0
What else can I help you with?
Which planet has the biggest bulge at the equator?
The relatively pronounced bulge is due to, Jupiter's rapid rotation rate of 9 hrs 56 mins, and Saturns 10hrs 32. As the planets are made of gas this high speed rotation pushes out the gas at the equator.
How does Jupiter rotate in terms of other planets?
Jupiter rotates faster than most other planets in our solar system, completing a rotation on its axis in about 9.9 hours. This rapid rotation gives Jupiter its distinct oblate shape, causing it to bulge at the equator and flatten at the poles.
Why do the outer planets spin faster than the inner ones?
The outer planets are composed mostly of gases, which do not have a solid surface like the inner planets. This lack of solid surface allows the outer planets to rotate more quickly, as there is less resistance for their rotation. Additionally, the outer planets have more mass, which also contributes to their faster rotation.
Why does Jupiter have the shortest day?
Jupiter has the shortest day among the planets because it has the fastest rotation on its axis, completing one rotation in about 10 hours. This rapid rotation speed is a result of Jupiter's large size and mass, which causes faster spinning due to conservation of angular momentum.
Which planets orbit in a retrograde rotation?
Venus and Uranus are two planets in our solar system that have a retrograde rotation, meaning they rotate in the opposite direction of their orbit around the Sun. This retrograde motion is quite unique compared to the other planets which have a prograde rotation.
What is rapid rotation?
Rapid rotation refers to an object spinning quickly on its axis. This motion can be observed in celestial bodies like planets and stars, as well as in machinery and equipment. Rapid rotation can influence various properties of the object, such as its stability, shape, and behavior.
Which planet has the biggest bulge at the equator?
The relatively pronounced bulge is due to, Jupiter's rapid rotation rate of 9 hrs 56 mins, and Saturns 10hrs 32. As the planets are made of gas this high speed rotation pushes out the gas at the equator.
What force keeps the planets in rotation?
The force that keeps all of our planets in rotation is gravity.
Why does saturn bulge out at the equator and flatten at the poles?
Saturn's day is about 10 and one half hours. This rapid rotation makes the largest polar flattening among the planets.
Why are the rotations of jovian planets shorter but their revolutions are longer?
Jovian planets, such as Jupiter and Saturn, have shorter rotations due to their gaseous composition and rapid spinning, which allows them to complete a rotation in just a few hours. However, their revolutions are longer because they are located farther from the Sun, resulting in a greater orbital distance that requires more time to complete one full orbit. This combination of fast rotation and slow revolution is characteristic of these massive, gaseous planets.
How does Jupiter rotate in terms of other planets?
Jupiter rotates faster than most other planets in our solar system, completing a rotation on its axis in about 9.9 hours. This rapid rotation gives Jupiter its distinct oblate shape, causing it to bulge at the equator and flatten at the poles.
Why do the outer planets spin faster than the inner ones?
The outer planets are composed mostly of gases, which do not have a solid surface like the inner planets. This lack of solid surface allows the outer planets to rotate more quickly, as there is less resistance for their rotation. Additionally, the outer planets have more mass, which also contributes to their faster rotation.
What unusual about Venus rotation?
its rotation is opposite of all the other planets.
What are the planets axis of rotation?
22512
What is the spinning of planets on its axis?
rotation
What is the planets spin on its axis?
rotation
Why does Jupiter have the shortest day?
Jupiter has the shortest day among the planets because it has the fastest rotation on its axis, completing one rotation in about 10 hours. This rapid rotation speed is a result of Jupiter's large size and mass, which causes faster spinning due to conservation of angular momentum.
