Planet Jupiter

Jupiter's weapon was the lightning bolt or thunderbolt. He would use it to cast lightning bolts to strike down his enemies and assert his power as the king of the gods in Roman mythology.

Jupiter does not have a prominent ring system like Saturn does. The rings around Jupiter are very faint and composed of small dust particles that are difficult to see from Earth with a telescope. Saturn's rings, on the other hand, are much larger and more reflective, making them easily visible from Earth.

The average distance between Jupiter and Earth is about 5.2 astronomical units (AU). However, this distance can vary due to the elliptical nature of the planets' orbits.

This question is normally worded "how many earth's would fit across the diameter of Jupiter?" The diameter of Jupiter is a little under 87,000 miles. Earth's diameter is a little under 8000 miles. 87,000/8000 = 10.9 (just about 11) earth diameters.

Jupiter's circumference is 87,000(pi), or 273,000 miles. You could therefore fit 34 earths in a circle around Jupiter.

Protect the Earth. A car's gas burns part of the atmosphere. If the atmosphere disolves or goes away, then the sun could damage the Earth or the north and south poles could change. Then compasses and electric stuff would not work. The atmosphere is very important to Earth.

Galileo challenged the prevailing belief that the moon was a perfect, unchanging sphere by observing its surface through a telescope and documenting its craters and mountains. His observations provided evidence that the moon's surface was not smooth and unblemished as previously thought. This challenged traditional beliefs about the perfection of celestial bodies and laid the foundation for modern observational astronomy.

No, Jupiter cannot sustain human life as it is a gas giant with no solid surface to support life. The extreme atmospheric conditions on Jupiter, including high levels of radiation, intense gravity, and lack of oxygen, make it uninhabitable for humans.

Jupiter's atmosphere is divided into four main cloud layers: ammonia clouds, ammonium hydrosulfide clouds, water clouds, and ice clouds. These layers exist at different altitudes within the planet's atmosphere.

It is not possible to land on Jupiter because it is a gas giant composed primarily of hydrogen and helium. There is no solid surface to land on, as the planet's atmospheric pressure increases dramatically as you descend further towards its core. Additionally, the intense radiation would pose a significant threat to any spacecraft attempting to reach Jupiter's surface.

The region between Mars and Jupiter is called the asteroid belt. It is a vast region in our solar system where numerous small rocky objects, known as asteroids, orbit the Sun. The asteroid belt is located roughly 1.9 to 4 astronomical units (AU) from the Sun.

The Planet Jupiter is named after the roman god Jove is the roman name for Zeus. Zeus is the most powerful god of all.

interstellar extinction. This phenomenon occurs due to the absorption and scattering of light by dust and gas particles present in the interstellar medium, leading to a decrease in the observed brightness of the starlight.

Jupiter is not the 5th planet, it is actually the largest planet in our solar system and the 5th planet when counted from the Sun. The order of the planets from the Sun is Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, and Neptune.

1. planets travel in elliptical orbits around an off-centre sun. 2. the speed of a planet's orbit depends on its distance from the sun. when a planet's close to the sun it, orbits faster. when it's further away from the sun, it travels slower 3. the farther a planet or dwarf planet is from the sun, the longer its orbit *note: did this because there weren't any fricken answers on the web that was specific, easy and in point form answer. Have fun!!!!! (you probably won't) lol :P

The volcano on Jupiter's moon Io is called Loki Patera, and it is one of the most active volcanoes in the solar system. Its eruptions can be observed from space, and it houses a large lava lake with a diameter of approximately 120 miles. Loki Patera's intense activity is due to tidal forces from Jupiter pulling and squeezing Io, causing constant volcanic activity.

The Minor Planet center has cataloged 279,722 minor planets which are asteroids, comets, and dwarf planets. Considering asteroids and comets are in some ways related bodies in the fact that they do not have hydrostatic equilibrium; we only have to subtract the four dwarf planets leaving us with 279,718 asteroids and comets discovered so far.

The distance from Jupiter, FL to Orlando, FL is approximately 150 miles. It would take roughly 2.5 to 3 hours to drive between the two cities, depending on traffic and road conditions.

Assuming the length of aluminum foil roll is 10 meters and Jupiter's equatorial circumference is approximately 439,264 km, 1 mole of aluminum foil rolls (6.022 x 10^23 rolls) end to end would encircle Jupiter 2.46 x 10^20 times.

Jupiter is the fastest rotating planet. It is 9.9 hours in a day and 12 earth years on Jupiter.

There is a storm that has been raging on Jupiter for at least 300 years and shows no sign of stopping. However, it is not quite a tornado.

Jupiter, Saturn, Uranus, and Neptune are not solid because they are gas giants composed mostly of hydrogen and helium with a small rocky core. The intense pressure and temperature within these planets prevent the formation of a solid surface. Instead, their outer layers are comprised of thick atmospheres of gas and liquid.

You probably wouldn't be able to land on Jupiter due to excessive gravity and heat, etc. Even if you could bypass those factors, the answer would still be no because Jupiter is not solid. It's possible Jupiter has a solid core, or liquid some where in-between the surface and the center, but we will most likely never land on Jupiter.

Jupiter experiences extremely strong storms with winds reaching speeds of up to 384 miles per hour. These storms can cause turbulence in the atmosphere and intense cloud formations. Acid rain, however, is not present on Jupiter as its atmosphere is primarily composed of hydrogen and helium.

Reflected light from Jupiter takes approximately 32 minutes to reach Earth due to the varying distance between the two planets as they orbit the Sun. The distance can range from about 365 million to 601 million kilometers.

For humans, I'd say Callisto. Callisto is the farthest of the Galilean moons from Jupiter, and orbits outside Jupiter's powerful radiation belts, so it would be the least dangerous to land on. It also has ample water ice, and possibly even an underground ocean (as do Europa and Ganymede), so it could be a useful resource for us.

For any kind of life though, I'd say Europa. Europa almost certainly has a thick underground ocean with more water than all of Earth's oceans combined - we're more certain of this than we are for Ganymede and Callisto, and their oceans are locked away under much more ice than Europa's, so they'd never get any sunlight. Europa's core is also thought to be hotter than Ganymede and Callisto's, as it is closer to Jupiter and gets flexed more by its gravity. Underwater volcanoes, hot springs and black smokers could provide havens for bacteria in Europa's warm oceans. Not a good place to set up a human colony, though! And I think we shouldn't do that anyway, just in case we contaminate Europa's ocean and then accidentally "discover" our own "alien life" down there...