Which Of The Following Most Likely Explains Why Jupiter’s Interior Releases So Much Heat?
Which of the following most likely explains why Jupiter’s interior releases so much heat? Jupiter is contracting very gradually.
Why does Jupiter have so much internal heat?
Why does Jupiter have so much internal heat? … Answer: Because of its large size it loses heat slowly. The planet is still slowly contracting. Contraction converts gravitational energy into thermal energy.
Which of the following most likely explains why Jupiter’s interior releases so much heat group of answer choices?
astronomy final shelley
| Question | Answer |
|---|---|
| Which of the following most likely explains why Jupiter’s interior releases so much heat? | Jupiter is contracting very gradually. |
| What would happen to Jupiter if we could somehow double its mass? | Its density would increase but its diameter would barely change. |
What evidence do we have that Jupiter has a very hot interior?
What evidence do we have that Jupiter has a very hot interior? It emits 70% more energy at infrared wavelengths than it receives from the Sun. In the 1950s, radio telescopes first detected synchrotron radiation from Jupiter.
How does Jupiter generates its internal heat?
Jupiter creates a lot of internal heat and releases this heat by emitting thermal radiation. In fact, Jupiter creates so much internal heat that it emits almost twice as much energy as it receives from the Sun. … Saturn and Neptune also appear to be emitting more energy than they receive from the Sun.
What is Jupiter’s interior?
The composition of Jupiter’s interior is mostly the simple molecules hydrogen, in the form of liquid. Under the cloud layers, when the pressure of the interior becomes high enough, the hydrogen of which Jupiter is made changes to liquid hydrogen, which gradually changes further to liquid metallic hydrogen.Why is Jupiter so much more massive than Saturn?
Jupiter is denser than Saturn because it 3 times more massive. Gravity makes it denser. Jovian planets are not quite spherical because of their rapid rotation. The layers are different for the different planets.
Which of the following best explains why Jupiter’s density is higher than Saturn’s?
Because Jupiter and Saturn have nearly identical composition, Jupiter’s higher density indicates that its interior is more compressed than Saturn’s. This greater compression is due to gravity, which is stronger for Jupiter because of its greater mass.
What is the most likely method in which Jupiter generates its internal heat?
What is the most likely method in which Jupiter generates its internal heat? Each giant planet has a core of “ice” and “rock” of about 10 Earth masses. Jupiter, Saturn, and Neptune have major internal heat sources, obtaining as much (or more) energy from their interiors as by radiation from the Sun.
How do the interiors of Jupiter and Saturn differ?
Jupiter has a larger metallic hydrogen core than Saturn, and the larger this region is the stronger a magnetic field can be. Because of the two planets’ similar rotation periods, the difference in the magnetic fields must come from the differential core sizes.
How do we know the interior structure of Jupiter?
Due their dense and swirling clouds, it is impossible to get a good look inside them and determine their true structure. … Whereas its outer layers of Jupiter are composed primarily of hydrogen and helium, increases in pressure and density suggest that closer to the core, things become solid.What evidence supports the hypothesis that Jupiter heated its satellites?
Astronomy – Jovial Planets
| Question | Answer |
|---|---|
| composition of Jupiter’s clouds | water, ice and ammonia |
| composition of Jupiter | more silicates than the entire Earth & very close to the Sun’s composition |
| What evidence supports the hypothesis that Jupiter heated its satellites? | density of satellites decreases with distance from Jupiter |
How do we know the internal structure of Jupiter quizlet?
How do we know the interior composition of Jupiter? Astronomers calculated Jupiter’s average density and compared it to those of abundant candidate materials, taking gravitational compression into account.
How do astronomers think Jupiter generates most of its internal heat quizlet?
How do astronomers think Jupiter generates its internal heat? … The extra mass of Jupiter compresses its interior to a greater extent than that of Saturn.
Where does Jupiter gets its warmth from?
Heating sources
Much of the heating of the gases come from the inside of planet itself. Beneath the surface, convection from the liquid and plasma hydrogen generate more heat than from the sun. This convection keeps the massive gas giant warm enough to avoid it freezing into an icy world.
What are the most important internal heat sources for Earth Io and Jupiter?
The Earth contains sufficient radiogenic material to drive these processes, but the primary internal source of heat on Io is thought to be strong tidal action by Jupiter’s gravitational field. Following a theoretical study (Peale et al.
Why is Jupiter so hot?
It’s really hot inside Jupiter! 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. Jupiter is made up almost entirely of hydrogen and helium. … These changes happen because of the tremendous temperatures and pressures found at the core.What are the primary sources of Jupiter’s and Saturn’s internal heat?
For Jupiter, Saturn, and Neptune, both sunlight and internal sources provide energy to the atmosphere. The source of this energy is the separation of helium from hydrogen in Saturn’s interior. Uranus has no or very little internal heat, so it gets its energy from the Sun.
How hot is it on Jupiter?
It is estimated that the temperature of the cloud tops are about -280 degrees F. Overall, Jupiter’s average temperature is -238 degrees F.Why is Jupiter so much bigger?
Jupiter is so big because it is the oldest planet in our Solar System. It formed around one million years after the Solar System. … If Jupiter was the first planet to be formed, it had the power to gather more gas and dust within itself, which led to its huge physical proportions.Why does Saturn have a much cooler interior than Jupiter?
Saturn is mainly made of hydrogen and helium gas. Its density is so low that it would float in water. … But even with this internal heat, Saturn is colder than Jupiter because it’s farther away from the Sun.
Why is Jupiter so much larger than Earth?
Large self-gravity means a large escape velocity, so it is much more difficult for molecules to reach the kinetic energy needed to escape the gravity of Jupiter than that of Earth. Jupiter therefore has a much greater concentration of hydrogen and helium than Earth does.
Which of the following statements best explains why the densities of Uranus and Neptune are higher?
Which of the following statements best explains why the densities of Uranus and Neptune are higher than that of Saturn, even though Saturn is much more massive? They have a higher proportion of hydrogen compounds and rock. … Jupiter and Saturn captured more gas from the solar nebula than Uranus and Neptune.
Which of the following best explains why we see horizontal stripes in images of Jupiter and Saturn?
Which of the following best why we see horizontal “stripes” in photographs of Jupiter and Saturn? The light stripes are regions of high clouds, and the dark stripes are regions where we can see down to deeper, darker clouds. … Temperatures on Jupiter and Saturn are too high for methane to condense.
Which of the following best describes the internal layering of Jupiter from the center outward?
ch 8 reading quiz
| Question | Answer |
|---|---|
| Which of the following best describes the internal layering of Jupiter, from the center outward? | Core of rock, metal, and hydrogen compounds; thick layer of metallic hydrogen; layer of liquid hydrogen; layer of gaseous hydrogen; cloud layer |
What is Jupiter’s internal energy source?
Jupiter’s internal magnetic field is generated by electrical currents in the planet’s outer core, which is composed of liquid metallic hydrogen.
What is the interior structure of Jupiter and Saturn thought to be?
The interior structures of Jupiter and Saturn are similar in composition- both contain a core of rocks, metals, and hydrogen compounds, layers of metallic hydrogen, liquid hydrogen, and gaseous hydrogen, and the visible cloud tops.What allows moons of Jupiter and Saturn to have liquid interiors?
Jupiter’s large size means it loses internal heat very slowly. … Saturn’s mass is too small for it to be generating heat by contracting like Jupiter. Instead, Saturn’s pressure and its lower interior temperatures may allow helium to condense into liquid form at relatively high levels within the interior.
How are Jupiter and Saturn similar quizlet?
Jupiter and Saturn are similar in that they are both large Jovian planets with numerous satellites; both have ring systems, although Saturn’s rings are much more pronounced; and both have dynamic atmospheres with cyclonic storms on their surfaces.
Why does Saturn have less distinctive belts and zones than Jupiter?
Why are the belts and zones on Saturn less distinct than those on Jupiter? They are deeper inside Saturn’s atmosphere. … Saturn is cooler than Jupiter.
In which way does Saturn differ from Jupiter quizlet?
In which way does Saturn differ from Jupiter? Saturn has a smaller zone of liquid metallic hydrogen.
How would you describe Jupiter’s atmosphere and interior?
Jupiter is called a gas giant planet. Its atmosphere is made up of mostly hydrogen gas and helium gas, like the sun. The planet is covered in thick red, brown, yellow and white clouds. The clouds make the planet look like it has stripes.
