There are two terrestrial planets in the solar system with ever-changing surfaces: Mars, which constantly undergoes minor changes due to sandstorms, and Venus, the surface of which is molten.
The thick layer of hot clouds on this planet is likely due to a greenhouse effect, trapping heat from its surface. The rocky surface beneath could indicate a solid composition similar to Earth. The planet may experience extreme temperature fluctuations between the cloud-covered side and the rocky side, depending on its distance from its star.
None. By definition a rocky planet is mostly rock. Venus, by far, has the densest atmosphere of the terrestrial planets, but the planet itself is mostly rock and is similar in composition to Earth.
Mars is rocky. It has a solid surface made up of rock and iron-rich minerals. The planet does have a thin atmosphere primarily composed of carbon dioxide and other gases, but it is mostly dominated by its rocky surface.
Mars is a solid planet with a rocky surface. It has a thin atmosphere composed mainly of carbon dioxide.
Mars is a terrestrial (rocky) planet, also known as an inner planet.
rocky
When a meteorite slams into a rocky planet's surface, it often makes a crater.
Jupiter does not have a solid, rocky surface like Earth. It is a gas giant composed mainly of hydrogen and helium. The visible "surface" of Jupiter is actually just the top of its thick atmosphere, which is constantly changing and swirling with colorful bands of clouds.
Venus is called a rocky planet because, like Earth, it has a surface made of rock.
Ceres is not a gaseous planet. Ceres is not a planet, it is a dwarf planet. Ceres has a rocky surface.
there are none, if you're not counting Pluto as a planet.
Mars
Mercury
The Earth is considered a rocky planet.
An Icy, Rocky Core.
Pluto because it is very small and it's surface is rocky.
The thick layer of hot clouds on this planet is likely due to a greenhouse effect, trapping heat from its surface. The rocky surface beneath could indicate a solid composition similar to Earth. The planet may experience extreme temperature fluctuations between the cloud-covered side and the rocky side, depending on its distance from its star.