too thick.
No, Jupiter cannot support life. Jupiter cannot support life because it has no atmosphere and also because the pressure is really strong on Jupiter and anything that enters its atmosphere would be crushed.It has little water. Umm, nu-huh... Jupiter CAN support life, just not any life that is present in the Earth system. There are many possibilities for life to exist in the Jupiter system, although none have as yet been detected. Jupiter DOES have an atmosphere, the planet is predominated by it. Jupiter DOES have water... in it's atmosphere.
No. There is no solid surface and the atmosphere and winds would tear you apart.
On Jupiter, the atmosphere is mainly composed of hydrogen and helium with trace amounts of other gases. Since humans cannot breathe hydrogen, the lack of oxygen in Jupiter's atmosphere would make it impossible for humans to breathe there. Additionally, the extreme pressure and temperature on Jupiter would also make it uninhabitable for humans.
Yes, if you were on Jupiter, you would not burn up in the traditional sense, since Jupiter is a gas giant with no solid surface and a thick atmosphere primarily composed of hydrogen and helium. However, the intense pressure and extreme temperatures in its atmosphere would be lethal long before you could burn. Additionally, the lack of a breathable atmosphere and crushing gravity would make survival impossible.
A Jupiter wouldn't freeze or burn because they are the exact same temperature.
If the composition of the upper atmosphere allowed terrestrial radiation to escape more easily, it would lead to a cooling effect on Earth's climate. This increased ability for heat to escape into space would result in lower temperatures at the surface.
Despite the high heat in the lower levels of Jupiter's gaseous atmosphere, the extraordinary pressure there would create a core of solid metallic hydrogen, possibly interspersed with heavier elements. Above this solid core would be an incredibly dense ocean of liquified hydrogen and helium.