Planet Jupiter

No, it is not possible to breathe on Jupiter as it has a thick atmosphere primarily composed of hydrogen and helium with very low oxygen levels. Additionally, the extreme atmospheric pressure and temperatures would not support human life.

The planet Jupiter is named after the Roman king of gods, Jupiter. Additionally, the element plutonium is named after the dwarf planet Pluto, which in turn was named after the Roman god of the underworld.

Jupiter's surface is not solid like Earth's, so it does not have "terrain" in the traditional sense. Instead, it is composed mainly of hydrogen and helium gases, with possible layers of metallic hydrogen deep within its atmosphere.

A human could theoretically walk on Venus given that protective technology is up to par. Keep in mind that it's hot enough at the surface to melt solid lead and the air pressure is about 90 times greater than that of earth. Assuming that one could be shielded from these hazards technologically, walking on Venus could happen. You'd tire out pretty quick though. Moving about under that much atmospheric pressure would take a considerable amount of muscle power and stamina; it would be a lot like walking on the ocean floor with more than a mile of water on top of you...

Except rather than being very cold like it would be at that depth underwater; it would be close to 900 degrees, which would be very exhausting for a person to cope with for any practical amount of time, even someone quite physically fit.

There are over 400 active volcanoes on Jupiter's moon Io, making it the most geologically active body in the solar system. The volcanic activity is driven by tidal heating caused by gravitational interactions with Jupiter and its neighboring moons.

No, not always. As we are rotating and also orbit the Sun, and as Jupiter is orbiting the Sun too, when we can see it does change. So just like you don't see the Moon or the Sun or the stars all the time, you also don't see Jupiter or the other planets all the time. When it is visible, it will be in the night sky for months. If you watch carefully over that period of time, you will notice that its position is changing. All the planets, along with the Sun and the Moon, appear to move through the 12 constellations that we associate with astrology, the so-called signs of the zodiac. The zodiac is an imaginary line which passes through those 12 constellations, and all the planets and the Moon and the Sun are always near it. As Jupiter takes just under 12 years to orbit the Sun, each year it appears to be in a different constellation, so if you know where these constellations can be seen and know which one it is in, that is a handy way of tracking it from year to year.

No. Io is a moon of Jupiter. No known moon has a moon.

people would like to visit Jupiter because they'll like to see the great red spot and its storms or just to visit another planet.

people would like to visit Jupiter because they'll like to see the great red spot and its storms or just to visit another planet.

people would like to visit Jupiter because they'll like to see the great red spot and its storms or just to visit another planet.

A spacecraft traveling to Jupiter would typically reach speeds of around 140,000 miles per hour (225,000 kilometers per hour) to complete the journey in about 13 months. The exact speed would depend on the trajectory and propulsion system used for the mission.

There are many that a human could not survive from. The most common chemical detected is hydrogen. In fact, the planet is called a gas giant because most of it's surface includes toxic gas or chemical.

1 AU stands for the average distance between the Earth and the Sun, which is about 93 million miles or 150 million kilometers. Since Jupiter is about 5.2 AU from the Sun, the distance from the Sun to Jupiter is roughly 484 million miles or 778 million kilometers. This means that light takes about 40 minutes to travel from the Sun to Jupiter due to the increased distance compared to Earth.

Jupiter's atmosphere is made up of dense clouds of gas that make it challenging for spacecraft to land on its surface. Additionally, the intense radiation and magnetic fields around Jupiter pose risks to the spacecraft's electronic components. It is more feasible and safer for spacecraft to study Jupiter from orbit rather than attempting to land on its surface.

Jupiter is the fifth planet from the Sun in our solar system.

Yes, but it is at the center. You could use the earth as an example of Jupiter. The core (inner) or the middle is solid rock. All the rest of the planet is like quicksand. You sink right through it.

Jupiter is a gas giant composed mainly of hydrogen and helium with no solid surface. It is theorized to have a core made of rock and metal, surrounded by a layer of metallic hydrogen, and an outer layer of molecular hydrogen. While water is present in the form of ice in its moons, such as Europa, Jupiter itself does not have a discernible surface where liquid water can exist.

It is the largest planet in the Solar System, having a diameter of 88846 miles at its equator.

Jupiter is called a gaseous planet because it is primarily composed of hydrogen and helium gases. These gases make up the majority of its mass and atmosphere. Jupiter has no solid surface, unlike terrestrial planets like Earth.

With the naked eye, it is practically impossible - ancient astronomers identified them by their locations in the sky. However, Mars is visibly red-tinged, and Saturn slightly yellower than Jupiter.

With some magnification, you can see faint lines on Mars, and Saturn will show its rings at some times of the year.

The smallest of the Galilean moons is Amalthea, which is one of Jupiter's moons. It is irregularly shaped and has a reddish color due to its surface composition.

The yellow color of Io's surface is likely due to sulfur and sulfur compounds that have been deposited on its surface by volcanic activity. These materials give Io its distinctive yellow-orange coloration.

Jupiter is a gas giant with harsh conditions like extreme temperatures, high radiation levels, and no solid surface. These conditions make it inhospitable for life as we know it to exist on Jupiter. Additionally, the lack of essential elements for life, like carbon and water, further contribute to the absence of life on Jupiter.

Jupiter is, on average, 5.2 AU from the Sun. 1 AU is 150 million kilometers or 150 billion meters. So, Jupiter is 780,000,000,000 meters (780 billion meters).

The distance between Earth and Mars constantly changes as each lie in their own separate orbits so could even be on opposite sides of the sun to each other. The answer is further complicated by the eliptical orbits of both planets. However, all things considered the closest theoretical point Earth and Mars can be separated by is 54.6 million km.

They are both planets in our solar system. Mercury is the closest planet to the Sun while Jupiter is the largest planet in our solar system.

The sun appears significantly dimmer from Jupiter compared to Earth because Jupiter is much farther away from the sun than Earth. The sun would look like just another bright star in the sky from Jupiter, rather than the intense, dominant source of light we see from Earth.