WebJun 4, 2011 · • Both Saturn and Jupiter have adverse weather conditions. These also last longer than those on Earth. For example, the Voyager probes found a large hexagonal shaped storm larger than the whole of … WebFeb 13, 2024 · The internal heat sources for Jupiter and Saturn derive from primordial heat resulting from the initial gravitational contraction of each planet. Jupiter also generates heat by slow contraction, which liberates substantial gravitational energy. ... While both Jupiter and Saturn generate much of their energy internally, they are not large enough ...
The ‘Great’ Conjunction of Jupiter and Saturn NASA
WebJupiter 1,326 kg/m3. Uranus 1,270 kg/m3. Saturn 687 kg/m3. Notice that even though Neptune and Uranus are smaller in size, their densities are much larger than Saturn's. This leads us to believe that Uranus and Neptune must have significantly different compositions than that of Saturn, with a much larger fraction of higher-density material such ... WebOn both Jupiter and Saturn, the temperature near the cloud tops is about 140 K (only a little cooler than the polar caps of Mars). On Jupiter, this cloud level is at a pressure of about 0.1 bar (one tenth the atmospheric pressure at the surface of Earth), but on Saturn it occurs lower in the atmosphere, at about 1 bar. he still in the fire speers
11.2 The Giant Planets - Astronomy 2e OpenStax
WebBoth Jupiter and Saturn radiate more heat into space than they receive from the Sun. What is the primary source of heat in the giant planets? Select an answer and submit. WebBasic Characteristics. The giant planets are very far from the Sun. Jupiter is more than five times farther from the Sun than Earth’s distance (5 AU), and takes just under 12 years to circle the Sun. Saturn is about twice as far away as Jupiter (almost 10 AU) and takes nearly 30 years to complete one orbit. Uranus orbits at 19 AU with a ... WebThe giant planets are very far from the Sun. Jupiter is more than five times farther from the Sun than Earth’s distance (5 AU), and takes just under 12 years to circle the Sun. Saturn … he still looks somewhat