I Am A City Girl At Heart - 923 Words

Question Topics: â€Å"What will be my major in college and what influenced my choice of this major?† and â€Å"What community service organizations have I been involved with and why did I choose those organizations?† Although I am a city girl at heart, I found my niche in agriculture at a very young age, when I was in middle school to be exact. When many students were taking elective courses in band, art, dance, or drama, I chose to enroll in agricultural education courses, which consisted of learning about the industry that feeds, clothes, and fuels us every day, with lessons over pet care and livestock husbandry, to other things such as asexual plant propagation, electrical wiring, and nutrition. These courses sparked my interest in the sixth grade, continuing through middle school, high school, and lasting today into college, where I am currently studying to obtain a degree related to it to establish a successful career in the field upon graduation. Right now, I am currently finishing my second year of community college at Daytona State College and will be obtaining my Associate of Arts degree upon completion of the semester this May. In the fall, I will be transferring to the University of Florida to get my Bachelor’s degree with Agricultural Communications and Education as my major to pursue a career in agricultural communications in a leadership position upon graduation, with a fair, livestock show, commodity based organization, or state association. Eventually, many yearsShow MoreRelatedWhat Are Y All Hoping For?1585 Words   |  7 Pagesand realizes that it is more enjoyable to play sports and have short hair. The tomboy reaches middle school and begins the horrific changes of puberty, praying in vain every night to keep these changes from happening. A secret burdens the child’s heart like the sky weighs down on Atlas. This troubled teen does not feel like the young woman puberty has created in the mirror. Years pass, and the discomfort only grows. This person, now an adult, finally seeks help for these complex emotions. The doctorRead MoreNarrative Analysis : Tick Tock974 Words   |  4 Pages Tick tock, tick tock. I listen to the clock and suddenly all these memories pop up. I remember all these little details that are usual forgotten and notice how far I’ve gotten in life. I specifically chose these pictures to put into my collage because behind every picture lies a story. A story that has impacted your life in such a strong way that it cannot be forgotten, no matter how hard you try. The first picture might seem like a silly picture of two girls with a dog filter, however there isRead MoreAutobiography Of My Family980 Words   |  4 PagesI was born and raised into a hardworking family that are the complete opposite of culture alienators. My siblings and I are all first generation in America on my moms side and second generation on my dads side. Life was very hard for my parents to raise all seven of us and depended on my grandparents for most of their help. Being that my grandparents brought all nine of their kids to America from Belize it was also very hard for them so survive and find stability. Most families that come to AmericaRead MoreBossa Nova Essay1527 Words   |  7 Pagesin the late 1950s during a period of economical growth and political change, the bossa nova has been often described as the music of the Brazilian middle and upper classes. This music style started in the upper class regions along the beaches of the city of Rio de Janeiro and both i ts music and lyrics were composed by middle and upper-class musicians and marketed to the same economic group. For this reason, bossa nova was criticized by some for emphasizing a carefree way of living that little resembledRead MoreWhy I Don t Have A Home1534 Words   |  7 Pagestheir home. But for me? I don’t have a home. The year is 750 AD and I live in the capital of The Tang Dynasty(618-907), Chang’an; the cultural center where you can thrive as a person; making me part of Ancient China’s â€Å"Golden Age(â€Å"Ancient China For Kids† 6).† However, I don’t feel my sense of belonging here. I’m in a place I didn’t ask to be in: being a young orphan girl, trying to make a living on my own. I have no relation with the top class imperial family, nor am I involved with any sort ofRead MoreThe World Is Your Oyster1246 Words   |  5 Pagesmoved the following months to different places based on what her heart yearns for. I remember giving her a Thailand travel guidebook for her farewell gift the day before she left Indonesia to Bangkok. I did not understand the meaning of that phrase, until I took the decision to fly 8367 miles apart from my home country for an educational purpose. Yet, it was one of the cleverest decisions I had ever made in my eighteen-year-old life. I plugged my white tangled earphone on my ears while sitting on theRead MoreSocial Label Of Being A Girl937 Words   |  4 PagesJune 23, 1995 in the early morning hours a little baby girl peacefully joined a new world. This social label of being a girl was now my gender, which is something I had no say in. Every since that very moment in time where my parents were told I was a girl, I have been treated according to my gender. This meant that my parents automatically dressed me in pink, bought me dollhouses and kitchen sets and threw me Barbie themed birthday parties. Since I was surrounded my whole entire life by these thingsRead MoreThe Book Thief And I Am The Messenger1288 Words   |  6 Pagesproven in his works, The Book Thief and I Am the Messenger. Within these two texts Zusak displays remarkable and admirable style in the form of his realistic characters, diverse word choice and structure, and gratifying plot lines. One major component to Zusak s writing style to make it as impeccable as it is, are the characters with which he writes about. Specifically, the two protagonists of his books: Liesel Meminger (The Book Thief) and Ed Kennedy (I Am the Messenger). Now, Ed Kennedy is quiteRead MoreThesis And Antithesis762 Words   |  4 PagesThesis. I do not fully agree with the dialectical materialism cycle on the large scale of history as an entirety, but I do believe in it as a personal cycle that all humans go through. Thesis and Antithesis are the two major components of life itself, but they carry a much heavier importance when viewed as personal forces. Each human is the driver of their own forces, and these forces reach a new level of power once an individual realizes they hold the reins. 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The Presentation of Napoleon in Animal Farm by George...

The Presentation of Napoleon in Animal Farm by George Orwell The novel Animal Farm, by the political writer George Orwell, is a story parallel to the events of the Russian Revolution. It features the brutal rise to power of one history’s most notorious dictators – Josef Stalin, who is portrayed by the tyrannical pig Napoleon. After the animals of Manor Farm expel their human master, Napoleon eventually manages to seize total control over every aspect of the animals’ lives. It is Napoleon’s character that I am analysing in this essay. Napoleon is portrayed right from the start of the novel as a rather sinister character. He is described as â€Å"a large, rather fierce-looking Berkshire boar †¦ with†¦show more content†¦However, while the actions of Snowball (who â€Å"dashed straight for Jones†) and Boxer (who was â€Å"rearing up on his hind-legs†) are described in detail, Napoleon is not even mentioned once. It can therefore be assumed that he was indeed not present at the scene. From this, we can detect cowardice as one of his numerous traits. He let other animals risk their lives in battle while he himself remained just a bystander. This implies that perhaps in the future, Napoleon would let all his fellow beasts do the farm-work while he merely watches them. During the Sunday meetings in the farm, Napoleon was â€Å"never in agreement† with Snowball and he uses sheep to silence Snowball at critical moments in his speeches. The fact that Napoleon was â€Å"canvassing support for himself† between meetings shows his cunning and also his level of power at the gatherings. He was also shrewdly trying to put Snowball down by contradicting him, and thereby making the animals doubt Snowball’s rhetoric. Napoleon took the nine puppies of Jessie and Bluebell into his care in the pretext of making â€Å"himself responsible for their education†. However, he was in fact training them to be his soldiers in order to expel Snowball and seize control of the farm. This shows that his strike for power was pre-meditated which furtherShow MoreRelatedMacbeth and Animal Farm Essay901 Words   |  4 PagesFocus on progression of power Compare the way George Orwell and William Shakespeare present and develop power and attitudes to power in Animal Farm and Macbeth. Writer’s sharing of attitudes other characters and writers AO1 = respond to texts critically and imaginatively; select and evaluate relevant textual detail to illustrate and support interpretations AO2 = explain how language, structure and form contribute to writers’ presentation of ideas, themes and settings AO4 = relate textsRead MoreHow George Orwell Creates Sympathy for Boxer in Animal Farm Essay604 Words   |  3 PagesHow George Orwell Creates Sympathy for Boxer in Animal Farm Orwell evokes sympathy from the audience for Boxer using a variety of successful methods. Firstly, he does this by the presentation of his intellect, and also by the characterisation of his personality and attributes. The Author additionally uses the way Boxer is treated, as well as with the setting, and the contrast with other animals, to make the reader empathise with the situation he is in. Finally he uses Read MoreAnalysis Of George Orwells Animal Farm756 Words   |  4 Pages No animal in England is free. The life of an animal is misery and slavery: that is the plain truth. These are the words of George Orwell explaining the imprisonment of communism in his allegory Animal Farm. He tells the story of differences between presentation and actuality in his book. Orwell shows the importance of how people will not rebel if there is an illusion of freedom. In the book, the pigs, who were the leaders of the farm, gives an illusion of freedom by gradually changingRead MoreGeorge Orwell s Animal Farm872 Words   |  4 Pagesall. We may not think so, but it’s happening all around us. Animal Farm was published in 1945 by famous author George Orwell. An intriguing and tragic fable in which demonstrates the impossible battle of totalitarian regime in hope of creating a world of equality. A politically satire novel that expresses social messages that have occurred during the Russian Revolution and which are still relevant in today’s society. During this presentation we will be explicitly recognising the impacts of corruptionRead MoreAnimal Farm Corruption939 Words   |  4 PagesAnimal Farm, by George Orwell, is an allegorical novella depicting the Russian Revolution through the viewpoint of a revolution of farm animals against the owner of the farm. The revolution gives way to the pigs seizing a position of power on the f arm. The pigs cement their claim to power through manipulating the other animals with force and their superior intellect. The pigs create an ideology for the animals on the farm to follow, and it begins as a message speaking of equality for all. Their powerRead MoreAllegorical Features Of Animal Farm 2086 Words   |  9 Pages Allegorical Features in Animal Farm Chapter I Introduction An allegory is a narrative story with duel level of understanding. We got the word allegory from the Latin word allegoria . First, there is the plot of the story. Then there is a representation which inscribes an indication of the surface presentation. The allegory symbolically can be means as historical or philosophical, poletical or religious. Allegories are like massive metaphors,Read MoreAnimal Farm Corruption Essay1379 Words   |  6 Pages Animal Farm, by George Orwell, is an allegorical novella depicting the Russian Revolution through the viewpoint of a revolution of farm animals against the owner of the farm. The revolution gives way to the pigs seizing a position of power on the farm. The pigs cement their claim to power through manipulating the other animals with force and their superior intellect. 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Orwellian is widely described as a society in which the liberties of all are diminished due to authoritarian rule. Orwell conveys the theme of â€Å"Many believe that man’s actions result from his free will, the presentation/perception of what is fact, remains dominant over society s actions.† through parallel elements of repression of information, fear propaganda, and languageRead MoreGeorge Orwells 1984 And Animal Farm1994 Words   |  8 Pages George Orwell’s 1984 and Animal Farm share a very important theme and common elements that shape the idea of an Orwellian society. Orwellian is widely described as a society in which the liberties of all are diminished due to powerful rule. Orwell conveys the theme of â€Å"Many believe that man’s actions result from his free will, the presentation/perception of what is fact, remains dominant over society s actions.† through parallel elements of repression of information, fear propaganda, and language

Electrically Controllable Adhesion Technology †MyAssignmenthelp

Question: Discuss about the Electrically Controllable Adhesion Technology. Answer: Introduction In the modern day of science and technology, the applications of robots continue to expand every day, so as to make work for humans easier. The robot mobility capability being used in this project is aimed at improving the window and wall cleaning procedures which could sometimes involve the hazard of falling from high buildings from the risk of one reason or another. The risks that could lead to this falls in the conventional method used in wall and window cleaning procedures include faulty equipment and insecure installations of support which could occur at any time. These risks and hazards are also felt in the part of workers of in nuclear reactor plants who also need to assess the conditions of the extremely high reactor tanks Thus the introduction of wall climbing robots to serve this purpose for humans would be a beneficial invention that would allow people to utilize the benefits of science and technology while still mitigating the risks that window and wall cleaners in differ ent parts of the world face on a daily basis. There are a number of trials that have been done on the design of wall climbing robots that utilize a wheel and a suction mechanism and the technologies are still being studied by many scientists and designers in the field of mechanical and robotic engineering. The theoretical framework that will be utilizes in the design of this wall climbing robot will entail the installation of a wheel that will be usable on flat surfaces and suction pads that provide the suction force required to resist gravity and climb walls(Chu, Jung, Han, Hong , 2010). The suction pads will achieve this force optimizing and maximizing the vacuum pressure in these suction pads using the Taguchi method, and this will allow the robot to have mobility even against gravity and on to walls. Research has shown the use of Taguchi method to maximize and optimize the vacuum pressure of the suction pads allowing for movement. The project is aimed at finding an effective way that can promote the mobility of robots to in crease their applicability to certain tasks that man needs to undertake but cannot for one reason or another. This will be achieved by giving the robot both locomotion and adhesion to overcome gravity management and climb walls to different heights without risking the lives of any humans. It also aims to establish the goals of finding out the parameters of dimensions, weights and pressures, for a wall climbing to be operational for the different purposes this mobility design is going to introduce. In addition to the methodology of suction and locomotion for mobility of the robot up the walls, the robots efficiency can also be improved by making it climb ferromagnetic surface walls which will be aided by a set of interlocking magnets beneath the robot(Fischer, Tache, Siegwart, 2007). The interlocking mechanism and the magnetic combination will guarantee the robot stability since its mobility is based on how well it can handle the wheel locomotion together with the legged and the suc tion mobility. This network of mobility technology will assure the robot of stability even when it is moving over surfaces that are not level. This proposal also entails a literature review of how the proposed solution will work to improve the mobility and the applicability of robots for different purposes. It shows the findings and recommendations of other designers in mechanical engineering robotics who have also attempted to design the perfect robot using different mechanisms for climbing walls. The theoretical framework of the design and why it is a feasible solution have also been detailed in this proposal. There are also details of the experimental part detailed in the project proposal, so as to simplify the complexities of the mechanics required to ensure that the project design exhibits the expected properties of the design as is expected by the calculations and simulations. Finally, details of the plan of the project as well as the timelines for the presentation of the expected deliverables are also presented towards the end of this report. Literature Review The need for a better type of mobility for robots is of the essence in the modern world of ever changing technologies, as the level of risks and effort people are expected to put into work continues to reduce immensely. These mobility challenges continue to encourage engineers to design more and more mobility systems for robots that will help them figure out more and more ways robots can be used to make work easier. In this project, the sliding locomotion method was used together with the legged mechanism for purposes of controlling the speed of the robot, which should always be a low speed because the unleveled surfaces always require discontinuous slow motion. (Kim, et al., 2008)suggests that a tracking wheel should also be incorporated in this design to promote better movements during continuous faster motions of the robot on level surfaces. This tracking wheel will be designed to work with a chain track that is connected to the suction pads that are responsible for the climbing m ovement. A solenoid valve and the magnetic component management of the locomotion mechanism will come in tie control the suction pressure from these suction pads. The strength of the magnetic forces and suction motion can be determined from the size of the solenoid, which includes dimensions of 370mm in width and 720mm in length. In this specific project, the design consideration is that the robot will aim to handle the climbing motion as a continuous motion for the simulation purposes. The literature reviews has shown that the function of mobility will have a higher speed of climbing because of all the adaptations mounted on this design, including the series of chains that are mounted beneath the robot on its tracked wheels. (Kim, et al., 2008) recommends a design that will also entail about 24 suction pads for the generation of the suction force the robot will use for its mechanical wave motion during climbing. The structure of the design of this robot is also factored in to the engineering design proposal, where the structure is focused on ensuring the forces that allow the movement of the robot are considered. Engineering design property assessment tests need to be conducted to ensure that the appropriate suction force is received on each suction pad, to prevent the falling of the robot. This will help in maintaining pressure within the suction locomotion mechanism will give the robot stability(Lee, Kim, Kang, Kim, Kwak, 2003) recommends the testing of experimental data to establish the mechanical properties and the pressure distributions. Comparisons also ought to be made concerning the speeds of the robots to climb walls of set heights and the payloads of the robot (Lee, Kim, Kang, Kim, Kwak, 2003). Information about the relationships between the maximization of pressures and the climbing performance of the record vacuums should also be established using the Taguchi method. This will serve the purpose of giving the robot stability in motion through minimizing any variations in the suction force of the suction pads. Research Question, Objective and Sub-goals The aim of this project is to design a robot that incorporates a number of locomotive mechanisms to achieve mobility on unleveled and leveled surfaces, as well as climbing walls. In so doing the mainframe locomotive systems will achieve a more efficient way to manage the tracking wheel whose role in the design is to control the vacuum suction procedures using the actuation modules (Lee, Kim, Kang, Kim, Kwak, 2003) Understand the operation of the tracked wheel system in relation to the belt timing and the pulley with suction pads. Understanding the role of the wireless control system which has an off and on switch of the solenoid valves. The design will entail the combination of the individual parts that make up the basic parts of a wall climbing robot using a tracked wheel mechanism which entails the frame of the robot and the tracked wheel component. The mainframe will entail a vacuum pump for suction, and a control module to actuate and drive the robot prototype, as well as the power supply to drive the prototype. The tracked wheel mechanism system, on the other hand, will entail a pulley and a timing belt to provide motion for the prototype. The suction pads and their valves will then be installed on the timing belt to provide air suction. The prototype will also need to consider how the prototype will achieve rotary motion through rotary joints to prevent any torsional and twisting stresses on the pneumatic tubes controlling this air suction motion. It also ought to be controlled wirelessly especially in changing direction, starting and stopping the motion of the prototype, as well as decelerating and accelerati ng. This would be made possible through the incorporation of the micro-controller and Bluetooth protocol to control the motor sand power supply. The experiment entailed comparing the speed of the robot during climbing for a given set of conditions so as to establish the mechanical properties of the motion of the robot. Results, Outcome, and Relevance The finding was that the movement of the tracking wheel is based on that of the suction pads such that it is also dictated by the wheel rotation as well as the mechanical operations of the suction valves in the solenoid (Menon, Murphy, Sitti, 2004)The operation of tracked wheel system was also found to have the role is managing the mechanism that is related to the rotation of the wheel. The role only the driving motor plays is to change the speed and direction of locomotion. This operation is related to the track wheel locomotion mechanism which thus involves the action of the wheels prompting movement. Comparison of the results of speed comparisons during continuous motion show that using both the sliding and legged mechanisms of motion improve the speed and the stability of the robot(Prahlad, Pelrine, Stanford, Marlow, Kornbluh, 2008). The impact of the magnetic properties were also established by this experiment as the valve on the solenoid controls the pressures between the vacuum pump and the suction pad as is seen in the free flow curve (Seo Sitti, 2011). This curve can be explained by the fact that the anti-gravity movement of the robot either up or down the wall is determined by suction force and its ability to handle the weight of the robot. The ability of any robot to manage any variations in the suction force in the suction pads translates into its ability to achieve the pressure of the vacuum required for sustaining the weight of the robot against the force of gravity. The system is designed to have all the 24 suction pads connected to the vacuum pump to allow it the required suction force to maintain the weight of the robot (Seo Sitti, 2011). The role of the mechanical valve was also found to give the robot stability when the form of locomotion changes from suction to the wheel system (Yang, et al., 19 99). The pressure to hold the suction pads in a stable condition is also determined by the flowrate in the vacuum pump of the suction locomotion mechanism as is demonstrated by the relationships between the climbing speed of the robot and the volume flowrate of the vacuum pump (Xu Ma, 2002). The Taguchi method was also used to conduct an optimization of pressures experiment so as to design the time dependent factors and the classified systems. This method is efficient for determining the best quality of the locomotion system placed on the robot, and the control levels of the robot. The method could also be helpful in determining the parameters for the operation of the robot and also to minimize the functions of noise and pressure fluctuation during the experiment. Conclusion The main aim of this project was to maximize and optimize the pressure in the suction pad of a climbing wall robot locomotion mechanism while managing the variations in time and pressure releases of the robot. The control factors that were analyzed include diameter of the pneumatic tubes from the suction pads to the vacuum pump, with the configurations of the air tunnels and the profile cam used in the mechanical valve of the robot. This was achieved through varying the parameters through fine-tuning the vacuum and the other control on the robot (Silva, Machado, Tar, 2008). The findings showed that the robots use the track wheeled mechanism in continuous motion such that the speed of the climb is high. The suction pads play a vital role in achieving the stable and fast continuous motion. References Chu, B., Jung, K., Han, C. S., Hong , D. (2010). A survey of climbing robots: Locomotion and Adhesion. International Journal of Presicion Engineering and Manufacturing, 11(4), 633-647. Fischer, W., Tache, F., Siegwart, R. (2007). Inspection system for very thin and free surfaces based on a pair of wall climbing robots with magnetic wheels. Intelligent robots and systems, 1216-1221. Kim, H., Kim, D., Yang, H., Lee, K., Seo, K., Chang, D., Kim, J. (2008). Developing of a wall robot using a tracked wheel mechanisim. Journal of mechanical science and technology, 22(8), 1491-1498. Lee, C., Kim, S. H., Kang, S. C., Kim, M. S., Kwak, Y. K. (2003). Double track robot for hazardous environmental applications. Advanced Robotics, 17(5), 447-459. Menon, C., Murphy, M., Sitti, M. (2004). Gecko inspired surface climbing robots. Robotics and Biomimetrics, 431-436. Prahlad, H., Pelrine, R., Stanford, S., Marlow, J., Kornbluh, R. (2008). Electroadhesive climbing robots enabled by a novel, robust, electrically controllable adhesion technology. Robotics and automation, 3028-3033. Seo, T., Sitti, M. (2011). Under actuated tank-like climbing robot with various transitioning capabilities. Robotics and automation, 777-782. Silva, M., Machado, J. T., Tar, J. K. (2008). A survey of technologies for climbing robots adhesion to surfaces. Computational Cybernetics, 127-132. Xu, Z., Ma, P. (2002). A wall-climbing robotfor labeling scale of oiltanks volume. RObotics and Automation, 209-212. Yang, W., Shuliang, L., Dianguo, X., Yangzhen, Z., Hao, S., Xueshan, G. (1999). Development and application od wall climbing robots. Robotics and Automation, 2, 1207-1212.