Gas giants can be subdivided into different types. The "traditional" gas giants, Jupiter" class='external' title="Jupiterand Saturn" class='external' title="Saturn, are composed primarily of hydrogen" class='external' title="hydrogenand helium" class='external' title="helium. Uranus and Neptune are sometimes considered a separate subclass called ice giants, as they are mostly composed of water" class='external' title="water, ammonia" class='external' title="ammonia, and methane" class='external' title="methane; the hydrogen" class='external' title="hydrogenand helium" class='external' title="heliumin Uranus and Neptune is mostly in the outermost region. Among extrasolar planets, hot Jupiter" class='external' title="hotJupiter are gas giants that orbit very close to their stars and thus have a very high surface temperature; perhaps due to the relative ease of detecting them, Hot Jupiters are currently the most common form of extrasolar planet known.
Gas giants can be subdivided into different types. The "traditional" gas giants, Jupiter" class='external' title="Jupiterand Saturn" class='external' title="Saturn, are composed primarily of hydrogen" class='external' title="hydrogenand helium" class='external' title="helium. Uranus and Neptune are sometimes considered a separate subclass called ice giants, as they are mostly composed of water" class='external' title="water, ammonia" class='external' title="ammonia, and methane" class='external' title="methane; the hydrogen" class='external' title="hydrogenand helium" class='external' title="heliumin Uranus and Neptune is mostly in the outermost region. Among extrasolar planets, hot Jupiter" class='external' title="hotJupiter are gas giants that orbit very close to their stars and thus have a very high surface temperature; perhaps due to the relative ease of detecting them, Hot Jupiters are currently the most common form of extrasolar planet known.
Gas planets are typically much larger than rocky planets. They are made up mostly of gases like hydrogen and helium and have lower density compared to rocky planets. Gas giants like Jupiter and Saturn can be tens or even hundreds of times larger than rocky planets like Earth.
Planets which began in dense matter regions have greater mass, and are able to hold onto their large, deep atmospheres of light gases like hydrogen and helium. (Jupiter's diameter is mostly atmosphere, while Earth's atmosphere is relatively shallow at about 1% of its diameter.)
The inner planets are known as terrestrial planets because they are rocky like earth
Gas planets have mor planets then rocky planets because rocky planets are like earth. Gas planets are just difrent in there own way. If im wrong tell me but im pretty sure that's why. they are larger so the gravity captures more satalites
Jupiter and Saturn are gas giants, not rocky planets. They are primarily made up of gases like hydrogen and helium and do not have a solid surface like rocky planets such as Earth.
It depends on the planet. Some planets, like Jupiter, are made from gas. While others, like Earth, are rocky planets.
The smaller planets in our solar system with rocky surfaces are Mercury, Venus, Earth, and Mars. These terrestrial planets are composed primarily of rock and metal, distinguishing them from the larger gas giants like Jupiter and Saturn. Mercury is the smallest, followed by Mars, Venus, and Earth. Each of these planets has a solid surface, unlike the gas giants, which lack a well-defined solid crust.
Mars,venus,mercury
Mars and Earth are very different planets when it comes to temperature, size, and atmosphere, but geologic processes on the two planets are surprisingly similar. On Mars, we see volcanoes, canyons, and impact basins much like the ones we see on Earth.
Terrestrial planets are rocky, dense planets that are closer to the sun, such as Mercury, Venus, Earth, and Mars. Jovian planets, also known as gas giants, are larger planets made mostly of gases like hydrogen and helium, and include Jupiter, Saturn, Uranus, and Neptune.
Earth-like planets are often referred to as terrestrial planets, which are rocky planets similar in composition and size to Earth. These planets typically have solid surfaces, as opposed to gas giants or ice giants. Some examples of terrestrial planets in our solar system include Mercury, Venus, Earth, and Mars.
well, they are all inner they are all rocky they looks like earth.