Terrestrial planets have proportionately more silicate materials than Jovian ones.
Jupiter is a Jovian Plant. The adjective Jovian has come to mean anything associated with Jupiter; and by extension, a Jupiter-like planet. The Jovian planets are the gas giants: Jupiter, Saturn, and Neptune. Many, if not most, of the exoplanets discovered to date appear to be Jovian. By contrast, terrestrial, aka telluric, aka rocky planets differ significantly from the gas giant/Jovian planets in that they are composed primarily of metals and silicate rocks (hence "rocky" planets) like Earth, aka Terra (from which we get the word terrestrial) and are "Earth-like" as opposed to "jupiter-like"/Jovian. The terrestrial planets are Mercury, Venus, Earth, and Mars. All the dwarf planets are also more terrestrial than jovian.
Yes. The Terrestrial Planets (Mercury, Venus, Earth and Mars) are primarily composed of rock, whereas the Jovian Planets (or Gas Giants) (Jupiter, Saturn, Uranus and Neptune) are composed of gases, and thus their densities are significantly less. For example The Earth has a mean density of approximately 5.5g cm3 whereas Saturn has a mean density of 0.687g cm3 which is less than water. If you could find a bath large enough and enough water, Saturn would actually float.
Jovian Planets do not have a solid surface to stand on.
Inner planets are terrestrial planets outer are jovian planets
Jovian planets are: -gaseous -farthest planets from the sun -largest planets
The Jovian planets are gas giants and have no surface.
The four Jovian planets
No. The Jovian planets are much more massive than the terrestrial planets.
The Jovian Planets are Jupiter, Saturn, Uranus and Neptune.... Jovian means Made of Gas.
Just beyond the Jovian planets is the Kuiper Belt.
The Jovian planets have much higher escape velocities.
The inner, or terrestrial planets are more dense than the outer planets/gas giants/jovian planets. Through a process of differentiation we find inner planets to typically consist of a molten iron core and a less dense silicate crust.