The Great red spot is affected by Jupiter's rotation by decreasing in size. The rotation of the spot has also decreased over time.
The Jupiter is BIG RED SPOT and a storm system
None. Saturn has a great white spot, Uranus has a dark spot. However, Neptune has a great dark spot [see related link for a picture] which has been compared to Jupiters great red spot, but it is not red.
Yes, The Great Red Spot is a Hurricane, but it doesn't have rain. The Great Red Has lightning and very, very fast winds, but no air. It is still moving across Jupiters southern hemisphere today and has been doing it for 350 years.
Yes, it has a name. It is called "The Great Red Spot".
The big red spot, which is a giant hurricane in Jupiter's atmosphere and has been going for hundreds of years. If you could travel across the great red spot, it would take your whole life to do so.
one of jupiters features are that it surface is mostly made of hydrogen and helium
The Jupiter is BIG RED SPOT and a storm system
None. Saturn has a great white spot, Uranus has a dark spot. However, Neptune has a great dark spot [see related link for a picture] which has been compared to Jupiters great red spot, but it is not red.
Yes, the apparent focal spot size of a rotating anode tube is affected by the speed of the anode rotation. A faster rotation speed can help reduce the effective focal spot size, leading to improved image resolution.
Voyager 1 and 2 in 1979
Jupiter's storms are massive, swirling atmospheric disturbances that can grow to be thousands of kilometres in size. The most famous storm on Jupiter is the Great Red Spot, which has been raging for centuries and is larger than Earth. These storms are fueled by the planet's rapid rotation and complex weather systems.
Both Jupiter's Great Red Spot and Neptune's Great Dark Spot are large, persistent storm systems in their respective atmospheres. They are both visible features on the planets that have been observed by telescopes and spacecraft. Additionally, both features are dynamic, changing in size, shape, and intensity over time.
About 300 years (109,500 days)
Jupiter's stormy weather is primarily caused by its fast rotation and the planet's strong internal heat source. The combination of these factors leads to the formation of powerful jet streams and storm systems, such as the Great Red Spot, on the planet's surface.
It depends where you're looking from. I think its on the bottom left corner.
Jupiter's giant red spot is really just a giant storm and is sometimes nicknamed Jupiter's Red eye.
The Great Red Spot on Jupiter is large enough to fit approximately three Earths inside it. This storm feature is a massive, high-pressure anticyclonic storm that has been raging for centuries on Jupiter's surface.