This “Ice Giant” sure stands for its name as the 7th farthest planet from the Sun and its cold atmosphere brought about by the gases found here, hydrogen, helium and a little bit of methane. Uranus falls under the gas giant category along with neighbors Neptune and Saturn. This planet is composed of rock materials and various ices and is very similar to the cores of Saturn and Jupiter. Since the thick, blue-colored atmosphere covers the planet itself, scientists suggest that under the atmosphere is a hot, slushy ocean of water, ammonia, and methane thousands of mile deep right to a small, rocky core. Its blue color comes from the absorption of red light from the Sun by methane in the upper atmosphere but reflects blue light from the Sun back into space. Uranus is 52 times the size …show more content…
Uranus is about 3,499,756 football fields! The rotation of Uranus is 17 hours 14 minutes and the revolution of Uranus is equal to about 84 Earth years. Uranus has only been visited by one spacecraft, due to the straight alignment of plants that happens every 187 years. This spacecraft is known by the name of “ Voyager 2”, which flew by Uranus on January 24, 1986. The Voyager 2 has flown by the planets of Mars, Jupiter, Saturn, Uranus, Neptune, Pluto, and are now in interstellar space since takeoff on August 20, 1977. Uranus’s axis is unique compared to other planets’ axes, as this axis is almost parallel to the ecliptic. Uranus has 27 moons; the two largest are Titania and Oberon. Titania is covered with enormous canyons, one of which stretches from equator to pole. Oberon is relatively the same as Titania, although is ancient surface is covered
Uranus was discovered by William Herschel and is 2.877 billion km away from the sun.
Neptune was only discovered on September 23, 1846. That was only 163 years ago in other words, since its discovery, Neptune has made one single orbit around the Sun! The orbit was in 2011” -http://www.universetoday.com/44187/how-long-does-it-take-neptune-to-orbit-the-sun/
I became aware of what I wanted to pursue after reading about a teenager who had been stabbed in area close to where I live and I found myself asking what would drive someone to do that? One of the three subjects I take is psychology and one of the subtopics is the nature or nurture debate. I began to consider whether the stabber was born evil or just a product of their environment. I read a book called ' ice man: confessions of a Mafia contract killer' by Philip Carlo. The ice man showed a complete lack of remorse for his victims. The ice man's father and mother also showed a lack of empathy through their acts of abuse against him, therefore it could be argued that his lack of empathy is biological. However, it could also be argued that he
Ice Mountain is a place of beauty and rarity. All four of the systems of the earth, the geosphere, hydrosphere, atmosphere, and biosphere, helped to contribute to make Ice Mountain the rare astounding piece of our collective geoheritage that it has become. Ice Mountain’s creation and uses helps make it one of the most interesting and important mountains in West Virginia that has been impacted by many earth systems throughout history. Ice Mountain is very important to the biosphere. It provides habitats for breeding warblers, thrushers, vireos, as well as several other important types of birds. It also carries several species of arboreal plants from starflowers to hemlocks. Eastern hemlocks help to cool the ice vents, which help to cool the mountain and give it its name of Ice Mountain.
Neptune is the eighth planet from the sun and is farthest from the sun and was discovered in 1612 by Galileo. It is located approximately 2.8 billion miles from the sun and completes one full orbit every 165 years, and has only . Neptune is an ice giant which means it is mainly made up of elements heavier than helium and hydrogen such as carbon, sulfur, nitrogen, and oxygen. Neptune has 13 moons, six of which were discovered by Voyager 2. A fourteenth was found in 2013, it is about 12 miles wide and is close to 100 million times fainter than the faintest star.
Since the time people have looked in the sky and studied stars, Uranus has been seen and know, but not as a planet, but instead as a star. Uranus was recorded in Hipparchus’ star catalogue (128 BC) as a star, and remained as a star until 1781 when William Herschel found something particular strange about the so called star.
I was thinking that the question is talking about a great ice sheet, not the glacial ages. An ice sheet form where snow falls during winter and does not completely melt in summer. Therefore, there is a sort of balance between the ice melted in the sea and the snow deposited on the ice sheet, by keeping the sea level relatively
In 1781 William Herschel, discovered the planet we know today as Uranus. Herschel, who had been raised in a musical family, was an amateur astronomer who enjoyed charting the sky in sections each night. Herschel used his skills in music to fund his passions for astronomy and building telescopes. Through his nightly charting, Herschel discovered Uranus. Initially, Herschel thought it was a comet because of its slightly askew shape, however upon further exploration he found it to be a planet. Herschel confirmed his discovery by contacting Nevil Maskelyne. Maskelyne was the astronomer royal. Herschel named the planet ‘Georgium Sidus’ after King George III. France would not use the name, calling the
Winter temperatures usually rise during the day and drop at night. When cold weather freezes the parking lot, several things occur beneath the surface. Cracks will expand, and the cracks can damage vehicles. A business owner has to maintain his parking lot. Snow and ice can obscure cracks that would normally be visible. Business owners need to be aware of the various things that can damage commercial property. Specifically, how freezing cold temperatures can damage an asphalt parking lot. This knowledge will help business owners circumvent potential problems and avoid spending a large sum of money on repairs.
During the first plateau, where the temperature stayed at 23° between 2 and 3 minutes, was when most of the ice had started to melt, but there were still ice in the beaker that had not melted yet. The remaining unmelted ice kept the temperature level by keeping the water cool for a minute because it took a minute for the rest of the ice to melt away, before the temperature rose again. In this stage, in order for a solid to melt into a liquid, it must be warm enough. When it is warm enough, the atoms that make up the piece of ice starts getting energized due the heat. The atoms eventually become so energized that they slowly start to change into a liquid again, since ice is made out of water.
The difference between an ice sheet and a glacier; an ice sheet or continental glaciers is a chunk of glacier ice that is the largest and the thickest type of glacier that can be almost unbelievable. They are massive and can cover large islands and the land surrounding it as it can be greater than 50,000 kilometers wide. If melted, they contain enough water to raise sea level about 66m (216 ft.). Glaciers are smaller and move on average, a little slower but have remarkable ability to carry a huge volume of water in a stream. A glacier ice forms, where the depth of the snow increases, as the snow accumulation exceeds, a deep snowpack forms as it is compressed into ice under great pressure it then begins to flow down the mountain. When the glacier gets to a point where the melting begins the rate of accumulation dwindles and stops.
Uranus is the seventh planet from the sun with the third largest diameter in the entire solar system. Known as “The Ice Giant”, Uranus is very cold and windy. Because of this, it does not have a true structure. Uranus is essentially swirling fluids causing extreme pressures and temperatures to destroy any metal spacecraft that attempts to fly through Uranus’s atmosphere. Surrounded by 27 moons and 13 faint rings, it rotates at a nearly 90-degree angle from the planet of its orbit. With this in mind, the unique tilt makes Uranus rotate in a retrograde direction. Besides Venus, it is the only planet to rotate in the opposite direction than most of the planets. Around 80 percent of Uranus’s mass is made up of a dense hot fluid of icy materials, which are water, methane, and ammonia. The planet gets its blue-green color from the methane gas in the atmosphere. As for the
In 1781 the British astronomer, William Herschel, was doing a survey of all the stars. He noticed an unusual piece of matter in the sky. He later discovered that the matter was the planet Uranus. Since that discovery there has been other discoveries concerning the planet. One of these discoveries has been the discovery of two irregular moons.
In 1781, an astronomer named William Herschel discovered the planet Uranus, which at the time was the farthest planet known. Herschel was charting stars in the night sky when he noticed a disk in the sky. He started to observe it more and chart the movement. At first, he thought it was a comet, but noticed it was moving too slow. Eventually he figured it to be another giant gas planet which we call Uranus today. This discovery is significant because through it, we know more about our own solar system. Before, we only knew about six planets. Knowing the planets in the solar system has led to more discoveries.
Uranus is the seventh planet from the sun and is the third largest planet in the solar system. Since it is a small giant it is only four times larger than Earth. Uranus is mostly made up of rock and ices. Like most of the other outer planets Uranus atmosphere is made up of hydrogen, helium, and methane. Having methane in Uranus atmosphere causes its greenish color. The methane filters incoming sunlight and the scattering of light gives Uranus its greenish color. Uranus also has rings that are narrow, dark, and made out of narrow particles of dust. The rings being so narrow and dark causes us not to be able to see them as well as we see Saturn's. Uranus is tilted on its side, so its axis of rotation is tilted almost 98o and lies almost