Earth is the only geologically active planet among the terrestrial planets. There are some geologically active moons in orbit around the gas giants. Enceladus is quite an interesting moon of Saturn.
Another name for the terrestrial planets is the inner planets. There are four terrestrial planets: Mercury, Venus, Earth and Mars.
No. It is a gas giant. Terrestrial planets are planets that are mainly made of land.
The Terrestrial planets are Mercury, Venus, Earth, and Mars. The Jovian planets are Jupiter, Saturn, Uranus, and Neptune.
Terrestrial planets are the solid planets like Earth and Mars. Jovian planets are those gas planets like Jupiter and Saturn.
The diameter of a terrestrial and jovian planets are comparable in the sense that the objects orbiting on a terrestrial level are often much bigger than those of jovian planets.
If you meant all terrestrial bodies (including moons) Its io (io has the least amount of water). If you meant terrestrial planets (only planets) its venus and earth they both have an active core
Earth. Why is 1) the moon, 2) rotation rate, 3) liquid core, 4) thin crust.
One of the best example of terrestrial sphere is the earth. The 8 planets are also considered as the terrestrial sphere.
They are different because terrestrial planets is any of Earth like planets including: Mercury, Venus, Mars, and Earth. However jovian planets are the Jupiter like planets including: Jupiter, Saturn, Uranus, and Neptune
The first four planets of the solar system, including Venus, are terrestrial.
Another name for the terrestrial planets is the inner planets. There are four terrestrial planets: Mercury, Venus, Earth and Mars.
The Earth is terrestrial rather than gaseous. There are several planets in the solar system that are considered to be gaseous but the Earth and Mars and even Pluto are terrestrial.
Terrestrial planets not landed on - Venus.
Terrestrial Planets, or Rocky Planets.
No. The Jovian planets are much more massive than the terrestrial planets.
terrestrial
Gas giant planets are not known to be geologically active, since their cores are under a hot, dense lower atmosphere. A larger terrestrial planet, however, might exhibit a greater segregation of heavier metals in the core, as on Earth, leaving the lighter minerals more likely to be affected by tidal forces.