Thick. It's a gas giant.
Uranus
The only outer planet without a thick atmosphere is Uranus. It has a thin atmosphere composed mostly of hydrogen and helium with traces of methane.
Uranus atmosphere is thick.AnswerUranus is the 7th planet from the SunIt's also the 4th planet from EarthIt's the third biggest planetIt takes 84.02 Earth years to orbit the Sun in which is a year on UranusIt's four times bigger then EarthOne day on Uranus is 17 hours and 14 minutesThe bottom line: Uranus has a thick atmosphereUranus is a celestial body of gas, it has no solid surface. It's atmosphere basically blends with Uranus itself so the means, it has a thick atmoshpere
Thick air. Planets like Venus, Jupiter, Saturn, Neptune and Uranus have a very dense atmosphere.
Uranus has a thick atmosphere primarily made up of hydrogen and helium, with traces of methane that give it a blue-green hue. The average temperature in the upper atmosphere of Uranus is around -224 degrees Celsius (-371 degrees Fahrenheit).
Uranus consists primarily of hydrogen and helium, with a small amount of water, ammonia, and methane ice in its atmosphere. It has a rock and ice core, and a thick layer of icy mantles. Its atmosphere is mostly hydrogen and helium with some methane.
Uranus has a thick atmosphere composed mostly of hydrogen, helium, and methane gases. The upper atmosphere is made up of layers of clouds, while the lower atmosphere is mostly a mix of gases including hydrogen and helium. The atmosphere of Uranus also contains trace amounts of various hydrocarbons.
The thickest of the rings, Eplision, is nearly 100 meters thick, while the other 12 rings are significaly slimmer.
Uranus has over 2 dozen moons and 11 rings encircling it. It also has a very thick atmosphere, which contains gases such as methane and ammonia.
No, there are four. They are Jupiter, Saturn, Uranus and Neptune.
The pressure on Uranus is much greater than on Earth, reaching up to millions of times Earth's atmospheric pressure. This is due to the thick layers of gas in Uranus's atmosphere and its large size, which leads to greater gravitational forces compressing its atmosphere.