The rotation of Saturn is much faster than the separate, but still rapid, circulation within its atmospheric clouds. The equatorial rotation velocity is 35,700 km/hr (22,000 mph). This speed appears typical of gas giants, with Jupiter the fastest at 45,300 km/hr (28,000 mph), Uranus and Neptune less than 10,000 km/hr (6200 mph), which is still six times as fast as Earth. It is likely that this is the result of planetary formation, as gravity accelerated spinning matter as it compressed. There is comparatively little friction to slow this rotation, but some has likely occurred over the long intervening period.
The oblong shape of Saturn is due to its fast rotation, which causes it to bulge slightly at its equator. This bulging effect, along with its low density and ring system, can give the appearance of the planet being squeezed at the middle.
i dont really know if it affects saturn but i reckon it would affect the movements of saturn
Saturn rotates on its axis like a spinning top, causing it to exhibit an oblate shape where its equatorial diameter is larger than its polar diameter. This rotation gives Saturn its distinctive flattened appearance, but it does not rotate on its side like a ball spinning on a table.
They rotate fast and are big with gaseous surfaces. So they are "fatter" at the equator than a perfect sphere, because of the "centrifugal" effect.
Yes, the size of the hole in a spinning sprinkler can affect how fast the sprinkler will spin. A larger hole will allow more water to flow out, increasing the force that drives the rotation of the sprinkler. Conversely, a smaller hole will reduce the force and may result in a slower spinning speed.
The oblong shape of Saturn is due to its fast rotation, which causes it to bulge slightly at its equator. This bulging effect, along with its low density and ring system, can give the appearance of the planet being squeezed at the middle.
i dont really know if it affects saturn but i reckon it would affect the movements of saturn
Depends on how fast the chair is spinning, but if it were my son, and you were spinning him at a fairly quick rate (but not enough to scare him) the only effect you would get from his is laughing.
Coriolis Effect.
The rings are particles of dust that are drawn in by the planet's gravity. They orbit Saturn in a spinning motion.
I'm thinking it is rocks and particles spinning in the atmosphere of saturn and they become part of the Planet. Saturn has at least 7-8 rings
Saturn spins faster then earth
No, a gyroscope spinning fast enough cannot counteract gravity. Gravity will always exert a force on an object regardless of its speed. The gyroscope may provide stability or resistance to external forces, but it cannot cancel out the effect of gravity.
Saturn rotates on its axis like a spinning top, causing it to exhibit an oblate shape where its equatorial diameter is larger than its polar diameter. This rotation gives Saturn its distinctive flattened appearance, but it does not rotate on its side like a ball spinning on a table.
To create a spinning animation effect in After Effects, you can use the "Rotation" property of a layer. Simply keyframe the rotation value to make the layer spin over time. You can also use the "CC Cylinder" effect to create a 3D spinning effect. Experiment with different settings to achieve the desired spinning animation.
They rotate fast and are big with gaseous surfaces. So they are "fatter" at the equator than a perfect sphere, because of the "centrifugal" effect.
it refers to how fast the actual physical disk platens are spinning inside the drive. seek time.