Jupiter has a rock and metal core the same size as Earth's core. However, due to the intense pressures of Jupiter's, it's core is about 10 times heavier than Earth's core. It's position in the early Solar System, which was further from the Sun than the small inner planets like Earth, Mars and Venus allowed it to accrete more matter because it was beyond the frost line. The frost line was a point at which hydrogen compounds could condense. These condensed materials were then available to become part of the outer planets. It also explains why these planets are more gaseous and less dense than the inner planets, where only rocks and heavier metals could condense in the intense heat of the sun. That is why there are rocky planets nearer the Sun and gas giants further out.
It is believed that Jupiter has a core made primarily of rock and metal, likely composed of heavy elements such as iron and nickel. However, due to the extreme pressure and temperature conditions within Jupiter's interior, the precise composition of its core remains uncertain.
Jupiter is composed mostly of gas, primarily hydrogen and helium, with no solid surface. However, towards its core, the pressure and temperature are so high that it is thought to have a small solid core, possibly composed of heavy elements.
Jupiter's core temperature is estimated to be around 20,000°C (36,000°F). This extreme heat is generated by the planet's gravitational compression and the residual heat left over from its formation.
Yes, Jupiter does have impact craters on its surface, although they are much less common compared to rocky planets like Earth or Mars. The gas giant's strong gravitational pull and thick atmosphere help to break up and burn up incoming objects before they can create large craters.
Jupiter's core is estimated to be around 7-25 times the mass of Earth, with a radius of approximately 16,000-25,000 km. It is composed primarily of rock, metal, and hydrogen compounds at extremely high temperatures and pressures. Despite its significant size, Jupiter's core accounts for only a small fraction of the planet's total volume.
Jupiter is a gas planet. Whether or not it actually has a surface is unknown, but a rocky or metallic core is often assumed.
Jupiter has 3 layers called the crust core and inner core.
No
Jupiter is not in danger. It does not need to be protected.
Yes.
Yes
Hypothetically, yes. I probably has a small silicate rock and ice core. This is likely because all of Jupiter's moons have a similar core.
but head
yes
No, it has a dense rocky core in the middle!!
Jupiter has a possibility to have a solid (rocky, icy) core
you can because Jupiter is fiar away from the sunlight.