What does the red spot on Jupiter look like?
Great Red Spot, a long-lived enormous storm system on the planet Jupiter and the most conspicuous feature of its visible cloud surface. It is generally reddish in colour, slightly oval in shape, and approximately 16,350 km (10,159 miles) wide—large enough to engulf Earth.
What does Jupiter’s Red Spot do?
The Great Red Spot is a persistent high-pressure region in the atmosphere of Jupiter, producing an anticyclonic storm that is the largest in the Solar System. Located 22 degrees south of Jupiter’s equator, it produces wind-speeds up to 432 km/h (268 mph).
Can you see Jupiter’s Red Spot?
The Great Red Spot is visible in amateur telescopes when it transits the meridian of the planet, the line connecting the north and south poles.
How long will Jupiter Red Spot last?
One of the solar system’s most iconic landmarks is about to vanish. Jupiter’s Great Red Spot, a gigantic storm more than twice the size of the Earth, has persisted for centuries. But now scientists predict it could disappear forever in as little as 20 years.
Why is Jupiter’s Red Spot shrinking?
The stormy, centuries-old maelstrom of Jupiter’s Great Red Spot was shaken but not destroyed by a series of anticyclones that crashed into it over the past few years. The smaller storms cause chunks of red clouds to flake off, shrinking the larger storm in the process.
Which planet has most violent weather?
In fact, the weather on Neptune is some of the most violent weather in the Solar System. Just like Jupiter and Saturn, Neptune has bands of storms that circle the planet. While the wind speeds on Jupiter can reach 550 km/hour – twice the speed of powerful hurricanes on Earth, that’s nothing compared to Neptune.
How old is Jupiter’s storm?
At 10,000 miles across, the Great Red Spot is the largest storm in our solar system and has been continually observed for around 200 years, but it’s been around for much longer. (Compare that with big storms on Earth, which generally last a few days or weeks at most.)
Can you see Jupiter’s Red Spot without a telescope?
With the naked eye, you’ll be able to see Jupiter. It will look like a bright star. If you use binoculars or a telescope, you’ll have a clearer picture of the planet and it’s Great Red Spot, and can see 4 of its largest moons! Jupiter is in opposition once per year.
How hot is the red spot on Jupiter?
2,400 °F.
The temperature over the Great Red Spot is about 1,300 °C. (2,400 °F.), the new data show. That is hot enough to melt some forms of iron. Active storms all around Jupiter could be injecting heat into the atmosphere, the researchers report.
What is Jupiter’s storm like?
The Great Red Spot is a giant, spinning storm in Jupiter’s atmosphere. It is like a hurricane on Earth, but it is much larger. Winds inside this storm reach speeds of about 270 miles per hour.
What causes Jupiter’s red spot?
The red colour of the Great Red Spot is thought to be caused by organic molecules, red phosphorous, or other elements that come from inside Jupiter. Some theories propose that the colour is caused by reactions between these chemicals in Jupiter’s atmosphere, or by lightning striking the molecules.
Why is Jupiter’s Great Red Spot shrinking?
Now it’s a circle that’s 16 500km across. And it is shrinking at a rate of 933km a year. One possible explanation for the spot’s red colour is that the storm is so powerful it dredges material from beneath Jupiter’s cloud tops and lifts it to higher altitudes.
Is Jupiter’s red spot shrinking?
Jupiter’s Great Red Spot has been shrinking for a century and a half, and in recent years it has turned a deep orange color. Scientists are tracking these changes to see how the iconic spot is morphing, as well as how it might break apart altogether in the future, according to a new study.
What is the spot on Jupiter?
The Great Red Spot on Jupiter is a giant storm that has been known since the 17 th century when it was first observed on a telescope. It has been observed continuously since 1830. The Great Red Spot is located 22 degrees south of the equator of Jupiter.