Jupiter and Saturn

Jupiter

Saturn

Neptune

Uranus

A "Great Red Spot" which is a massive storm.

Spectacular Rings of made of ice and some dust.

It's many moons, having 63 confirmed moons.

Thick bands of alternating darker and light gases.

Alternating parallel bands of dark and light clouds.

A "Great Red Spot" which is a massive storm.

Its many moons, numbering around 63 total moons.

Large and spectacular rings of ice and dust that orbit around the planet.

Hydrogen

Uranium

Water

Helium

Molten rock and iron

Saturn is hollow.

Saturn's gravitational attraction has compressed its core into a rare form of iron.

Saturn contains large quantities of light elements, such as hydrogen and helium.

Saturn is very hot.

Volcanic eruptions have ejected all the iron that was originally Saturn's core.

It is smaller in diameter, with less mass.

It is smaller in diameter, with more mass.

It is larger in diameter, with less mass.

It is larger in diameter, with more mass.

It implies that the planet is cooler than it should be.

It implies that there are significant energy sources within Jupiter.

It implies that the Sun was once much dimmer than it is now.

It implies that the rotation of Jupiter must be slowing down.

They spin so fast that inertia causes the equator to bulge.

High-energy storms near the equator cause the atmosphere to expand there.

Intense magnetic fields pull the atmosphere in at the poles.

These icy planets accumulated most of their planetesimals along their equators as they formed.

Saturn has a high-altitude haze of frozen ammonia particles, causing it to have a duller coloration.

Saturn is far hotter than Jupiter, causing it to "boil off" most of the elements that make Jupiter colorful.

Saturn has strong storms that mix the elements in its atmosphere giving it a "muddy" appearance.

High-speed "Jet Streams" that move in opposite directions.

Layers of the outer atmosphere to be thrown into space.

The planets to "wobble" on their axis.

A mixing of clouds, making the appearance of the surface to seem "muddy".

It is a storm larger than the Earth that has persisted for hundreds of years on Jupiter. It is thought to be driven by rapid opposing flows of belts and zones (Jet Streams) in Jupiter's atmosphere.

It is a giant aurora that takes place once every hundred years on Jupiter's poles, noted for its beautiful red colors.

It is the nickname for one of Jupiter's many moons. The "Great Red Spot" orbits around Jupiter while rotating very quickly, making it seem like a vortex on Jupiter's surface.

It is a deposit of organic molecules (molecules made chiefly of carbon) that may indicate past life on Jupiter.