Planet Jupiter

Jupiter, Saturn, Uranus, and Neptune are all gas giants, composed primarily of hydrogen and helium. They have ring systems and a large number of moons. They are also located in the outer region of the solar system, beyond the asteroid belt.

The hottest temperature on Jupiter is around 1,340 Kelvin (about 1,070 degrees Celsius or 1,958 degrees Fahrenheit) in its upper atmosphere due to intense heat generated from within the planet. The coldest temperature on Jupiter is around 110 Kelvin (about -163 degrees Celsius or -261 degrees Fahrenheit) in its outermost layer of the atmosphere.

Both Jupiter and Uranus are gas giants, composed mostly of hydrogen and helium. They both have ring systems around them, although Jupiter's rings are fainter and less prominent compared to Uranus. Additionally, both planets have a system of moons orbiting around them.

Jupiter does not have a solid surface like Earth, so you cannot walk on its rings. The rings are composed of ice and dust particles, and they are too thin and unstable to support walking or standing.

From Jupiter's orbit, the stars would appear exactly as they do from Earth, with one exception: the Sun, which would be smaller.

From below the clouds on Jupiter, you wouldn't be able to see any stars.

Jupiter orbits the Sun every 11.86 Earth years (or 4,332 days). The longer orbital period for Jupiter is because it orbits at an average distance of 778 million km(Earth orbits at an average of 150 million km).

It looks like a big star to the human eye, as it is very bright. It is brighter than any of the starts, so when it is visible, it is easy to see. Only Venus is brighter. With a good telescope you can see more detail, even the bands on it and the Great Red Spot. You would also be able to see its moons.

Jupiter is around 318 times the mass of Earth. Jupiter has a mass of approximately 1.898 × 10^27 kilograms (4.184 × 10^27 pounds), whereas Earth's mass is around 5.972 × 10^24 kilograms (1.316 × 10^25 pounds). Jupiter is far bigger and more massive than Earth.10

No breathable atmosphere. The gravity would pull you into a small greasy spot on its small core. The winds would rip you to pieces. No food or water to consume. The temperature on its core would be 36,000 degrees Kelvin, therefore you would be ashes before you would realize it. Last reason, No Wikianswers on Jupiter, that I know of. See the related link for more information.

There is not a planet between Mars and Jupiter that I know! There should be a Dwarf planet if not no planet!

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An early astronomer and mathematician, Johann Elert Bode, observed a mathematical relationship between the orbital distances of the planets. The formula works creepily well for Mercury, Venus, Earth and Mars. "Bode's Law" indicates that there ought to be a planet between Mars and Jupiter, where there is none. Jupiter, Saturn and Uranus fall just where Bode's Law predicted, but Neptune and Pluto are way out of place.

When the asteroid Ceres was discovered, it was almost precisely where Bode's Law predicted, and with the discovery of all the other asteroids some people figured that Ceres must be the largest fragment of a destroyed planet that USED to be there. A number of science fiction novels are set on that destroyed planet!

Bode's Law turns out to have no real significance, being only a numerological trick.

Jupiter's year is longer than Earth's year because it is further away from the sun and takes more time to complete one orbit. Jupiter's distance from the sun means it has a larger orbit to travel around, which results in a longer year.

The intense radiation in the region around Io's orbit in Jupiter is due to Jupiter's strong magnetic field interacting with charged particles emitted by Io. These particles get trapped in Jupiter's magnetosphere and create radiation belts, leading to high levels of radiation in that area.

Your mass would not change... it's a constant. However, your weight would increase, because the force of gravity (directly related to the mass of the planet) would increase substantially. (Gravitational force is directly proportional to the mass of the two objects in the field, and inversely proportional to the square of the distance between them). You can thank Newton for that equation.

jupiter has about 2.5 times the gravity of earth therefore the acceleration due to gravity is 26 m/s/s.

Three of the robotic missions to Jupiter are Galileo (1989), Juno (2011), and Europa Clipper (scheduled for the 2020s).

Jupiter does not have a solid surface or mantel like Earth. It is predominantly composed of hydrogen and helium gases with a small rocky core at its center. The outer layers of Jupiter consist of layers of clouds made of ammonia, water, and other compounds.

A definitive answer cannot be given to that question. As the planets orbit the sun, their distances from each other are constantly changing. At their closest Jupiter and Saturn would be about 403,000,000 miles from each other.

Saturn's atmosphere is mainly made up of hydrogen and helium with trace amounts of water. Under the clouds scientists think there are either thick lakes of liquid hydrogen or ammonium hydrosulfide and water, and it has a rocky core which is about 20,000 kilometers wide.

Yes it goes

Sun - Mecury - Venus - Earth - Mars - Asteroid Belt - Jupiter - Saturn - Uranus - Neptune - Pluto and Eris (New Dwarf Planet)

About every 27 months. There was one alignment in July, 2002, so just repeatedly add 27 months to find when others will occur. My source is an astrology source, not an astronomy source, but astrologers really do know how to predict the positions of the planets. It is just the meaning of those positi...

All planets do. The difference is that for gas giant planets (Jupiter, Saturn, Uranus, Neptune), the speed of the "surface spin" is often quite different from the rotation of the atmosphere, which will vary by latitude.

The group of people who named Jupiter is called the Ancient Romans

Jupiter's rings are dark and hard to see. They are made of tiny particles that meteors knocked off Jupiter's small inner moons and debris left over from comets and other objects that came close to the surface of Jupiter. In fact, until the Voyager spacecraft arrived near Jupiter and took closeup pictures of the rings of Jupiter, scientists didn't even know that it even had rings at all. Two rings are clearly from material that can be associated with two sets of the inner moons of the planet.

The value of a Jupiter JTR-606MR trumpet can vary depending on factors such as its condition, age, and any included accessories. In general, you can expect to find this model priced around $400 to $800 in good condition. It's best to consult with a music store or online marketplace to get an accurate valuation.