It becomes a solid and gives off heat.
As you move deeper into Jupiter's atmosphere, the pressure and temperature increase significantly. This causes the gases to become more compressed and denser. The hydrogen and helium that make up most of Jupiter's atmosphere start to transition into a metallic state under these extreme conditions.
Jupiter's atmosphere is actually very thick, with layers of gas extending to great depths. It consists mainly of hydrogen and helium, along with trace amounts of other compounds. The atmosphere gradually transitions into liquid form as you move deeper into the planet.
Jupiter has a very thick atmosphere composed mainly of hydrogen and helium, along with traces of other gases. This atmosphere is so dense that it becomes increasingly compressed and changes to a liquid-like state deeper within the planet.
Jupiter is a gas giant made mostly of hydrogen and helium with no solid surface, so there is no "inside" to explore. The immense pressure and heat in Jupiter's interior would crush any spacecraft before it could even get close to the core.
Yes, the atmosphere of Jupiter is primarily composed of hydrogen and helium, with trace amounts of other gases like methane and ammonia. It is not breathable for humans, as it lacks a sufficient amount of oxygen and contains substances that would be toxic to us.
There is no solid surface, it is a planet of gas that gets thicker the deeper you go in. Uranus' atmosphere is mainly Hydrogen (around 83%), Helium (around 15%) and Methane (around 2.3%).
Yes, Jupiter is primarily composed of gases, with hydrogen and helium making up the majority of its atmosphere. It lacks a solid surface, and deeper layers may consist of liquid metallic hydrogen and other exotic materials. This gas giant's thick atmosphere features clouds of ammonia and water vapor, contributing to its distinctive bands and storms.
The Jovian Planets do not have an "surface" as we know it. Since they are composed primarily of hydrogen, ammonia, and methance, these gases gradually compress/condense to a suspended soupy mixture thousands of kilometres below the cloud tops. As one goes deeper, this "soupy" mixture gradually becomes a vast ocean of liquid hydrogen made possible under massive pressure. One can still go deeper and the liquid hydrogen starts to behave like a metal under the fantastic pressure of 10's of thousands of kilometres of atmosphere. That's why Jupiter, especially, as a strong magnetic field. This vast ball of rapidly spinning liquid metallic hydrogen acts like a giant dynamo! It is presumed that each the Jovian Planets each have a rocky core roughly the size of earth.
The atmosphere of Jupiter is considered thick compared to Earth's atmosphere. It is composed mainly of hydrogen and helium gases, with traces of other elements. The atmosphere is much deeper and denser than Earth's atmosphere, extending many kilometers into the planet's interior.
Saturn's atmosphere is not as thick as Earth's, but it is still very dense compared to the vacuum of space. It is composed mostly of hydrogen and helium, with traces of other gases. The atmosphere gets denser as you move deeper into the planet.
As you go deeper and deeper the layers will start to get hotter and thicker.
Below Saturn's atmosphere lies a layer of liquid metallic hydrogen, followed by a core made up of rock and ice. The exact composition and characteristics of these deeper layers are still being studied and understood by scientists.