One of saturn's satellites revolves in a motion.
intergrade
retrograde
metronome
revolving

One of Saturn's satellites revolves in retrograde motion.

Researchers have made it known that the newly discovered moons are approximately 3 miles in diameter and that seventeen of newly discovered suns orbits Saturn backward, which also implies that the seventeen moves in a retrograde direction.

The movement of the seventeen newly discovered moons is opposite the planet’s rotation within the axis.

Also, some of the discovered moons rotate in the same direction that the Saturn rotates. This also implies their movement is in the same direction as Saturn.

Out of the moons that rotate in the same direction as Saturn, some moons are very close to the planets and it takes about 2 years for the moon to travel within the Saturn.

Also, it might take about 3 years for some distant retrograde moons to travels around Saturn.

Retrograde motion is when an object rotates in a direction that is opposite its primary. In other words, the object is in orbital motion but its direction is opposite its primary.

Retrograde motion can as well be used to describe motions such as the changes in the rotational axis of an object.  Retrograde also means backward motion.

Therefore, one of Saturn's satellites revolves in retrograde motion.

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