The rotational period, or how fast a planet spins on its axis, determines the length of a day on that planet. A faster spin results in shorter days, while a slower spin leads to longer days.
False, the speed it spins on it's axis determinds the length of day. The speed it rotates the sun determinds the length of it's year.
No because a day is how long it spins on it's axis not around the sun. But it kinda has a relationship to how long a year is on a planet. Because the farther away it is the bigger it's revolution around the sun is but it just depends on how fast it moves.
Whirlpool.
jupiter moves around its orbit lol
The biggest know storm is the Great Red Spot on Jupiter, a hurricane type storm that has lasted more than 300 years. The storm is big enough to swallow up the Earth many times over. It's quite a mess down there.
Jupiter
False, the speed it spins on it's axis determinds the length of day. The speed it rotates the sun determinds the length of it's year.
Mars spins around it's axis in 1.02 days (24.5 hours).
Junipers typically do not spin at all; their roots keep them firmly anchored to the Earth. The planet Jupiter, on the other hand, spins once in just 9.8 hours!
It spins around a fixed axis once every 10 hrs 14 min, which is fast enough to make the equatorial diameter 9.8% large than the polar diameter.
Yes the ROMAN name MERCURY because it spins fast on it's axis.
10 hours is one day on Saturn. It spins really fast.
Haumea spins on its axis very quickly, completing one full rotation in about 3.9 hours.
In our solar system, no planet spins that fast - the planet with the shortest day (or rotational period) would be Jupiter - but it is just under 10 hours.
Basically what you are looking at are darker bands of clouds against a lighter colored planet. And they are bands primarily because Jupiter spins so fast on its axis that each 'day' is only a mere 9.9 hours long.
No because a day is how long it spins on it's axis not around the sun. But it kinda has a relationship to how long a year is on a planet. Because the farther away it is the bigger it's revolution around the sun is but it just depends on how fast it moves.
Mars is about the closest to the Earth's rotation among the planets in our solar system. Earth spins in 24 hours; Mars takes 24 hours 40 minutes.