Jovian Planets Research Paper

Jupiter is a gas planet with a possible chance of a core. On the outside of Jupiter, what we can see, is its atmosphere. Jupiter’s atmosphere is layered. It contains hydrogen, helium (a

Jupiter is the largest planet in the solar system. Fittingly, it was named after the king of the gods in Roman mythology. The distance from the Sun to Jupiter is approximately 779 million km, or 484 million miles. The exact number is 778,547,200 km. The most obvious features on Jupiter are the alternating bands of white and colored clouds, zones and belts. Analysis of data at many wavelengths shows that the white regions have higher thicker, clouds than the redder regions.

Jupiter, being the fifth and largest planet from the sun, is huge. In fact, it is approximately a thousand times the size of our home planet. Alongside Neptune, Saturn and Uranus, it is a gas giant. hydrogen and helium are the main components. Jupiter's surface appears striped due to the color swirls. wind on the planet gets up twice as strong as a hurricane on earth.

Jupiter is a giant gas planet in our solar system. Jupiter is 1300 times the size of Earth. Jupiter weights 317.83 times the mass of Earth. (Chown, M.C 2011 Solar System, Touch Press 115-137). Jupiter is only 1.33 times dense than water. Jupiter has a giant red hurricane on its surface which has been active for over 200 years and in more than twice the size of Earth. (Chown, M.C 2011 Solar System, Touch Press 115-137). Jupiter is named after the king of roman god who is also the god of justice. It is a fitting name for the biggest object other than the sun in the solar system. Jupiter’s atmosphere is 96% hydrogen, 3% helium, 0.4% methane, 0.01% ammonia, 0.01% hydrogen Deuteride and 0.0007% ethane. (Chown, M.C 2011 Solar System, Touch Press

It is so large that if all the other planets within the solar system merged together in size, Jupiter would still be over twice as large. Jupiter’s atmosphere is mostly composed of hydrogen and some helium. From photographs, it is easy to see that Jupiter’s surface is broken up by many horizontal stripes across. These stripes all seem to rotate around the planet at different rates and sometimes even at different direction. Due to these differences, storms are created along the edges of these stripes.

Jupiter is the biggest planet in our solar system, it also the fifth planet that count from the Sun. There are many interesting facts about Jupiter’s atmosphere. Jupiter has the largest planetary atmosphere in the Solar system. The composition of the atmosphere is mainly molecular hydrogen and helium. Although water exists deep in the atmosphere layer, the concentration is comparatively very small. (Mahaffy et al., 1998) Until now, there have been no satellites sent on to the Jupiter. Only eight spacecraft sent to bring back information. The eight spacecraft were Pioneer 10, Pioneer 11, Voyager 1, Voyager 2, Galileo, Ulysses, Cassini, and New Horizons. (Tritonfun, 2008) Among these eight spacecraft, five of them are from NASA. For this mission, an artificial manufactured satellite that functions as an orbiter will be send to the orbit of the Jupiter to study its enormous atmosphere and the weather on the Jupiter.

Did you know that Jupiter could hold over 1,200 earth's inside it? That it has 67 moons? Or the fact that “Jupiter” is the name of a Roman god that is in charge of all the other Roman gods? Well you probably don't know as much as you thought you did about Jupiter, all the information you need to know about Jupiter is inside these paragraphs, the red dot, the distance from earth, it's moons, and what a gas planet is.

Huge, striped, and marked by a unique giant red spot, Jupiter is the largest planet in our solar system and is much different from Earth. Incredibly enormous in size it would take 11 Earths combined to be the same size as Jupiter. Although it is much larger than Earth, Jupiter is void of a solid surface like the Earth. Being a gas giant planet, Jupiter consists mainly of hydrogen and helium compared to Earth’s nitrogen and oxygen. One complete orbit of Jupiter around the Sun is the same time Earth orbits the Sun 18 times.. One day on Jupiter is only 10 Earth hours, meaning that Jupiter rotates faster on its axis than the Earth. Even though Jupiter is so large compared to all of the other planets in the solar system, it is still too small

The term planet is originated from the ancient Greek word planetes which translates to wanderer. This is a fitting characterisation as the planets in our Solar System and others “wander” or orbit around central point - a star. A planet is a celestial body which moves in an elliptical orbit around a star. Our Solar System which is located in the outer arms of the spiral galaxy, the Milky Way, has a unique and diverse composition. The Solar System consists of our star, the Sun, eight planets, and the dwarf planet, Pluto. The diverseness of our solar system is constituted to the planets and their structure. The planets are classified as either terrestrial or Jovian planets, however, these classifications do not apply to Pluto as it is neither. terrestrial planets are the four planets located closest to the Sun. The root cause for Mercury, Venus, Earth and Mars to be categorized as terrestrial planets, is that they are all similar in composition. Due to the rest of the planets being Earth-like, they gained their name from the Latin word terra meaning land or Earth. The Jovian planets: Jupiter, Saturn, Uranus, and Neptune are the four planets furthest from the Sun. The three most outer planets are categorized as Jovian planets due to their Jupiter-like composition. In contrast to the terrestrial planets, the Jovian planets differ greatly in general structure, size and density due to their elemental composition.

Jupiter and Saturn are referred to as the gas giants. They are composed mostly of hydrogen and helium, and due to their size lack a real definite surface like we find on other planets. Instead we find metallic hydrogen, essentially what happens when hydrogen gets so hot it begins to behave like a liquid. Their core is made of icy rock/metal under immense pressure.

I1 (done) : Now, with the earth being packed to the brim, we must journey into space, to find a new home, in another galaxy. However, it will be fraught with danger, so we must take every precaution. We believe we have found a suitable host for our species, homo sapiens. Although it's over four million years away, we believe we are very close to a breakthrough on near lightspeed travel. Soon, the human race will be able to fly among the stars, and turn the new world into a reservoir of human talent, to be drawn upon to further our universes knowledge.

The moon Dione, was discovered in 1684 by Giovanni Cassini. It is the fourth largest moon to orbit the planet Saturn and has a diameter of 1123 kilometers. The density of Dione is 1.48 times as dense as water with a core made of rock and ice. Dione has a similar distance from Saturn as our moon has to Earth, 377,400 kilometers. Like our moon, one side of it always faces its parent planet. It takes 2.7 days for Dione to orbit Saturn. The surface of Dione is covered in craters, heavier in some places, with the largest being 62 miles wide. It is believed that a recent impact has turned or spun the moon 180 degrees because its heaviest cratered area is on the trailing side instead of its leading

If my favorite roller coaster were transported to either Mercury or Jupiter, I would transport the roller coaster to Jupiter. Jupiter is the largest planet in our solar system, so there is a huge gravitational pull. Jupiter’s acceleration is approximately 265% more than Earth’s acceleration. Acceleration that intense would propel your roller coaster cart so fast the thrill would be out of this world! The high gravitational pull on Jupiter would create greater G-Forces, adding to greater thrill. The fall that holds all the GPE and kinetic energy of the roller coaster (first hill) would be extremely fast because of acceleration that depends on the mass and height of the roller coaster. On Jupiter, the roller coaster would be going fast enough

The atmospheric make-up of the four Jovian planets such as Neptune, Jupiter, Uranus, and Saturn differ in that the atmospheres are generally storm filled and colder with the longer distance from the Sun. Where as the Terrestrial planets of Earth, Mars, Venus, & Mercury closeness to the sun allow for a more thin warm, hot to Frozen surface atmospheres. Clouds of the Jovian planets always occur at about the same temperatures. Like the ammonia clouds that are found, both Jupiter and Saturn form at 150 K atmospheric temperature, which happens to be around, 25 km below the cloud top on Jupiter and 100 km below the cloud top on Saturn. Is where altitudes are dictated by the atmospheric levels at which various gases such as hydrogen & helium can

In the first place, the terrestrial and jovian planets are different in surface. terrestrial planets consist of solid surfaces, but jovian planets consist of gaseous surfaces. For example, Mars belongs to the terrestrial planet. The surface of Mars looks like a barren land, which is mainly composed of basalt and is covered by a thin iron oxide. Due to this surface feature, Mars is also known as the Red Planet. However, Saturn belongs to jovian planet. Saturn consists of