Uranus. 17h 14m 24s for one spin on its axis.
The gas giant that has the longest revolution is the planet Neptune.
No, Uranus is not a jovial planet. It is a gas giant planet in our solar system known for its icy, blue color and unique sideways rotation. The term "jovial" typically refers to the gas giant planets Jupiter and Saturn.
Saturn is a gas giant planet, meaning it is primarily composed of hydrogen and helium with a small rocky core at its center. It does not have a molten surface or significant internal heat source like a molten giant planet.
Jupiter is the largest gas giant planet in our solar system and also rotates the fastest. It has a rotation period of about 10 hours, which is remarkably short given its massive size. This rapid rotation contributes to its strong magnetic field and the formation of its distinctive bands and storms, including the Great Red Spot.
Jupiter is one of the four gas giant planets, the outer planets.
The gas giant that has the longest revolution is the planet Neptune.
Gas giant planets are just that, they have no solid surface. This means that the rotation of the planet happens at different speeds as on moves from the equator to the poles.
No, Uranus is not a jovial planet. It is a gas giant planet in our solar system known for its icy, blue color and unique sideways rotation. The term "jovial" typically refers to the gas giant planets Jupiter and Saturn.
Gas giant planet.
Jupiter is a gas giant planet.
A terrestrial planet, Gas giant planets are made of gas....
Easy. A planet made out of gas.
Mars is a terrestrial planet, not a gas giant. Mars is a terrestrial planet because the majority of it is rock, not gas.
It is a gas giant planet.
Saturn is a gas giant planet, meaning it is primarily composed of hydrogen and helium with a small rocky core at its center. It does not have a molten surface or significant internal heat source like a molten giant planet.
Jupiter is a gas planet (or a gas giant).
Jupiter is the largest gas giant planet in our solar system and also rotates the fastest. It has a rotation period of about 10 hours, which is remarkably short given its massive size. This rapid rotation contributes to its strong magnetic field and the formation of its distinctive bands and storms, including the Great Red Spot.