The two planets, Jupiter and Saturn, are larger than the sun and are more massive objects. This means that they have more energy than the sun. This energy is radiated away from the planets in the form of light and heat.

Why does Saturn spin on its side?

The moon orbits around Saturn, and as the two objects move around each other, they create a “wedge” of space. This space is filled with gas and dust, and as the moon tries to move around the edge, it creates a wobble. This wobble is what causes Saturn to spin on its side.

Why does Jupiter radiate energy?

Jupiter’s radiation is because of the energy it contains. Jupiter’s atmosphere is made up of gas and dust and it emits energy because it has mass and gravity.

What is the largest contributor to Saturn’s excess energy?

The largest contributor to Saturn’s excess energy is the moon Titan. Titan has more mass than all of the planets combined and it is constantly emitting energy and heat. This energy is slowly building up and is eventually going to cause the planet to heat up and potentially erupt.

Why does Saturn radiate even more excess energy than Jupiter quizlet?

Saturn’s atmosphere is more dense than Jupiter’s, so it emits more energy than Jupiter does.

Why do Jupiter and Saturn have several distinct cloud layers?

There are several reasons why Jupiter and Saturn have distinct cloud layers. First, Jupiter is much larger and has a much greater atmosphere than Saturn. Second, Jupiter’s atmosphere has a lower pressure than Saturn’s atmosphere, which allows for a greater range of temperature in the clouds. Finally, the clouds on Jupiter are much thicker than the clouds on Saturn, which allows for a greater range of visibility in the clouds.

Why is Saturn more oblate than Jupiter even though it rotates more slowly?

The moon’s orbit around Earth is about 1/3 of a degree more elliptical than Jupiter’s orbit around the sun. This extra orbit around Saturn means that the moon’s gravity is stronger than the sun’s gravity, which explains why Saturn is more oblate than Jupiter.

Does Jupiter have energy from the Sun?

No, Jupiter does not have energy from the Sun.

Why does Jupiter radiate more heat than it receives?

Jupiter is much larger and more massive than Earth, meaning that it has more energy and heat coming from it than it does going to it.

Why does Saturn give off more energy than it receives?

The energy that Saturn gives off comes from the heat that it produces from the thermosphere and the atmosphere.

Why is Jupiter denser than Saturn Why is Jupiter denser than Saturn?

Jupiter is denser than Saturn because it has a greater mass. Jupiter has more clouds and is more cloudy than Saturn.

Is there solar energy on Saturn?

Yes, there is solar energy on Saturn. It comes from the sun’s heat.

How much more energy does Jupiter emit?

Jupiter emits about as much energy as Earth does.

What is the energy of Saturn?

The energy of Saturn is about 9.8 million electron volts.

What is the ultimate source of the energy for all the activity observed on Jupiter’s Galilean satellites?

The answer to this question is not known. However, some suggest that the energy that is used to power the Galilean satellites comes from the sun.

What is Jupiter’s structure?

Jupiter is made up of many small planets and moons. These planets and moons orbit around the sun.

What is unique about Saturn’s density compared to the other planets?

Saturn’s density is about one-seventh the density of Earth. This means that it takes a lot more energy to orbit around Saturn than it does to orbit around other planets.

Why does Saturn generate more internal energy per kilogram of material than Jupiter?

The difference in internal energy between Saturn and Jupiter is due to the difference in the way the planets orbit around the sun. Saturn is closer to the sun than Jupiter, and as a result, has a greater amount of energy stored inside its core. Jupiter, on the other hand, orbits around the sun very far away from the planet, so its energy is less stored.

What does the planet Jupiter represent?

Jupiter is a planet that is located in the solar system. It is the largest planet in the solar system and is made up of gas and dust. It is also a very large star.

What is the energy of Jupiter?

The energy of Jupiter is about 12.8 million electron volts.

What causes the horizontal bands on Jupiter and Saturn to have different colors How can they be used to probe different altitudes in their atmospheres?

The colors of Jupiter and Saturn’s horizontal bands are due to their atmospheres. The atmospheres of Jupiter and Saturn are different colors because they have different levels of gas and dust. The gas and dust is held in the atmosphere by particles that are too small to be seen with the naked eye.

Why is Saturn less dense than Jupiter quizlet?

The moon is much closer to Earth than Saturn is, so the pressure of the atmosphere on the planet is much greater.

Why does Saturn radiate excess heat energy even more than Jupiter?

Jupiter is much more massive than Saturn and its atmosphere is much thicker. The heat from Jupiter’s atmosphere is released as it radiates energy.

Why is Jupiter so much more dense than Saturn quizlet?

Jupiter is much more dense than Saturn because Jupiter has a much higher concentration of gas and dust than Saturn. Jupiter is also much more massive than Saturn, meaning that it has a much higher gravitational force.

How does Saturn make energy?

The Saturnian atmosphere is mostly composed of water vapor and other molecules that are very cold and dense. This makes it very difficult for the sun’s heat to reach the planet, so it must heat up the water vapor to create energy.

Which planet gives more energy off than it takes in?

The sun gives more energy off than it takes in.

Why does Jupiter radiate more energy than it receives from the Sun quizlet?

Jupiter’s atmosphere and magnetosphere are much thicker than Earth’s, meaning that it has more energy to radiate.

How much energy does Saturn receive from the Sun?

The amount of energy that Saturn receives from the Sun is about the same as that received by Earth.

What is the source of Saturn’s internal energy?

The source of Saturn’s internal energy is thought to be a high-pressure core.

How does the heat Jupiter radiates compare to the energy it receives from the Sun?

The heat Jupiter radiates is about one-seventh the energy it receives from the Sun.

Do Jupiter and Saturn emit more energy than they absorb from the Sun?

No. Saturn and Jupiter are much closer to the Sun than they are to Earth, so they receive more energy from the Sun than they emit.