chocolate lava with rain bow sprinkles and gummy bears
it is pizza and tacos
Jupiter's core is thought to be made up of highly pressurized liquid hydrogen and helium.
Jupiter's interior is thought to be composed primarily of hydrogen and helium, which make up the majority of its mass. It is theorized to have a dense core made of rock, metal, and other elements, surrounded by layers of liquid metallic hydrogen and molecular hydrogen. The exact composition and structure of Jupiter’s interior is still not completely understood and is the subject of ongoing scientific research.
Jupiter has no definite surface. If you did not have a suitable aircraft you would simply fall into the planet's interior to be crushed by the immense pressure.
As with any planet, the interior of Jupiter is quite hot, but at the level in its atmosphere where pressure is similar to what we find on Earth it is actually quite cold.
Jupiter's interior is made up of a dense core, surrounded by layers of metallic hydrogen and helium. These layers create a strong magnetic field and contribute to the planet's massive size and rapid rotation. The composition and structure of Jupiter's interior play a key role in shaping its atmosphere, weather patterns, and overall characteristics as a gas giant planet.
The Juno spacecraft collected data about Jupiter's magnetic field and polar regions. Juno arrived at Jupiter in July 2016 and orbits the planet to study its atmosphere, magnetosphere, and interior structure.
The cross section of Jupiter, which is the flat view of the planet's interior when sliced, shows its layers of atmosphere and possibly a solid core at the center. It helps scientists understand the planet's composition and structure beneath its clouds.
Jupiter's Moon: A surprisingly rich goat cheeseAge and look: Aged 1 to 2 months. Rind is bumpy in texture and orange in color. The interior of the cheese transforms from firm to fudgy during ripening.
Jupiter is a very massive planet composed mostly of hydrogen. It is massive enough that below a certain depth the pressure from the overlying layers is enough to convert the hydrogen into its liquid metallic state.
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.
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