Table of Contents
- 1 Why are Uranus and Neptune different colors than Jupiter and Saturn?
- 2 Why do Jupiter and Saturn show a lot of white while Uranus and Neptune are more blue in color?
- 3 Why is Neptune and Uranus blue?
- 4 Why do Jupiter and Saturn appear red white and brownish orange while Uranus and Neptune are blue?
- 5 What is the internal energy source of Neptune and Uranus?
- 6 What is the composition of Uranus?
Why are Uranus and Neptune different colors than Jupiter and Saturn?
Saturn is also a giant gas planet with an outer atmosphere that is mostly hydrogen and helium. This methane gas gives Uranus a greenish blue color Neptune also has some methane gas in its mainly hydrogen and helium atmosphere, giving it a bluish color.
Why do Jupiter and Saturn show a lot of white while Uranus and Neptune are more blue in color?
Why do Jupiter and Saturn appear red/white and brownish orange, while Uranus and Neptune are blue? … Methane gas absorbs red light, and methane clouds reflect blue light, giving Uranus and Neptune their distinctive blue colors.
How do Uranus and Neptune differ from Jupiter in their interiors?
Uranus and Neptune are not unlike the cores of Jupiter and Saturn, which similarly contain 10 to 20 Earth masses of melted ice and molten rock. But Uranus and Neptune are almost all core, without the deep envelope of hydrogen and helium that make up most of the mass of Jupiter and Saturn.
Is there a purple planet?
A comparison of the Kepler planets as compared to Earth, Jupiter, and previous Kepler finds. Kepler-11e is in purple at the bottom.
Why is Neptune and Uranus blue?
The blue-green, turquoise color of Uranus and the blue, indigo color of Neptune come from methane in their clouds. Unlike Jupiter and Saturn, there is no liquid metallic hydrogen inside Uranus and Neptune, but they both contain deep atmospheres of molecular hydrogen.
Why do Jupiter and Saturn appear red white and brownish orange while Uranus and Neptune are blue?
Why do Jupiter and Saturn appear red/white and brownish orange, while Uranus and Neptune are blue? Methane gas absorbs red light, and methane clouds reflect blue light, giving Uranus and Neptune their distinctive blue colors.
What is the difference between Saturn and Uranus and Neptune?
Caused by fast rotation •( Rotation period ~10 hours) and large radius (~ 71,000 km) •Saturn less asymmetric – larger core – same basic overall structure •Uranus/Neptune have a high density “slush” below cloud level – compressed water clouds with ammonia dissolved in the water, creating an electrically conductive layer.
Would you have predicted Jupiter or Neptune to have an internal energy?
Would have predicted neither to have an internal energy source because they are small enough to have cooled off. Neptune’s internal energy source drives its weather. Neptune has a higher density implying a larger fraction of rocky material in its core. Galileo’s original drawing of Jupiter and its moons.
What is the internal energy source of Neptune and Uranus?
Neptune has a strong internal energy source but Uranus does not. Would have predicted neither to have an internal energy source because they are small enough to have cooled off. Neptune’s internal energy source drives its weather. Neptune has a higher density implying a larger fraction of rocky material in its core.
What is the composition of Uranus?
Uranus is the seventh planet from the Sun. It has the third-largest planetary radius and fourth-largest planetary mass in the Solar System. Uranus is similar in composition to Neptune, and both have different bulk chemical composition from that of the larger gas giants Jupiter and Saturn.