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The warm airmass is located in the upper troposphere in the pressure range of 200–500 mbar. This warm central spot slowly counter-rotates and may be caused by a weak subsidence of air in the center of GRS. [98] The Great Red Spot's latitude has been stable for the duration of good observational records, typically varying by about a degree.
Jupiter is the fifth planet from ... a distance from the early Sun where the temperature was sufficiently cold for volatiles such ... Hot Jupiter – Class of high ...
It is the moon with the highest volcanic activity in the Solar System, as a result of the tidal forces from the planet and its oval orbit around it. Even so, the surface is still cold: -143 Cº. The atmosphere is 200 times lighter than Earth's atmosphere, the proximity of Jupiter gives a lot of radiation, and it is completely devoid of water.
As night falls, Jupiter will rise in the east-northeast, among the stars that make up the constellation of Taurus, according to NASA. Around Dec. 14, Jupiter will be visible in the night sky ...
Hot Jupiter A class of extrasolar planets whose characteristics are similar to Jupiter, but that have high surface temperatures because they orbit very close—between approximately 0.015 and 0.5 AU (2.2 × 10 ^ 6 and 74.8 × 10 ^ 6 km)—to their parent stars, whereas Jupiter orbits its parent star (the Sun) at 5.2 AU (780 × 10 ^ 6 km ...
A cold hydrogen-rich gas giant more massive than Jupiter but less than about 500 M E (1.6 M J) will only be slightly larger in volume than Jupiter. [9] For masses above 500 M E, gravity will cause the planet to shrink (see degenerate matter). [9] Kelvin–Helmholtz heating can cause a gas giant to radiate more energy than it receives from its ...
NASA's Juno spacecraft recently flew by Jupiter, collecting crucial data -- and the best look we've gotten at the planet in a very long time. This is the closest photo of Jupiter anyone has seen ...
As cold, dense plasma moves outward, it is replaced by hot, low-density plasma, with temperatures of up to 20 keV (200 million K) or higher) moving in from the outer magnetosphere. [27] Some of this plasma, adiabatically heated as it approaches Jupiter, [29] may form the radiation belts in Jupiter's inner magnetosphere. [7]