Planet Jupiter

Jupiter rotates very fast and get right round in just under ten hours. All that speed and energy produces terrible storms like the Great Red Spot which is big enough to swallow up the Earth many times over, and it's been going for hundreds of years, so it is not a safe place to be.

Jupiter does not have a solid surface, so it does not have a specific temperature at its surface. However, the upper atmosphere of Jupiter can reach temperatures of around 1,340 degrees Celsius (2,444 degrees Fahrenheit).

People have discovered various phenomena on Jupiter, including its stormy atmosphere with the great red spot, a magnetic field, and a ring system. Additionally, the Galilean moons, Io, Europa, Ganymede, and Callisto were discovered circling Jupiter.

Because it formed in the outer part (further away) area of the solar system.

Also because it is past the asteroid belt between mars and Jupiter, therefor all planets past it is consiterd an outer planet

The product would be: (10^{10} ) Jupiter hours. The value of the power is: ( 10,000,000,000 ) hours.

Jupiter has a rotational period of about 9.9 hours, making it one of the fastest rotating planets in our solar system. This rapid rotation causes the planet to have a pronounced oblate shape and strong atmospheric dynamics.

Some of the key missions to Jupiter include NASA's Juno mission, which is studying the planet's composition, magnetic field, and auroras; the European Space Agency's JUICE mission, which will explore Jupiter's moons and their potential for hosting life; and the proposed Europa Clipper mission, focused on studying Jupiter's moon Europa for signs of habitability.

the average temperature on Jupiter is about -121 degrees Celsius (152. 15K) with its lowest temperature at-165 degrees Celsius (110.15K).
The temperature of Jupiter at the top of its clouds is about -145 degrees celsius, the temperature at its core is about 24 000 degrees celsius. Hope this helps the average temperature on Jupiter is -166° F or -110° C.

With a new spacecraft bound for Mercury, that tiny planet near the heart of the solar system, researchers are hoping to solve a slew of riddles about the small world. Among the odder Mercurian attributes scientists hope to test is a theory that the planet is shrinking, contracting in on itself as its core slowly freezes. "It's a pretty cool thing," said Mark Robinson, a Northwestern University researcher, of Mercury's slow contraction. "When I first heard it, I thought it was weird." But the theory is based on images from NASA's Mariner 10 mission in the 1970s that show randomly strewn scarps across half of Mercury, where the surface appears to have buckled from within. Scientists hope that a new spacecraft -- MESSENGER -- will shed new light on both Mercury's surface as well as its metallic core. Robinson, a science team member with the MESSENGER mission, said the spacecraft will give researchers a chance to look for signs of surface buckling on Mercury's hidden hemisphere, as well as collect surface composition data on material that may have once spewed out of the planet's interior. The MESSENGER, or MErcury Surface, Space ENvironment, GEochemistry, and Ranging, mission launched on Aug. 3 this year and is expected to reach Mercury in March of 2011. The spacecraft will make three successive passes around the planet before it finally enters orbit. The incredible shrinking planet The idea that Mercury's surface was somehow shrinking arose when Mariner 10 returned images of great scarps biting deep into the planet's surface. One such scarp, Discovery Rupes, cuts a mile (1.6-kilometer) into Mercury's crust as it snakes across the surface. On Earth, such scarps could resemble tectonic features like the fault lines running parallel to the coastal U.S., researchers said. But on Mercury, the formations are randomly distributed. The scarps also don't appear to have formed by the in-filling processes that led to similar features on Earth's moon due to their length, which can stretch hundreds of kilometers across the surface. Under the shrinking surface theory, researchers believe that Mercury's crust first formed over a gigantic molten core. As that core cooled, it led to a volume change causing the surface to buckle and break. Unlike water, which actually expands as it cools, most materials tend to contract and the same goes for Mercury's rocky crust, Robinson said. Based on observations of the planet's known hemisphere, scientists estimate the planet's surface has shrunk inward between less than one kilometer and three kilometers in all, he added. "It's not something insignificant," Robinson said. But since much of the mystery surrounding Mercury's surface stems from its poorly understood core, researchers have their work cut out for them. "Our understanding [of the core] is very rudimentary," Robinson said. "It's just based on the fact that Mercury has this very high uncompressed density." Because Mercury is extremely dense for its size -- it's comparable to Earth -- researchers believe it has a large metallic, most likely iron core. But exactly how large the core is, whether its outer regions are molten, and whether it rotates to power the planet's strong magnetic field, are still unknown. "Mercury is a small enough planet that its core should have frozen about 2.2 billion years ago," said MESSENGER payload manager Robert Gold, of the Johns Hopkins University Applied Physics Laboratory. Mercury is 3,031 miles (4,878 kilometers) in diameter, a bit larger than Earth's moon. A better view with MESSENGER MESSENGER should give scientists the view they need to at least strengthen their shrinking Mercury theory, if not confirm it outright. Not only will the spacecraft spend an entire year mapping the entire planet, as opposed to the Mariner 10's 45 percent scan, it will also do so with unprecedented detail. The cameras onboard MESSENGER can resolve surface features down to just 60 feet across (18 meters) compared to the one-mile (1.6-kilometer) resolution offered by Mariner 10. The spacecraft's Mercury Laser Altimeter instrument will track how the planet wobbles on its axis to help researchers determine the state of its core. Surface-scanning tools, meanwhile, will study the composition of ancient lava flows providing a window into Mercury's mantle. "I would be very surprised if [Mercury's] unseen hemisphere has features we don't have hints about on the side we've seen," Robinson said.

No, Jupiter is not colder than Mars. Jupiter is a gas giant planet located further from the Sun and has a thick atmosphere which traps heat, making it much hotter than Mars. Mars, being a rocky planet further from the Sun, has a colder average temperature.

Yes, Jupiter is one of the brightest objects in the night sky and can be seen with the naked eye under clear conditions. However, its visibility depends on its position relative to the Sun and Earth's orbit, so it may not always be visible throughout the year.

The planet Jupiter is known for its Great Red Spot, a giant storm in its atmosphere. It's so big that three earths could fit inside it!. Also Jupiter has clouds that can move up to speeds of 300 miles per hour. Jupiter's atmosphere is like a bubbling pot of paints that swirl but don't mix. On Jupiter, lightning is always flashing. Jupiter is also known because it is the biggest planet in our Solar System. Another known fact is that Jupiter is 2 1/2 times heavier than all the planets put together.

The planet Jupiter is named for the supreme "sky father" of the classic Roman pantheon of Gods. He is known for protecting the Roman state (and its laws), for being the god of light and of the sky, and for marrying his own mum.

Jupiter has 79 known moons, with the four largest ones being Io, Europa, Ganymede, and Callisto.

Jupiter is not even close to a light year from the sun. Jupiter is about 5.2 AU from the sun on average, which works out to about 43 light minutes.

People Farting

The space probe that observed Jupiter is named Juno. Juno was launched by NASA in 2011 and entered orbit around Jupiter in 2016. It is studying the planet's atmosphere, magnetic field, and composition.

Dying comet fragments that continue to batter Jupiter can travel at very high speeds, typically around 60 km/s (37 miles/s) or more. The impact of these fragments can release significant energy, causing large explosions and creating observable scars on Jupiter's atmosphere.

The same, I could answer this scientificaly but that's boring so basically you would weigh the same because since gravity does not have much effect doesnt mean that you weigh less it just seems like you do.

Scientists believe that the red spot on Jupiter is a giant storm system that has been raging for centuries. It is thought to be an anticyclonic storm with extremely high wind speeds, creating the appearance of a swirling red spot on the planet's surface.

There is 86 400 seconds in a day so just times that by 8 which equals 691 200

The largest planet within our solar system is Jupiter. However, Astronomers say they have discovered what appears to be an entirely new kind of planet, an extra-large gas giant unlike any known world in our solar system or beyond. It is the largest planet ever discovered and boasts a radius nearly 1.4 times larger than Jupiter's. Click on the related links section indicated below to read about this new and exciting discovery.

Jupiter is a gas giant with a thick atmosphere made mostly of hydrogen and helium. It has distinct cloud bands and a large red spot known as a persistent storm. Jupiter also has more than 75 moons orbiting around it.

Yes, Jupiter is known for its intense and frequent storms, which can produce lightning and heavy rainfall due to its turbulent atmosphere. However, the rain on Jupiter is mostly composed of liquid hydrogen and helium, rather than water like on Earth.