Gas planets are large planets in our solar system that are primarily composed of gases such as hydrogen and helium. They do not have a solid surface like terrestrial planets, and instead have thick atmospheres that extend deep into their interiors. The gas giants in our solar system are Jupiter and Saturn, while the ice giants are Uranus and Neptune. **

Gas planets don't collapse because of the balance between the inward force of gravity and the outward force of gas pressure. The immense gravitational force of the planet pulls the gas molecules inward, but as the gas becomes more compressed, the pressure increases, pushing the gas outward. This balance between gravity and gas pressure prevents the planet from collapsing under its own weight. Additionally, the heat generated by the planet's gravitational contraction also creates an outward pressure that helps to support the planet's structure. **

Gas planets are round because of their immense gravitational pull. The force of gravity acts equally in all directions, causing the gas planet to collapse into a spherical shape. Additionally, the high pressure and heat in the interior of the gas planet also contribute to its round shape. These factors combined result in the gas planet taking on a nearly perfect spherical form. **

The inner planets, Mercury, Venus, Earth, and Mars, are rocky planets because they formed closer to the sun where it was hotter. The intense heat caused lighter elements like hydrogen and helium to be blown away, leaving behind heavier elements like rock and metal. In contrast, the outer planets, Jupiter, Saturn, Uranus, and Neptune, are gas planets because they formed farther from the sun where it was cooler. This allowed lighter elements to remain in their atmospheres, creating their gas giant composition. **

Gas planets have more moons than rocky planets because their larger size and stronger gravitational pull allow them to capture and retain more moons. Additionally, gas planets are formed further from the sun where there is more material available for moon formation. The presence of a thick atmosphere on gas planets also helps in capturing passing objects and turning them into moons. **

Gas planets, such as Jupiter and Saturn, are primarily composed of gases like hydrogen and helium, with a small rocky core at their center. They have thick atmospheres and lack a solid surface. In contrast, rocky planets, like Earth and Mars, are primarily composed of solid materials such as rock and metal. They have a defined solid surface and a much thinner atmosphere compared to gas planets. **

Gas planets, such as Jupiter and Saturn, do not have a solid surface like terrestrial planets such as Earth. Instead, they are composed mostly of gases like hydrogen and helium. As you move deeper into the planet, the gases become denser and eventually transition into a liquid state. The lack of a solid surface is due to the immense pressure and temperature found within these massive planets. **

Gas planets like Jupiter and Saturn experience storms due to the turbulent and dynamic nature of their atmospheres. These planets have thick layers of gas and volatile compounds, which create strong winds and intense convection currents. Additionally, the rapid rotation of gas planets can also contribute to the formation of storms and atmospheric disturbances. The combination of these factors leads to the development of massive and long-lasting storms, such as Jupiter's famous Great Red Spot. **