Planets come in a wider range of types than the planets in our solar system. Best Answers The Great Red Spot has been there for a while, but scientists still struggle identify what causes its swirl of reddish hues. Jupiter’s Great Red Spot is really, really hot The giant storm may help explain why the planet’s atmosphere is so warm In this illustration of Jupiter, churning air over the Great Red Spot creates a hot spot (yellow) hundreds of degrees of warmer than the surrounding atmosphere. Why Jupiter is hot. In this part serves the mass of insulation, but its heat slowly out of himself. That’s a monumentally large object by our standards, and you can fit the volume of 1300 Earths in one Jupiter. Best Answers. Best Answers The Great Red Spot has been there for a while, but scientists still struggle identify what causes its swirl of reddish hues. The reddish brown and white stripes of Jupiter are made up of swirling clouds. Planets come in a wider range of types than the planets in our solar system. Learn faster with spaced repetition. Jupiter’s Great Red Spot is really, really hot The giant storm may help explain why the planet’s atmosphere is so warm In this illustration of Jupiter, churning air over the Great Red Spot creates a hot spot (yellow) hundreds of degrees of warmer than the surrounding atmosphere. You do not have enough information to say anything at all about the planet. A planet w a mass similar to Jupiter but very close to the central star & therefore hot What is the transit method of finding extrasolar planets Monitoring a star to detect periodic dips in its brightness from the planet passing in front of the star What do we mean by a "hot Jupiter"? Jupiter's Great Red Spot is more than twice the size of Earth! See how binary stars factor in here. If you were to replace Jupiter with the smallest possible star it would have very little impact here on Earth. The planets (Jupiter included) are moving so fast around the Sun, that their trajectories arc over the solar horizon and loop back around. No one knows exactly how hot, but scientists think it could be about 43,000°F (24,000°C) near Jupiter's center, or core. The Great Red Spot has been there for a while, but scientists still struggle identify what causes its swirl of reddish hues. Jupiter - Jupiter - Cloud composition: Jupiter’s clouds are formed at different altitudes in the planet’s atmosphere. Winds inside this storm reach speeds of about 270 miles per hour. The planet must be farther from the star than Neptune is from the Sun. The reddish brown and white stripes of Jupiter are made up of swirling clouds. This friction generated heat, trapped in Jupiter, the more mass the more heat is trapped. What is jupiter's great red spot quizlet? Searching for Earth-like planets in alien solar systems with "hot Jupiter"-type worlds may be fruitless, a new study suggests. No one knows exactly how hot, but scientists think it could be about 43,000°F (24,000°C) near Jupiter's center, or core . Scientists may have solved the mystery behind why giant hot Jupiter planets have such weird orbits. Jupiter is hot by the following fact: Just by the friction at the time of its formation. a planet that is Jupiter-like in size but orbits very close to its star. The close orbital distance explains why it is "hot." What do we mean by a "hot Jupiter"? Nobody knows when the Great Red Spot first appeared on Jupiter, but it has been seen on Jupiter ever since people started looking through telescopes about 400 years ago. Study Chapter 13 home work 9 Other Planetary Systems flashcards from michael pecoraro's class online, or in Brainscape's iPhone or Android app. The close orbital distance explains why it is "hot." Overall, what do current data suggest about planetary types in other planetary systems? hot Jupiters orbit close enough to their parent star to be pulled into the star by the star's gravitational force. It's really hot inside Jupiter! The well-known Red Spot is a huge, long-lasting storm. What is jupiter's great red spot quizlet? First off, you should know that Jupiter does not have a hard, rocky surface like the one we have here on Earth. See how binary stars factor in here. It's really hot inside Jupiter! There’s some debate over which star is the smallest star (seen so far). The planet must be closer to the star than Earth is to the Sun. Overall, what do current data suggest about planetary types in other planetary systems? The heat from compression and radiogenic elements heats the dwarf to several thousand Kelvin.