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 ... WebThe jovian planets share many characteristics in common such as approximate core size, severe weather, rings and numerous moons, and strong magnetic fields. Jupiter and Saturn have similar compositions of hydrogen and helium, while Uranus and Neptune are composed primarily of hydrogen compounds. Unlike the terrestrial planets, the jovian ...
Rarity of Jupiter-like planets means planetary systems exactly like ...
WebWhy does Saturn have a less varied appearance than Jupiter? Chemical composition is similar, but atmospheric layers on Saturn is thicker because of its weak gravity (less mass). Because the clouds are thicker there are few holes and gaps in the top layer. What does … 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 ... cult of pedagogy vocabulary
Describe the different processes that lead to substantial ... - Brainly
Web1 Answer. The book Jupiter: The Planet, Satellites and Magnetosphere, edited by Fran Bagenal, Timothy Dowling, and William McKinnon has, in its third chapter, the text: " [Jupiter] is still contracting at a rate of ~3 cm per year while its interior cools by ~1 K per million year." The chapter does not give a specific source for that, but the ... Web1.6. 16.1. Table 11.3. Jupiter, the giant among giants, has enough mass to make 318 Earths. Its diameter is about 11 times that of Earth (and about one tenth that of the Sun). Jupiter’s average density is 1.3 g/cm 3, much lower than that of any of the terrestrial planets. (Recall that water has a density of 1 g/cm 3 .) east indies coffee and tea company lebanon pa