...ar Mars By: Amanda Baker The discovery of Mars is not credited to a single individual, but rather a multitude of astronomers and observers that range from the early Egyptians to the Babylonians, Greeks, and Danish. In the earliest days of Mars observation, all that was known about it was that it appeared to be a fiery red and followed a strange loop in the sky, unlike any other. “The Babylonians studied astronomy as early as 400 BC, and developed advanced methods for predicting astronomical events such as eclipses. They made careful observations for their calendars and religious reasons, but never attempted to explain the phenomena they witnessed. The Babylonians called Mars Nergal - the great hero, the king of conflicts. The Egyptians were the first to notice that the stars seem "fixed" and that the sun moves relative to the stars. They also noticed five bight objects in the sky (Mercury, Mars, Venus, Jupiter, and Saturn) that seemed to move in a similar manner. They called Mars Har Decher - the Red One. Greeks called the planet Ares after their god of war, while the Romans called it Mars. Its sign is thought to be the shield and sword of Mars” (NASA, 2015). Mars is the fourth planet from the sun and referred to as the god of War. The planet probably got this name due to its red color; Mars is sometimes referred to as the Red Planet. Mars has been known since prehistoric times, and of course, it has been extensively studied with ground-based observatories. But even very...
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...Mars and its Future. On November 28, 1964, the Mariner 4 spacecraft was launched from Cape Canaveral Air Force Station. After 7 ½ months of flight, Mariner 4 reached the surface of mars and took the first pictures of the Martian planet. Since then we have launched more than 40 spacecrafts to mars, from orbiters that fly by the atmosphere to landers that have been on the surface of Mars (“10 things to know about mars”) . Today we still continue to progressively learn and to explore the famous red planet. Mars is the same age as Earth. The whole solar system and everything in it was formed the same time, about 4.56 billion years ago. One of the greatest scientific questions is if there's life on Mars. Since scientists know that Earth and Mars both experienced similar weather conditions in early history, and life eventually happened on Earth. Therefore life may have begun on Mars too. The big question is if life did start their, then how did it die out? Maybe there is still life on Mars, and it’s buried underground where conditions may be less hostile. The only way to answers all these questions is to explore Mars. Scientist call comparisons between Earth and Mars analogs. Scientists say that even though, the two planets are mostly different when it comes to the atmosphere, temperature, size, and the geologic processes on the two planets. Surprisingly there are similarities between the two planets, also. An example is, on Mars there are volcanoes, channels...
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...on the possibility of traveling to another planet and is it likely in the near future. Well right now NASA is trying to find a way to capture an asteroid and bring it to orbit and possibly land it on the moon so that we can study it. This information came from, A Rocky Road to Mars found in http://eds.b.ebscohost.com.proxy-library.ashford.edu/eds/pdfviewer/pdfviewer? vid=1&sid=16e2fe8a-1da9-4eb7-8c76-ea32f6e9fb16%40sessionmgr114&hid=106 There are many ideas like Book; Presents the variety of evidence and speculation toward faster-than-light possibilities. "The Space Race." History.com . A&E Television Networks, n.d. Web. 1 Jan. 2013. <http://www.history.com/topics/space-race>. I used this website to give myself just a basic idea of what the space race was, why it happened, etc. also Mauldin, J.H., Prospects for Interstellar Travel , American Astronautical Society by Univelt Inc. San Diego CA, (1992). Book; (370 pages) An overview of interstellar travel , the problems, proposed solutions and social issues. It contains sufficient details to lead researchers to more substantive material. It also touches on longer-term and more speculative ideas, including space warps, Zero Point Managing the Weight With a reminder that it had been nearly a quarter of a century since America developed a new vehicle for space exploration, Bush issued a call for a new manned space vehicle. [The Best (and Worst) Mars Landings] "We will build new ships to carry...
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...The Red Planet, Mars, is a rich destination for scientific discovery. For years scientists and astronauts have studied the formation and atmosphere on Mars through comparisons with Earth, in hope of one day making it habitable for humans. By the end of 2039, NASA aims to put humans on Mars and through future exploration uncover evidence of life, answering one of the “fundamental mysteries of the cosmos” . However this journey requires technology specifically designed to adjust to the alternate atmosphere on Mars. Once humans have landed, precautions must be ensured to minimize the impact of humans. But through this mission, scientists and astronauts can offer greater discoveries to humankind, more than what any robot can observe on Mars. Despite these great expectations, there are even greater consequences of space exploration. The journey to Mars will require extraordinary technology. NASA has predicted that the trip will last approximately six to eight months each way depending on the orbits of Earth and Mars....
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...The Mission to Mars Project Signature Assignment Submitted to: Dr. Archer 06/28/2013 Abstract The purpose of this paper is to describe what the Mission to Mars Project and understand how they plan on surviving accordingly and what they plan to accomplish. The Mission to Mars project is a huge exploration venture for man-kind and can possibly cause a paradigm shift in our world as we know it today. I will describe the Mission exactly as it planned and many flaws that come with their plans. NASA has been defunded so this mission has been privatized by a nonprofit organization (Mission One). Mission One is seeking individuals to volunteer for their mission to Mars. The individuals they choose for the mission will have to expect to live on Mars and colonize the red planet. Most of their plans are just theory and I will research more of their plans like growing vegetation, using solar power, and survival. Introduction to “The Mission to Mars” Project Many great men and women have been able to experience the glory beyond our atmosphere. Retired NASA astronaut, Frank Borman, was one of those great men. Borman was one of the first 24 individuals to fly around the moon. Borman is a modern explorer, beyond the constraints of the seas, or land, Borman was able to reach new heights. This great explorer once said, “Exploration really is the essence of the human spirit, and to pause, to falter, to turn our back...
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...Life on Mars Mars (Greek: Ares), our fourth planet in the Solar system, is named after the ancient roman god of war, Mars. People also called it the “Red Planet” as its surface if covered by iron oxide (loose dust and rock) which gives it a red bright rust colour surface appearance. During the Solar System's formation, Mars was created out of the protoplanetary disk. Also, Mars has two moons: Phobos and Deimos. Mars’ size is relatively smaller than our Earth and approximately half the size of the Earth; therefore, it takes longer to orbits the Sun (about two Earth years). Mars also has a surface area about the same as the land surface area of Earth. The Earth is about nine times more massive than Mars. Truly, there are some similarities between Mars and Earth which kept our interest to discover this mystery planet over decades. For example, Mars have a relatively thin atmosphere similar to Earth’s. Its atmosphere contains oxygen, carbon dioxide, nitrogen and argon, but proportionally different to our Earth. Moreover, it has similar observable features like volcanoes, valleys, deserts and polar ice caps. Mars’ seasonal cycles are likewise similar to those of Earth as well. These integrated features give rise to our suspect about the past or existing presence of life and many more questions related to its history. As Mars is the neighbour of Earth, its history of ideas about the presence of life has been a controversy issue over decades. Therefore, the research...
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...Mouwdy 0831545 ESS 102 AE The Curiosity Mars Rover has become a Twitter celebrity these past couple years. In the upcoming science-fiction paper, we will be taking a look inside the mind of curiosity to see what his day-to-day life is like on Mars. Specifically, it will discuss Curiosity’s inception, construction, fictitious rise to sentience, journey to Mars, as well as give a glimpse into its first couple years on the Red Planet. The aim of this paper is to explore the technological advancements specific to robotic missions to space that were required in order to make the Curiosity mission possible. In today’s world, one tends to take robotic space travel for granted. However, it has not always been as easy as it is now. In fact, it is still a very complicated process that takes thousands of people and...
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...Project Purpose This is a comprehensive project that you will work on throughout the course. You will work in groups to solve a problem using the theories, formulas, and concepts from this class. Course Objectives Execute problem-solving actions appropriate to completing a variety of case study assignments. Apply critical reading to identify the meaning of information in a problem statement. Apply analytical and logical thinking to extract facts from a problem description and determine how they relate to one another and to the problem(s) to be solved. Provide symbolic, verbal, and graphical interpretations of statements in a problem description. Apply analytical tools for evaluating the causes and potential implications of a problem. Generate potential solutions to a problem and determine the best course of action with regard to effectiveness, efficiency, and mitigation of risks. Design methodology for implementing problem solution(s). Develop tools for evaluating implementation of problem solution. Required Resources Textbook ITT Tech Virtual Library Project Logistics Select ONE of the following three projects: A, B, or C. You may work individually or in a group. Because of the workload, working in groups is recommended. Working as an individual on this project is discouraged. Project Deliverables Four written reports Final report Project presentation (Unit 10) Each written report must have the following items: APA formatting, double-spaced...
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...different than Earth in many ways when it comes to the soil and the plate tectonics. Red soil. Mars is called the red planet for a reason. The soil on Mars is rich in magnetic iron oxides which is rust. Scientists took a soil sample that mimics that of Mars and tested it to see if it would rust the way it looks like on Mars. The iron was unchanged after a year in a dry atmosphere and finally changed when the sample was put in a wet atmosphere. (R., 2005) Canyons. The martian canyons are huge compared to the ones seen on Earth. Scientist suggest that there had to have been a continual flow of water to erode the rock and form the deep and long canyons. Valles Marineris is a canyon near Olympus Mons. The canyon is 2500 miles long and 7 miles deep. (Cowen, 1998) Volcanoes. Mars is home to the largest volcano in the solar system, Olympus Mons. Olympus Mons is extinct and stands 16 miles (25 kilometers) and has a caldera that is 50 miles (80 kilometers) wide. Nearby are three smaller volcanoes that are also extinct. These volcanoes are near the canyon, Valles Marineris. From Mars no longer generating heat...
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...The Mars One mission is a mission designed to get humans to Mars by 2027. There will be lots of issues facing the crew though, and one such issue is the geology of the Red Planet. We have reason to believe that the geology is a prime concern and a reason that the mission should not take place. Mars’ geology is much different than Earth’s and consists of lots of obstacles and problems. Geology should make the Mars One mission a no-go because of the danger of volcanoes, the planet’s radiation, the lack of flat ground and abundance of mountains, and massive impact craters. Volcanoes are a dangerous issue on Mars as the number of them makes it a problem. The volcanoes are believed to be dormant by some scientists, but dormant volcanoes can awaken, as seen in Tongariro in New Zealand back in 2012. The fact that they could possibly awaken raises the risk to not go. Finding a landing site away from all the...
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...researching and exploring ideas on how to get to Mars. Space X is one of those companies they were founded in 2002. The Headquarters of Space X is located in Hawthorne, Ca. and they design, manufacture and launch advanced rockets and spacecraft’s. Space X, is short for Space Exploration Technologies Corporation, it is one of two private companies that NASA has contracted to transport cargo to the International Space Station. (Robertson, 2013) Space X can launch cargo from approximately 5 tons to 53 tons on their two rocket designs right now, cargo services are available on the Falcon 9 space craft for about $56.5 million dollars to sub orbit. If you need larger payload capabilities Space X also has the Falcon Heavy which is capable of carrying heavier payloads. As of right now 6.4 tons or less will cost $77.1 million dollars or for loads over 6.4 tons will cost approximately $135 million dollars. (SpaceX, 2014) Elon Musk is the CEO and Chief designer of Space X and he also co-founded PayPal services. “The key thing for me is to develop the technology to transport large numbers of people and cargo to Mars. That’s the ultimate awesome thing.” Musk envisages a colony with 80,000 people on the red planet. Musk believes he can get this under way in the next 10 to 20 years with the first manned mission to the Red Planet. The key is developing a reusable rocket to help keep cost down. (Coppinger, 2012) “Tickets to go to the Red Planet will cost about $ 500,000 dollars” says Musk. The...
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...Living on another Planet The professional organization founded by the above listed members has been deemed the Stalwart Pioneer's Association of Celestial Exploration (S.P.A.C.E. for short). SPACE, founded March 18, 2033 is on a mission to establish a human colony on the planet of Mars. With its headquarters located in the heart of Houston Texas, alongside the NASA space command center, SPACE is currently laying its plans to have the colony established in next 10 years. The program is being funded with federal assistance along with backers from billionaire investors Warren Buffet and Bill Gates, among others. Along with federal funding and heavy investor funding, SPACE is also requiring a steep membership fee of $10 million to be one of the first 50 colonists to live on the planet once the establishment is finished and deemed safe. Our group chose to do this project because we thought it would be fun to create an organization with aspirations of settling a colony on the red planet. SPACE has its sights set high. We have invited investors from all over the world to take part in this multicultural enterprise. Mars is the location of the colony, although the exact site for the colony has yet to be determined. “That site will depend on many factors, including terrain, soil and surface properties; areas of science priority; and access to and quality of local resources” (Loff, 2012). The site must also be chosen with thought to using the natural landscape to help shelter the establishment...
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...race expedition to conquer mars, set out by Mars One, should not be pursued due to the detrimental effects the journey will have on the physical and psychological health of the astronauts embarking on the mission, and the lack of technology needed to ensure the success of the colonization.Undeniably, the expedition will bring about new discoveries of the components of our lives on earth, and scientific advancements unlike anything people have known before (Jordan); unfortunately, that point raises questions of uncertainty and chance, and astronauts will not overcome the detrimental psychological ailments that will take hold on them before they are able to explore the terrain around them (Lewis). When sending people to a place unknown...
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...• Report 1&2 Mission Location and Description………………………. Pg. 2 Climate Characteristics……………………………………pg. 2 Impact on Social Structure/Economy…………………….pg. 4 Population Size……………………………………………..pg. 4 • Report 3&4 Mission Location and Description………………………..pg. 6 Impact on Social Structure/Economy………………………pg. 6 Energy Use and Generation…………………………………..pg. 7 Design of Colony……………………………………………..pg. 8 Transportation………………………………………………….pg. 9 Life Support Systems……………………………………………pg. 9 • References…………………………………………………………………pg.11 Project Statement Mission Location and Description The current operation is to advance to Mars and colonize. In order to so we must terraform the planet. Currently the planet is a husk of nothingness. On the bright side, ice caps have been discovered a few inches beneath the surface, so water will be available naturally in due time. The soil will take time to cultivate for farming as it is somewhat contaminated. “Water and sulfur and chlorine containing substances, among other ingredients, showed up in samples Curiosity’s arm delivered to an analytical laboratory inside the rover”. (NASA) The distance from the sun to Mars is 141.6 million miles. The location of Tyrrhena Terra, where we are developing, is at 18º south and 99º East. Climate Characteristics The terraforming process will begin with the use of genetically modified organisms. We are able to alter organisms so that they possess certain traits needed in accelerated terraforming...
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