Planet Jupiter

Yes, it is!

This question must be about the Great Red Spot. Actually it does disappear from time to time, but it has been more or less permanent since the invention of the telescope allowed us to see it. I'm not sure about "everlasting " though.

That's a really long time.

there is more gravity on Jupiter than on Earth.

The great red spot on Jupiter was only found in 1664 about 400 years ago but some say that the storm or the great red spot was made when God had created the universe. There probably was an explosion so big when He had created Jupiter by combining different pieces of big rocks together that the force had made a whirlwind and started circulating counterclockwise so i would say more than 4.5 billion years old about the same age as Earth and other planets or since the beginning of time.

Mercury, Venus, Earth and Mars are called the inner planets of the Solar System. Of these planets, Earth is the largest.

no

Jupiter's cloud coverage is composed of multiple layers of ammonia, ammonium hydrosulfide, and water vapor clouds. The planet's dynamic atmosphere features colorful bands of clouds, including the prominent Great Red Spot, which is a massive storm system.

Jupiter and Saturn have rings because they have a larger number of small moons and icy particles orbiting them. The gravitational interactions between these objects result in the formation of rings. Other planets may not have rings either because they lack the right conditions for ring formation or any existing rings may be too faint to be easily seen.

No there are no biotic factors on Jupiter.

Jupiter's rotation takes 9 hrs. and 50 minutes. I found out that it is an elliptical orbit and that it is the fastest rotation in our whole solar system. It also takes 11.85 Earth years to make one whole orbit.

Jupiter's length of day, as in its rotation period, is about 9.9 hours. This rapid rotation causes Jupiter to have an oblate shape, flattened at the poles and bulging at the equator.

The Jovian Planets do not have an "surface" as we know it. Since they are composed primarily of hydrogen, ammonia, and methance, these gases gradually compress/condense to a suspended soupy mixture thousands of kilometres below the cloud tops. As one goes deeper, this "soupy" mixture gradually becomes a vast ocean of liquid hydrogen made possible under massive pressure. One can still go deeper and the liquid hydrogen starts to behave like a metal under the fantastic pressure of 10's of thousands of kilometres of atmosphere. That's why Jupiter, especially, as a strong magnetic field. This vast ball of rapidly spinning liquid metallic hydrogen acts like a giant dynamo! It is presumed that each the Jovian Planets each have a rocky core roughly the size of earth.

Wind speeds on Jupiter can reach up to 384 miles per hour (620 kilometers per hour) in its most intense storms, such as the Great Red Spot. These high wind speeds are a result of Jupiter's fast rotation and its turbulent atmosphere.

Living on Jupiter would require adaptations to withstand extreme temperatures, high gravity, and intense radiation. Possible adaptations could include thick insulating layers to protect against cold temperatures, specialized structures to resist the pressure, and mechanisms to eliminate or repair damage caused by radiation exposure. Additionally, efficient ways to extract resources and energy from the harsh environment would be necessary for survival.

Jupiter takes approximately 103,980 hours to orbit the sun. The calculation is shown below:

Jupiter takes 11.8618 years to orbit the sun which is equal to 11.8618 * 365.25 * 24 hours.

Jupiter is the second superior planet with an orbit outside of the Earth's and the first one beyond the asteroid belt. Fifth planet from the Sun, the Giant Planet maintains a dignified minimum of 7.4 hundred million kilometers from the Sun. Because it has an average eccentricity of 5 percent, though, the planet never strays farther away than 8.2 hundred million kilometers. Despite its distance, its massive size makes it easily visible from Earth.

The average temperature on Jupiter is around -145 degrees Celsius (-234 degrees Fahrenheit).

Jupiter is home to over 63months known today. But the four main moons consist of Io,Europa,Ganymede,Callisto. These are easier to see to the eye and some of the most fantastic moons discovered yet.

Jupiter appears red because of its composition of primarily hydrogen and helium gases. The red color is due to the presence of trace amounts of compounds like ammonia, methane, and phosphine in its atmosphere, which interact with sunlight to create a reddish hue.

Jupiter does not have a solid surface like Earth, as it is a gas giant consisting mainly of hydrogen and helium. The visible "surface" of Jupiter is actually the top of its dense atmosphere, with swirling clouds and storms. Jupiter's atmosphere is marked by colorful bands, zones, and the iconic Great Red Spot, a massive storm that has been raging for centuries.

Actually no, it is the weakest. There are four basic forces at work in the universe. In order of increasing strength, they are gravity, the weak nuclear force, the electromagnetic force, and the strong nuclear force.

The sky on Jupiter appears a deep, dark blue color due to the presence of ammonia in the atmosphere. Jupiter's dense cloud cover creates colorful bands and swirling storms, like the famous Great Red Spot. Additionally, Jupiter experiences auroras near its poles caused by charged particles interacting with its magnetic field.

Carbon dioxide, Heilium, Nitrogen, Methane.

Jupiter's atmosphere is mainly Hydrogen (around 90%), Helium (around 10%), with small amounts (minor gases) of Methane (around 0.3%), Ammonia (0.026%), Hydrogen Deuteride (0.003%), Ethane (0.0006%) and Water vapour (0.0004%).

The sizes range from dwarf-planet size down to tiny shepherding moons among the rings. The two largest moons, Ganymede and Callisto, are 5200 and 4800 km in diameter respectively, nearly half the size of Earth. One of the smallest, Mneme, is only 2 km in diameter, and newly discovered moons are likely to be smaller still.

The planet Jupiter completes one rotation on its axis every 9.9 hours, which makes it the fastest rotation in the entire Solar System. The Earth's rotation is approximately 24 hours.