i dont really know if it affects saturn but i reckon it would affect the movements of saturn
Saturn's rings have a minimal effect on the planet's spin rate. The rings actually rotate at the same rate as the planet's equator due to gravitational forces, so they do not significantly alter Saturn's overall rotation speed.
One day for Saturn is 10 hours.This is just one rotation.
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.
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 is 10 hours, 47 minutes, and 6 seconds.One day on saturn is exactly 10 hours and 39 minutes.
They travel through space at the same speed that Saturn travels.
Saturn ION 2.2 L ecotec engine has a top speed of 78.6 mph which is fairly fast.
Saturn's rings have a minimal effect on the planet's spin rate. The rings actually rotate at the same rate as the planet's equator due to gravitational forces, so they do not significantly alter Saturn's overall rotation speed.
i think because its go fast
if there are hole you will fall and lost your speed but on the straight surface you will get more speed
If you are really fast then your power is great if you are slow then your power is small
One day for Saturn is 10 hours.This is just one rotation.
Tempo is how fast of slow something is played this can be for a peice of music to get effect they play the music fast and slow.
Saturn spins faster then earth
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.
No the brand of the soda does not have any affect over the speed of how fast a soda goes flat.
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.