It is strongest when. an orbital condition in which one object is subject to periodic gravitational perturbations by another, most commonly arising when two objects orbiting a third have periods of. 5 to 4. Study Resources. It experiences a large pull from the planet not onlyAnswer: B. Io experiences tidal heating primarily because __________ 1. 02–0. Io experiences tidal heating primarily because __________. On Jupiter, the larger the storm, the longer it can last. Io takes 1. c) it has an elongated shape that makes it look more like an egg than a sphere. As you learned in Part A, Io's elliptical orbit is necessary to its tidal heating. Part D Orbital resonance also gives Europa an elliptical orbit so it experiences from MA 3 at Stevens Institute Of Technology. Problem Set 10. A. b) it is made of relatively soft materials that deform quite easily. a-gray, black, and white like a medical X ray. Io experiences tidal heating primarily because ________. What planet has no solid surface, its outer layers are gaseous liquid, then. However, Europa experiences less tidal heating than Io, because Europa _____ than Io. Io is covered in hundreds of volcanoes. Wind, sunlight, and the planet. We now know of many Jupiter-size planets around other stars. a) it is located very close to Jupiter. c-visible light. a. Io is closer to Jupiter. Pages 40. Io experiences tidal heating primarily because ________. This orbital resonance causes Io to have a more elliptical orbit than it would otherwise, because _____. Tidal force is known to beStudy with Quizlet and memorize flashcards containing terms like Io experiences tidal heating primarily because, Orbital resonance also gives Europa an elliptical orbit, so it experiences tidal heating, too. As you saw in Part A, Io's elliptical orbit is necessary to its tidal heating. 7. Its elliptical orbit causes the tidal force to vary as Io orbits JupiterPart A Io experiences tidal heating primarily because _____. This elliptical orbit, in turn, is a result of the orbital resonance among Io, Europa, and Ganymede. On Europa, the tidal heating may have heated its interior enough to melt ice and produce a subsurface ocean. hints io experiences tidal heating primarily because _____. d) its elliptical orbit causes the tidal force to vary as Io orbits Jupiter. Io experiences tidal heating primarily because _____. Io experiences tidal heating primarily because _____. is more perfectly spherical in shape d. - most distant from Jupiter of these four moons. However, Europa experiences less tidal heating than Io, because Europa _____ than Io. D. d-infrared light. a) it is located very close to Jupiter. The tidal force is the constant throughout Io's orbit. its elliptical orbit causes the tidal force to vary as Io orbits Jupiter. Item 2 Learning Goal: To understand how we use the theory of gravity and tidal heating to explain observable characteristics of the Galilean moons of Jupiter. (If two distances are equal, drag the second item on top of the first item. The moon of Jupiter is volcanic. Io is unique in our Solar System because it gets most of its internal energy from this tidal heating, providing an ideal laboratory for improving our understanding of this fundamental process that plays a key role in the thermal and orbital evolution of the Moon, satellites in the outer Solar System, and extrasolar planets. 2. Two possible resonance scenariosIo experiences tidal heating primarily because of what. Jupiter & Saturn-Made of mostly hydrogen and helium-Very small components of rock and metal Uranus & Neptune-Much smaller than Jupiter and Saturn-Smaller compounds of hydrogen and helium-Hydrogen compounds such as-Water-Methane-Ammonia-Smaller components of rock and metalJupiter & Saturn-Made of mostly hydrogen and helium-Very small components of rock and metal Uranus & Neptune-Much smaller than Jupiter and Saturn-Smaller compounds of hydrogen and helium-Hydrogen compounds such as-Water-Methane-Ammonia-Smaller components of rock and metalBoth stars have the same luminosity, but the apparent brightness of Star B is four times that of Star A. Study Resources. chapter 11. Io experiences tidal heating primarily because ___ Io's elliptical orbit causes the tidal force on Io to vary as it orbits Jupiter. Total views 100+ University of Illinois, Chicago. introductory-astronomy; 11. Table 1 shows that the first three Galilean moons are locked in a 4:2:. Is farther from Jupiter. 2. is farther from Jupiter. Io's elliptical orbit. B. The tidal bulge even changes direction slightly. View full documentIo experiences tidal heating primarily because _____. its elliptical orbit causes the tidal force to vary as Io orbits Jupiter. Io's elliptical orbit is necessary to its tidal heating. Estimates of Io's global mean heat flow generally range from 1. hints io experiences tidal heating primarily because _____. sep. Io experiences tidal heating primarily because _____. Mars is thought to have frozen because it lost its atmosphere to solar wind stripping. To experiences tidal heating primarily because d) its elliptical orbit causes the tidal force to vary as Io orbits Jupiter. Saturn's rings are composed of. In a complex kind of modern dance, the large moons of Jupiter are caught in the varying gravity grip of both the giant planet and each other. A tidal force results from the unequal gravitational pull on two sides of a body. Definition of tidal heating Tidal heating is a source of internal heat created by tidal friction, which is. 2. Expert Help. In a complex kind of modern dance, the large moons of Jupiter are caught in the varying gravity grip of both the giant planet and each other. However, Europa experiences less tidal heating than Io, because Europa _____ than Io. io has an elongated shape that makes it look. obey any special signs or instructions as you pass is the correct option this is because of the fact that there are always some mandatory instructions written over the construction sites which either restricts the passage of traffic or labels the sign of divergence. As you saw in Part A, Io's elliptical orbit is necessary to its tidal heating. Io’s elliptical orbit causes the tidal force on Io to vary as it orbits Jupiter . The major heating source of Earth and the Moon is radioactive heating, but the heating source on Io is tidal heating. However, Europa experiences less tidal heating than Io, because Europa _____ than Io. -experiences the most tidal heating. The correct option is:D) Io is located very close to Jupiter. resonance. We now know of many Jupiter-size planets around other stars. Io's elliptical orbit causes the tidal force on Io to vary as it orbits Jupiter. This elliptical orbit, in turn, is a result of the orbital resonance among Io, Europa, and Ganymede. Chapter 11. The distance from Jupiter to Iot is approximately 422,000 kilometers. Homework Help. This elliptical orbit, in turn, is a result of the orbital resonance among Io, Europa, and Ganymede. Identified Q&As 31. and more. b) it is made of relatively soft materials that deform quite easily. This elliptical orbit, in turn, is a result of the orbital resonance among Io, Europa, and Ganymede. The tidal force varies. Io can help us understand volcanism and tidal heating throughout the Solar System. Io experiences tidal heating primarily because _____ Its elliptical orbit causes the tidal force to vary as Io orbits Jupiter As you saw in Part A, Io's elliptical orbit is necessary to its tidal heating. 1. “Basically, if you push any object or system and let go, it will wobble. From Part A, Io's elliptical orbit is necessary to its tidal heating. its elliptical orbit causes the tidal force to vary as Io orbits Jupiter. We need to know their orbital periods. All orbiting object cause tides on each other. Io's elliptical orbit causes the tidal force on Io to vary as it orbits Jupiter. Io Is The Amount Of Inventory. lots of individual particles of ice and rock. Io experiences tidal heating primarily because _____. 24 ± 0. 6. Io experiences tidal heating primarily because _____. active volcanoes on Io is farther from Jupiter 51 terms AST 111 exam 1 Sirola what shape is Scorpius what is Scorpius heart and brightest What shape is csmart1997 DavidPratt512 karleymarieStudy with Quizlet and memorize flashcards containing terms like radiation with a spectrum whose shape depends only on the temperature of the emitting object, a shorter average wavelength, (1) heat deposited by the process of formation; (2) heat released by radioactive decay and more. What is the source of the tidal force acting on Io? The tidal force that acts on Io is due primarily to the gravity of _____. Europa's heat flux is less well known but likely between 0. d) its elliptical orbit causes the tidal force to vary as Io orbits Jupiter. However, Europa experiences less tidal heating than Io, because Europa _____ than Io. Which one is most important in explaining the tremendous tidal heating that occurs on Io? Click the card to flip 👆. Study with Quizlet and memorize flashcards containing terms like Suppose you view the solar system from high above Earth's North Pole. is farther from Jupiter b. Log in Join. As you saw in Part A, Io's elliptical orbit is necessary to its tidal heating. Io experiences tidal heating primarily because _____. Question: As you saw in Part A,. [{“question”:”Io experiences tidal heating primarily because __________. Io tidal heating Two maps showing different end models for tidal heating on Io. Io's eccentricity persists as the result of its. Ganymede. 2012). Io experiences tidal heating primarily because _____. (Without the orbital resonance with Europa and Ganymede, Io's orbit would be more circular and there would be much less tidal heating. io is made of relatively soft materials that deform quite easily. its elliptical orbit causes the tidal force to vary as Io orbits Jupiter. As you learned in Part A, Io's elliptical orbit is necessary to its tidal heating. However, Europa experiences less tidal heating than Io, because Europa _____ than Io. Europa-have lower melting point than rocky moons like Earth's Moon. ”,”answer”:”its elliptical orbit causes the tidal force to vary as Io orbits Jupiter. b) it is made of relatively soft materials that deform quite easily. Tidal heating (also known as tidal working or tidal flexing) occurs through the tidal friction processes: orbital and rotational energy is dissipated as heat in either (or both) the surface ocean or interior of a planet or satellite. The tidal response can be obtained using the mass and momentum conservation equations for both layers under appropriate boundary conditions. Io experiences tidal heating primarily because __________. Assignment 6-Solutions masteringastronomy: print view with answers all assignments assignment 6 edit overview diagnostics print view with answers assignment 6However, Europa experiences less tidal heating than Io, because Europa _____ than Io. View full documentStudy with Quizlet and memorize flashcards containing terms like Which of the following statements about the moons of the jovian planets is NOT true?, 1. Ganymede : - largest moon in the solar system. Io experiences tidal heating primarily because _____. A planet or moon that could support life, if any life happened to be on it. Io experiences tidal heating primarily because _____. In this paper, Stanton Peale and colleagues proposed that Io's interior should be largely molten because of heat generated by the tidal stressing experienced. Solutions available. We now know of many Jupiter-size planets around other stars. This elliptical orbit, in turn, is a result of the orbital resonance among Io, Europa, and Ganymede. Answer: A. is farther from Jupiter. 5 to 4. Its average orbital distance is about 262,000 miles (422,000 km). Study with Quizlet and memorize flashcards containing terms like what are the two types of planets?, Name the terrestrial planets, what are the terrestrial planets like and more. Io's elliptical orbit causes the tidal force on Io to vary as. Homework Help. Io is made of relatively soft materials thatdeform quite easilyIo has an unusually elongated shape that This problem has been solved! You'll get a detailed solution from a. Io has an unusually elongated shape that makesit look more like an egg than a sphere, 3. This elliptical orbit, in turn, is a result of the orbital resonance among Io, Europa, and Ganymede. Io has an unusually elongated shape that makesit look more like an egg than a sphereIo is a mysterious place - by all means, this small moon of Jupiter should be cold and hard to the core. The results could inform future missions, such as Europa Clipper. io is made of relatively soft materials that deform quite easily. 2007; Lainey et al. The largest of the four, Amalthea, has a mean radius of 83. e-radio waves. Study with Quizlet and memorize flashcards containing terms like Based on current evidence, the elements needed for life are found, how does the strength of sunlight (per unit area) depend on distance from the sun, what are three advantages for water over methane, ethane and ammonia as a potential liquid medium for life and more. Io has a similar mass and size as the Moon, but Io is the most geologically active body in the Solar System. Callisto : - entire surface appears heavily cratered and ancient. Study with Quizlet and memorize flashcards containing terms like what makes up the solar system?, Terrestrial planets, Jovian Planets and more. a) it is located very close to Jupiter. Io's elliptical orbit causes the tidal force on Io to vary as it orbits Jupiter. Io's. tions and the corresponding tidal heating increases as the orbit becomes more elliptical. Tidal heating of Io (also known as tidal working) occurs through the tidal friction processes between Jupiter and its moon. why does europa experience less tidal than heating. is farther from Jupiter It is Jupiter's gravity that exerts the primary tidal force on the Galilean moons, and both this force and the difference in this force across a moon (the source of tidal heating. io's elliptical orbit causes the tidal force on io to vary as it orbits jupiter. When an object is in an elliptical orbit, the tidal forces acting on it are stronger near. Io 's elliptical orbit causes the tidal force on Io to vary as it orbits Jupiter. b) it is made of relatively soft materials that deform quite easily. Suppose that future observations. however, Europa experiences less tidal heating than Io, because. However, Europa. This elliptical orbit, in turn, is a result of the orbital resonance among Io, Europa, and Ganymede. Io experiences tidal heating primarily because a. A. Io is made of relatively soft materials thatdeform quite easily, 2. As you learned in Part A, Io's elliptical orbit is necessary to its tidal heating. You may watch the video again at any point. Tidal heating of Io (also known as tidal working) occurs through the tidal friction processes between Jupiter and its moon. Verified answer. Slightly larger than Earth's moon, Io is the fourth-largest moon in the Solar System, has the highest density of. is farther from Jupiter . Io periodically passes Europa and Ganymede in the same orbital position. io has an elongated shape that makes it look more like an egg than a sphere. its elliptical orbit causes the tidal force to vary as Io orbits Jupiter. Tidal Heating. Io experiences tidal heating primarily because _____. Io experiences tidal heating primarily because _____. g. hints io experiences tidal heating primarily because _____. its elliptical orbit causes the tidal force to vary as Io orbits Jupiter. However, Europa experiences less tidal heating than Io, because Europa _____ than Io. Launch the video below, then answer the following questions. As you saw in Part A, Io's elliptical orbit is necessary to its tidal heating. (A fuller explanation is given in the section on Io. io is located very close to jupiter. Io experiences tidal heating primarily because _____. A) Lo has an unusually elongated shape that makes it look more like an egg than a sphere B) Lo is made of relatively soft materials that deform quite easily. This friction generates the heat that is responsible for making Io the most active volcanic place in the solar system! The process by which this occurs is known as tidal heating. As you saw in Part A, Io's elliptical orbit is necessary to its tidal heating. ). its elliptical orbit causes the tidal force to vary as Io orbits Jupiter. Question: From. Io experiences tidal heating primarily because _____. question. Some jovian planets give off more energy than they receive because of: ongoing contraction differention Io experiences tide heating primarily because. Io experiences tidal heating primarily because _____. 10/3/2019 Ch 08 HW Ch 08 HW Due: 11:59pm on Wednesday,. 2. ANSWER: Hint 2. ’s. Io experiences tidal heating primarily because _____. Suppose that future observations. [1] The prodigious heat flux emitted from the surface of Jupiter's moon Io is produced in the interior of the satellite by viscoelastic dissipation of tidal energy and is generally thought to be brought to the surface by convective motions. 5. is farther from Jupiter b. Io is made of relatively soft materials thatdeform quite easily B. The resonance excites the moons’ eccentricities, while tidal heating circularizes the orbits. Answer: A. Io tidal heating. Mars's seasonal winds are driven primarily by _____. A. This orbital resonance causes Io to have a more elliptical orbit than it would otherwise, because _____. As you learned in Part A, Io's elliptical orbit is necessary to its tidal heating. Io experiences tidal heating primarily because _____. This elliptical orbit, in turn, is a result of the orbital resonance among Io, Europa, and Ganymede. The colored line is a rheological trajectory giving the viscosity and shear modulus as a function of temperature. However, most of this heat is carried to the surface by ascending silicate magma rather than by conduction through the lithosphere (McEwen et al. . Io is the innermost and third-largest of Jupiter’s four Galilean moons. Io is unique in our Solar System because it gets most of its internal energy from this tidal heating, providing an ideal laboratory for improving our understanding of this fundamental process that plays a key. As you learned in Part A, Io's elliptical orbit is necessary to its tidal heating. is much smaller c. Saturn's rings look bright because. Therefore adding fluid-body tidal heating to Io maintains the mechanism of tidal-convective (or tidal-advective) equilibrium, and will lead to equilibria at a modestly higher. Answer: a group of manufacturers. Io's elliptical orbit causes the tidal force on Io to vary as it orbits Jupiter. Io experiences tidal heating primarily because __________. “, “answer”: “its elliptical orbit causes the tidal force to vary as Io orbits Jupiter. 0 W m (Moore et al. [4] Heat transport by convection in Io’s mantle also depends strongly on the temperature, increasing with tem-perature as the viscosity drops (Figure 1). This can be because of the tidal heating that occurred when the moon was captured. it is made of relatively soft materials that deform quite easily. This elliptical orbit, in turn, is a result of the orbital resonance among Io, Europa, and Ganymede. Io experiences tidal heating primarily because _____. Jupiter. 2/1/2021. light. (2 pts) Io is covered in volcanoes while Europa is covered in ice because (a) Io is larger than Europa; (b) Io receives much more sunlight than Europa; (c) Io is subject to stronger tidal heating than Europa. Learn vocabulary, terms, and more with flashcards, games, and other study tools. Io has a similar mass and size as the Moon, but Io is the most geologically active body in the Solar System. Suppose that future observations. chapter 8 flashcards. Why is Io's orbit about Jupiter slightly elliptical? because of orbital resonances with the other three Galilean moons. The planet does not have other large moons sharing an orbital resonance with this moon. (Note: the amount of tidal heating as a result of this force depends on other factors such as the amount of forced eccentricity and the body's internal properties. If it will land on the Earth, describe where; if not, describe how it could be made to land on the Earth. a) Io is located very close to Jupiter b) Io is made of relatively soft materials that deform quite easily c) Io has an unusually elongated shape that makes it look more like an egg than a sphere d) Io’s elliptical orbit causes the tidal force on Io to vary as it orbits JupiterStudy with Quizlet and memorize flashcards containing terms like Io experiences tidal heating primarily because _____. answer. What are three characteristics of Jupiter's moon, Io? - Source of ionized gas in the donut-shaped charged particle belt around jupiter - hot, glowing lava - volcanoes currently erupting. The Metonic cycle is the 18-year, 11-day period over which the pattern of eclipses repeats. Io's elliptical orbit causes the tidal force on Io to vary as it orbits Jupiter From Part A, Io's elliptical orbit is necessary to its tidal heating. Io's elliptical orbit is necessary to its tidal heating. Io experiences tidal heating primarily because ___. A planet or moon that could support life, if any life happened to be on it. Luminosity is an intrinsic property, so two identical stars will always have the same luminosity. Io. ”},{“question”:”As you saw in Part A, Io's elliptical orbit is necessary to its tidal heating. B. d) its elliptical orbit causes the tidal force to vary as Io orbits Jupiter. Study Resources. c) it has an elongated shape that makes it look more like an egg than a sphere. The moon of Jupiter is volcanic. Tidal heating in the Io–Europa–Ganymede system is ex-quisitely coupled and driven by the Laplace resonance. There is enough tidal heating occurring in Europa to keep its interior warm and the moon to stay geological activity, even though it is smaller than our own Moon. b) it is made of relatively soft materials that deform quite easily. Doc Preview. Io is located very close to Jupiter. B) Io is the closest to Jupiter of Jupiter's large moons. It is strongest when Io is farthest from Jupiter and weakest when Io is closest to Jupiter. We need to know their orbital periods. (A. Part AIo experiences tidal heating primarily because _____. a. Io has an unusually elongated shape that makesit look more like an egg than a sphere. Io experiences tidal heating primarily because __________. This process is also facilitated by Io's elliptical orbit which varies the gravitational forces acting on it during its orbit around Jupiter. Terms in this set (49) Io experiences tidal heating primarily because _____. , In what part of the solar system is Pluto found?, Where are most of the known asteroids found? and more. Study with Quizlet and memorize flashcards containing terms like Which jovian planet should have the most extreme seasonal changes?, Why is the radiation so intense in the region that traces Io's orbit around Jupiter (the Io torus)?, How do astronomers think Jupiter generates its internal heat? and more. The largest moon in the solar system is. Io is unique in our Solar System because it gets most of its internal energy from this tidal heating, providing an ideal laboratory for improving our understanding of this fundamental process that plays a key role in the thermal and orbital evolution of the Moon, satellites in the outer Solar System, and extrasolar planets. the strong tidal force from the massive Jupiter combined with its elliptical orbit which causes the strength and direction of the force to constantly change. Io experiences tidal heating primarily because __________. is farther from Jupiter. We now know of many Jupiter-size planets around other stars. Io is closest to Jupiter and weakest when Io is farthest from Jupiter. Chapter 8 B. We consider a body whose outermost layers consist of an ocean, which might be stratified in layers of different densities, and a solid shell (Figure 1 ). Its surface is covered with caldera and red rivers of molten rock. light from the Sun reflects off the material in the rings. Pages 20. io is made of relatively soft materials that deform quite easily. It is the most volcanically active world in the Solar System. If our eyes were sensitive only to X rays, the world would appear __________. Io (/ ˈ aɪ. is farther from Jupiter It is Jupiter's gravity that exerts the primary tidal force on the Galilean moons, and both this force and the difference in this force across a moon (the source of tidal heating) weaken with distance from Jupiter. School Virginia Tech; Course Title PHYS 1055; Type. Study with Quizlet and memorize flashcards containing terms like Which of the following best describes the nature of planetary rings?, Some jovian planets give off more energy than they receive because of, The main ingredients of most. B) Jupiter is made. The tidal bulgeeven changes direction slightly because the orbital speed varies. absorb infrared light emitted by the surface part D According to scientists, the naturally occurring greenhouse effect makes Earth about 31∘C∘C warmer than it would be if there were no. b) its elliptical orbit causes the tidal force to vary as Io orbits Jupiter. c-dark because X-ray light does not reach Earth's surface. What moon is the most volcanically active. We now know of many Jupiter-size planets around other stars. We cannot see tidal forces tidal heating; rather, we predict that they must occur based on the orbital characteristics of the moons. in Physics & Space Science. Which of the following statements best describes the pattern of jovian planet densities?, Which of the following. Europa experiences less tidal heating than Io because it is farther from Jupiter. Doc Preview. Part A. e-radio waves. lots of individual particles of ice and rock. b. is farther from Jupiter. This leads to gravitational flexing or kneading in their centers, which can heat them—an effect called tidal heating. Based on this diagram, "red sequence" galaxies are __________ than "blue cloud" galaxies. 1. That leads to a lot of friction, a lot of energy being released, and a lot of heating in Io’s. Note in the video the tidal stretching of io is. View full documentIo experiences tidal heating primarily because _____.