Jupiter is hotter than Saturn. Jupiter has extreme heat due to its strong internal heat source, while Saturn's atmosphere reflects and scatters more sunlight, resulting in cooler overall temperatures.
The heat source for Jupiter and Saturn is primarily internal heat left over from their formation, along with some heat generated by the decay of radioactive elements in their cores. Gravitational compression from their massive sizes also contributes to maintaining their internal temperatures.
average -108 degrees Celsius
The composition of Jupiter's atmosphere is quite different from Earth's--Jupiter is composed mostly of hydrogen and helium, the same elements that make up most stars. In fact, we expect that Jupiter has basically the same composition as the Sun. Like the Sun, Jupiter has its own heat source, but Jupiter's heat comes from heat left over from the formation of the planet 4.5 billion years ago, and heat produced today due to the slight contraction of the planet under its own gravity. This means that Jupiter's composition might be very much like the original solar nebula from which it--and the solar system--formed, so investigating Jupiter's atmosphere is a way for us to investigate the early solar system.
Approximately 1,321 Earths could fit inside Jupiter, as Jupiter's volume is about 1,321 times that of Earth.
Jupiter does not have any ground and so does not have any underground. However, Jupiter pumps out more heat from its interieor than it recieves from the sun.
No, the reason is there is too much pressure and heat around Jupiter.
Jupiter is hotter than Saturn. Jupiter has extreme heat due to its strong internal heat source, while Saturn's atmosphere reflects and scatters more sunlight, resulting in cooler overall temperatures.
Europa gets the amount of sunlight that moons of Jupiter can expect to get; not much. Jupiter is about 8 times further from the Sun than the Earth is, so it gets about 1/64th as much solar energy. "Enough"? Enough for what?
No. The distance between Jupiter and Saturn is larger than that of mars and Jupiter.
Saturn because it is called "Lord of Rings" because it has the largest amount of rings and Jupiter has the least amount of rings.
The heat source for Jupiter and Saturn is primarily internal heat left over from their formation, along with some heat generated by the decay of radioactive elements in their cores. Gravitational compression from their massive sizes also contributes to maintaining their internal temperatures.
Jupiter gives off more heat than it receives from the sun, so "emit" might be a better answer than either of the ones given.
Jupiter did not become a star because it lacks the mass needed to sustain nuclear fusion in its core. Stars need a certain amount of mass to generate enough pressure and heat for nuclear fusion to occur, and Jupiter's mass is not sufficient for this process to take place.
i don't know but i think beyond Jupiter's orbit is when you get no heat.
what is the speed in amount of time and plant is Jupiter in it must include light, 500 km/hr,etc.)
The "Surface" of Jupiter is hard to define as it is a gas giant but the top of the atmosphere (however you want ti define that) is cold due to heat radiating into space. Jupiter is so much farther from the Sun than Earth is, the Sun cannot heat Jupiter's atmosphere. And the heat form the interior (it is actually hotter than the surface of the Sun deep inside Jupiter!) dissipates into space.