Uranus Vs Neptune

Neptune has 14 different moons. Neptune’s largest moon is called Triton. Triton is the only large moon in the solar system to orbit in the opposite direction to its planet’s rotation, this is known as a retrograde orbit. The distance of its orbit is 354,759 km. Its orbit period takes 5.9 days (retrograde). Triton was discovered by William Lassell. Neptune has 5 rings. Neptune is very cold compared to Earth. It is -214 degrees Celsius. Neptune is the smallest of the ice giants. Despite being smaller than Uranus, Neptune has a greater mass. Below its heavy atmosphere, Uranus is made of layers of hydrogen, helium, and methane gases. They enclose a layer of water, ammonia and methane ice. The inner core of the planet is made of

The outer planets are Jupiter, Saturn, Uranus, and Neptune. The inner planets are made of rock, and are solid. These are called terrestrial and are closer to the sun. The outer planets are made of gas, and are not solid. They are much farther from the sun.

Pluto, a dwarf planet, and Uranus, a planet, take turns being the most distant of the major bodies of our solar system in reference to the Sun For years, scientists were under the mistaken hypothesis that Pluto was the most distant. Scientists, in an attempt to study astronomical data, learned their hypothesis was inaccurate. Fortunately, it is of the scientists nature to investigate all data. On the basis of the data, the astronomers learned of the fact Uranus and Pluto have intersecting orbits. In addition, during the course of their investigation, they learned much of the nature of Uranus and Pluto.

The Ice Giant, has a blue ring around it resulting from one of the moons orbiting it. This moon is called Mab. The blue color is because Saturn is the only other planet with that color in one of its rings. Most other rings appear red.

Bottke, W.F., Vokrouhlick´y, D., Rubincam, D.P., & Broˇz, M.: 2002, in: W.F. Bottke, A. Cellino, P. Paolicchi & R.P. Binzel (eds.), Asteroids III (Tucson: The University of Arizona Press), p. 395-408.

Neptune has some very distinct features. Some of the features are similar to Earth, but some are not even in the same realm as Earth. The Hubble Telescope recently discovered Neptune. It has found that there are dark vortices on Neptune. Vortices are similar to cyclones. There are bright companion clouds which form when air swirls up from the ground, causing gases to freeze into methane crystals. Neptune’s surface is not solid. Some astronomers believe that the core is rocky and the interior has a high density and slushy. The interior levels, the astronomers say, have thick layers of water clouds. Earth, on the other hand, has three parts that make up the surface. The first is the core. The outer core is liquid, and the inner core is solid.

The discovery of Uranus was a startling observation. It is possible that people had seen Uranus prior to 1781, but none had realized what exactly they were seeing – most assumed it was a star. William Herschel is credited for the discovery of Uranus, but when he observed it through his telescope, he didn’t think it was a planet either. He hypothesized that it was a comet, because it was moving too fast to be a star. It wasn’t until his observations were peer reviewed, by other astronomers who studied it and found that its orbit was nearly circular. This lead them to classify it as a planet. At the time of the discovery, the original model of the solar system was only five planets (plus the sun, and the moon). The known planets had been observed

Uranus was officially discovered in 1781 by William Herschel. Apparently, you can see Uranus with your naked eye in the night sky if you know where to look. It is faint but still visible at times. Though it is visible no one knew it was a planet for a long time, everyone thought it was a star. William Herschel was looking through his telescope and was looking at this “star” (Uranus) and after performing some measurements he was able to tell that it was moving too fast to be a star, he decided it must be a comet. He and his fellow scientists kept looking into it, a comet that bright would have to be pretty close to the sun and it would be moving much faster than this thing is. They kept studying this mysterious “comet” they soon found that it

Storms and other atmospheric features are more easily seen on Neptune than on Uranus. This is due to Uranus’s absence of high-level clouds. Uranus has a low surface temperature and it is lacking any significant internal heat source so any clouds that are formed are only low-lying. Thus, any storms and atmospheric features are largely washed out by intervening stratospheric haze. Storms and other atmospheric features are easily seen on Neptune because its upper atmosphere is warmer than Uranus’s, and it has an internal energy source. Furthermore, astronomers believe that the combination of the less haze and extra heat from the internal energy source is what gives the greater visibility of any atmospheric features.

outermost reigns of where the solar wind and sun’s magnetic field dominate space. In September 2007, it crossed the termination shock at 84 AU. (solarsystem.nasa.gov) What was the planet originally named after Neptune was named after a roman god of the sea. Urbain le Verrier discovered it. (coolcosmos.com) How far away is Neptune from the sun? The average distance Neptune is from the sun is 2,795,084,800 miles. The closest Neptune gets to sun is 2,771,087,000 miles. The farthest it gets from the sun is 2,819,080,000 miles. (coolcosmos.com) How long is Neptune orbit-the amount of time it takes for it to go around the sun? Neptune takes 164.79 years to orbit the sun. On July 11,2011 Neptune completed one full orbit. (universeteday.com) How long

I decided to research the discovery of the planet Uranus. I found an article that gave great information about how it all happened. William Herschel had a hobby of learning about astronomy and often read many books on the subject. He would look through telescopes but found that they were too weak, so he built his own. He was able to see further than everyone else with his telescopes. One day he came across a larger body in the Gemini nebula so he shared it with others and with their help he was able to be awarded and known for discovering Uranus. I think it’s interesting how he shared it with others and they gave their input and helped him to prove his theory. I learned that most discoveries come from being close to something and wanting

Uranus does not have a rocky core. Uranus atmosphere is 83% hydrogen,15% helium,2% methane. Like the other gas planets, Uranus has bands of clouds that blow around rapidly. Uranus has a type of blueish color from all of the gases that are on the planet. It gets to about 9,000 Fahrenheit at the core of the planet. Uranus is the seventh planet from the Sun. It has the third-largest planetary radius and fourth-largest planetary mass in the Solar System.

Neptune is a fraction smaller than Uranus, it is ‘49,500 kilometres’. It only circles around the sun once every 165 years and rotates one hour quicker than Uranus- just 16 hours. Neptune has at least 14 moons in total, although it is not for certain as Neptune could have more moons. Neptune also has five rings, like the other three planets. It is 4.498 billion

Before the discovery of Uranus there was thought to only be seven heavenly bodies, the Sun, the moon, and five planets. It was common knowledge at the time that they were the only other objects in the Solar System and there would be no others. It changed in 1781 when William Herschel discovered a new object, which later became known as Uranus. (Teerikorni, 111) This all began in 1773 when Herschel started grinding his own lenses and even mounting a mirror with a five and a half foot focal length. He continued in 1776 with larger telescopes. “In July he added a 20ft, and telescopes of 7, 10 and 20 feet becames his common working instruments for some years to come.” (Bennet, 75-76) All of this tinkering eventually led to the discovery of a new

I decided to do further research on the discovery of the planet Uranus because of my interest in the night sky. It was very interesting to learn about how this planet was discovered. Actually the planet Uranus was seen before it was actually discovered that it was a planet. People thought that it was a star. Uranus is really hard to see with just your eyes so the ancient civilizations probably thought it was a distant star. Later on after the invention of the telescope in the 1600’s it was actually cataloged as a star, star 34 tauri, by John Flamsteed. William Herschel discovered that it was a planet quite on accident. He was very interested in astronomy and was cataloging binary stars when he discovered an odd moving