LT ASSIGNMENT Essay Example | Topics and Well Written Essays - 250 words

LT ASSIGNMENT - Essay Example Therefore, the purpose of this study is to understand the nature of motivation; whether one is born with it or not, and exploring some factors that lead to demotivation of individuals (Ryan, 2012). Motivation is an attribute that a person can have or lack. Basically, some form of motivation is inborn which is refered to intrinsic type of motivation. This type assumes that each and everybody is born with certain aspects of performance. Motivation that a person is born with can be hereditary. People born motivated excel because they do the things they are passionate about. From that point, things take off. On the contrary, not everyone is born motivated or possessing the selfdrive nature. However, the greatest attribute to motivation is one of extrinsic value which results from external factors. This can be referred to as the main argument in motivation. The way a person is brought up determines the character of that individual. It implies that the greatest boost to motivation is inherited from the environment because it offers an opportunity. On other hand, past experiences make people to become sensitive about opportunities and hence they acknowledge and accept them (Ryan, 201 2). On the contrary, people can become demotivated. Sometimes, when an individual lacks to achieve a specific set goal and they had paid full attention into accomplishing it, the result is demotivation. Failure makes some people to give up and lose their motivation. However, failure to some people acts as a form of motivation to work even harder to achieve success. Furthermore, poor performance can lead to demotivation as well as lack of trust say in leadership in a work place (Ryan, 2012). In conclusion, motivation is the desire to achieve while demotivation is the lack of selfdrive nature. Some people can be born with motivation while others cannot. However, the biggest contributor of motivation is learned. On the

How Service Providers Ensure Consumer Retention Essay

How Service Providers Ensure Consumer Retention - Essay Example This is because it is only through customer retention that these service providers can gain a competitive advantage over other firms in the same industry. Nevertheless, the question is, how does these service providers ensure this? The purpose of this paper is to explore the strategies employed by service providers to ensure customer retention. One key element of customer retention is ensuring that customers are provided with quality goods and services (Buttle 12). It is noted that many service providers tend to strive towards the provision of quality good and services as a way of keeping their customers loyal to the company. This is because no single customer would be willing to come back to get the products or services of a company that they had previous been dissatisfied. Buttle notes that many customers would only be willing to remain loyal to those companies that provide quality products and services to their customers (14). This is one of the reasons as to why companies such as Walmart, Target and Kroger among others have large customer retention base. These retail shops attribute its customer loyalty to the fact that it provides better quality products and services, which has kept their customers coming again and again. Research shows that customer retention is not only based on provision of better quality products and services, but also on creating awareness on the existence of the products and services (Hennig-Thurau and Hansen 102). Many service providers are aware of this fact, and as a result engage on extensive advertising campaign to inform their customers of the existence of their products and services, as is the case with Walmart one of the largest grocery retail shop in the US. Walmart, for instance, does this through mailing list, local advertising, video marketing, email list and facebook among others. Customer retention is also very much dependent on customer service (Lamb 44). As a result, to ensure that customers remain loyal to the compan y, service providers always ensure that customers are provided with optimal customer service. This involves extending a helping hand to the customers all the time irrespective of the place and time. Technological advancement have made this easier to service provider as they can now do this through social media networks to keep in close contact with their customers as is the case with Target retail. This ensures that customer’s queries and problems are handled in time making them feel valued, thus building loyalty. In addition, many service providers ensure that those employed at the customer care desks are professional with etiquette, hospitable and able to handle their customers well. This is because these are the people who mainly come into close contact with customers first. They, therefore, their first impression with the customers can impact greatly on whether the customer will remain loyal or not. Take for example a situation where a customer makes an important call to the company and it is not picked by the customer care employee in time. Such behaviors makes customer feel less valued by the company and as such will seek the services of competitors who can handle them well. Making a customer feel special and valued is another factor that contributes immensely to customer loyalty. Many at time, customers prefer being valued and treated in a special way for them to remain loyal.

Cultural Differences in Body Language Essay Example for Free

Cultural Differences in Body Language Essay Do you know what I am doing? (thumbs up to the side – Hitch hiking). When I do this, most of you would think it means â€Å"good job†. But in the middle east, for example in Iran, it’s an insult similar to â€Å"the middle finger†. Good evening Madam Toastmaster, fellow toastmasters and guests, tonight let’s look at body language in different cultures. Do you agree that gestures can communicate as effectively as words? I agree. Some might argue, it maybe even more than words. However we must be aware different culture has different body language. Therefore, in our personal and business lives, careful consideration must be given to whom we are with and where they are from. A question that we might ask is; do we expect other cultures to adapt to our customs and protocol, or are we willing to make an extra effort to learn more about how they prefer to communicate? It wouldnt be the first time that someone who wasnt familiar with the communication customs of another country, found themselves in a rather embarrassing situation. Many years ago, President Richard Nixon arrived in a foreign country. Upon his arrival, he stood at the top of the stairs leading from his aircraft door, and overlooked the welcoming crowd gathered below him. He smiled and proudly raised both hands high in the air, palms facing outward and gave a gesture of his trademark famous Peace sign (as he had done many times before while travelling abroad). However the crown immediately began to jeer and hiss at the President, and he found himself on the receiving end of a hostile and rude welcome. Could you imagine how he felt? The reason was because in the country he was visiting, the two fingered, palms outward Peace sign, which was acceptable in North America, was an absolutely offensive gesture to the local people in that African country. This would have been the equivalent of a president from another country visiting New Zealand, and with a smile, flipped the bird which in their country might have meant greetings. As a member of the audience, how might you react? In North America, a simple thumbs up gesture can mean that things are great or a hitchhiking sign which indicates I need a ride. However, in Greece, this gesture signifies up yours when accompanied with a rapid upward and slower downward motion. The gesture for YES is often thought to be universal, however in India they wobble their heads from side to side to say yes. Correct me if I’m wrong my Indian friends. There are also variations in saying no. In Greece they toss their head up. In Japan, they wave their hands in front of their nose like ur gesture for stinky. Or, how about the OK sign where the index finger and the thumb connect to make an O shape and the three remaining fingers point up and slightly flare out. Although acceptable in Western culture to signal that things are A-OK, in Russia or Turkey, this gesture can represent a sexual insult. specifically an orifice (thats as far as Ill go with that). In China you may see two men walk hand in hand or with an arm around anothers shoulder. This is a sign of friendship. However, the situation is regarded as homosexual in American culture. In some countries such as France or Italy, it is acceptable to exchange a kiss on one or both cheeks while shaking hands when greeting one another. In other countries such as Japan, this type of behavior is considered impolite as the Japanese are considered to be a non-touch society relative to other cultures. The Japanese have a respectful custom to bow to each other. The most senior status person bows the least and the least status person having to bow first and display the deepest bend from the waist. Business cards are exchanged and read first in a complex formality. This ritual is to determine the seniority, position or rank of everyone in the room first. Then the bowing gesture commences based on the information read. For example, let’s say Tony Cooper is the CEO of Mitsubishi Motors in Japan. I am a small department manager from Fontera†¦the process is: So as you can see, it is really important to know your audience. If you are traveling to other countries, you need to be aware that some of the most commonly acceptable gestures at home can have a completely different meaning to someone from abroad. Demonstrating a sound knowledge of the cultural differences in nonverbal communication will get you noticed and others will appreciate that you are both respectful and prepared. Tonight you’ve learnt as least one thing: be careful if you thumb a ride in Greece O Take the time and invest in a little research to become culturally educated. By doing this you will be able to: Save the embarrassment. (i. e. Be careful if you thumb a ride in Greece O) Gain the competitive edge. A little research can go a long way prior to traveling abroad on business. Surely it helps if you are willing to make an extra effort to learn more about how they prefer to communicate. As the saying goes, In Rome, do like the Romans do. Get to know your audience and their customs. Remember in business, its about being prepared and establishing rapport quickly. Understanding body language in different culture might be the very thing that tips the scales in your favor and will give you the competitive edge youre looking for.

What Are The Uses Of Nanotechnology Environmental Sciences Essay

What Are The Uses Of Nanotechnology Environmental Sciences Essay Nanoscience and nanotechnology congers up visions of making, imaging, manipulating and utilizing things really small and the defining feature of nanochemistry is the utilization of synthetic chemistry to make nanoscale building blocks of different size and shape, composition and surface structure, charge and functionality[1]. The initial concepts of nanotechnology were decribed by Richard Feynman in 1959 when he gave a talk describing a process involving individual atoms and molecules that could be manipulated. Professor Taniguchi later helped define nanotechnology as a process involving separation, consolidation and deformation of materials on particles the size of an atom or a molecule[2]. The national nanotechnology initiative describes nanotechnology as the understanding and control of matter at dimensions between approximately 1 and 100 nanometres where unique phenomena enable novel applications[3]. The nanotechnology field is interdisciplinary and spans across physics, biology, chemistry, medicine, materials science and computing[4] and requires engineering at a nanoscale. A nanometre is equal to a billionth of a metre (10-9) and nanotechnology can be defined based on its scale being less than 100nm[5]. The science of nanoscale materials is said to fall between the extremes of 1nm and 1 Â µm lengths[1]. Nanotechnology incorporates science and technology to allow manipulation of atoms and molecules to create new systems, materials and devices with at least one feature of less than 100 nm in size. This provides the capacity to work at the molecular level, atom by atom, to create large structures with fundamentally new molecular organisation[6] which significantly contributes to enhanced material properties in physical, chemical and biological aspects as a result of their nanoscale caliber[6]. At the nanoscale materials have different properties; silver and gold nanoparticles hav e catalytic properties whilst pieces visual to the human eye are inert and unreactive. This is due to smaller particles having a much larger surface are to volume ratio and at sizes below 100 nm quantum effects become apparent. Fabrication on a nanoscale requires the use of molecules as building blocks. There are two approaches taken towards nanotechnology. The top-down approach uses conventional methods of micro fabrication extending them into the molecular size regime and includes electron beam and X-ray lithography. The bottom up approach incorporates the principles of self-assembly extending them from the molecular into the micrometer size regime which in a way mimics the way nature constructs biological systems and requires suitable building blocks. In 1959 hypothetical concepts and experimental results for nano-size materials and devices appeared, however the recent scientific developments have encouraged a revival of activity and created developments in the nanoscience field[1]. Nanotechnology has followed on from micro-engineering where tolerances of 10-6m have become common in the motor vehicle and aerospace industries allowing the manufacture of high quality and safer transportation. In the computing industry the miniaturization revolution has become most apparent. The worlds first stored-program electronic digital computer nicknamed the baby was built in Manchester in 1948 and had the processing power equivalent to that of a mobile phone yet the machine itself filled an entire room. Today the components of a computer have been de-scaled down to the size of a mobile phone and contain nano features, whilst they can process information much faster. Nanoscience is already a leading solution provider to many societal, health and environmental problems and due to its high potential for future developments it is attracting large amounts of funding. Nanotechnology has played a vital part in major revolutionary advances in medicine. Nanoparticles can be used to help faster detection of diseases. They are introduced into the body and bind to targeting antibodies which in turn will bind to the diseased cells and creates a fluorescent glow which can be detected by an imaging system which pinpoints the location of the disease from early onset. There are nano coatings that can repel dirt and prevent the spread of mrsa which has recently become a problem in hospitals. Nanotechnology is creating a path for faster diagnosis of disease and more accurate drug targeting using smaller quantities of drugs, hence reducing toxicity to the body. Looking from an environmental aspect nanotechnology is helping to develop cheaper and more efficient solar energy cells to be used in homes as a cleaner energy source. Nanotechnology is responsible for the production of environmentally friendly nanocoatings which are highly effective and not toxic to the environment, which can be used to replace toxic cadmium and chromium coatings that are currently used. There are nanocoatings which can protect materials making them more durable and resistant to scratches and graffiti. Nanoparticles can be used to invisibly tag things which make it easier for identification purposes and for crime prevention. Nanotechnology has allowed for tougher car tyres, improved sun creams, cheaper solar cells, stronger aeroplane wings, more sensitive and specific sensors, more efficient catalysts, hydrogen storage, tougher fabrics, new materials for sports equipment such as golf clubs and to reinforce the frames and strings on tennis racquets, intelligent glass for windows and glasses, flat screen TV screens among many other things. Carbon nanotubes are highly electrically and thermally conductive and have a tensile strength one hundred times stronger than steel whilst being a lot lighter. The highly desirable properties of carbon nanotubes allow tremendous future possibilities for aviation, military and medical applications. Carbon nanotubes and other materials such as plastics and textiles can be combined to produce lightweight bullet proof vests. Silver nanoparticles are present in socks and help combat bad odour by killing bacteria and this idea has been mimicked in dressing for wounds to keep them sterile. Nanotechnologies have enabled self-cleaning and dirt repellent clothes, which contributes to reducing the energy used to wash them. Nanotechnology developments in the pipeline include carbon nanotubes that can generate heat and may be ideal for electric blankets or as wall paper to heat cold walls and insulate homes. Research currently in process includes polymer based nanofibres that can be filled with nanoparticles, enzymes, catalysts, or an antibacterial. The nanofibres can be sprayed onto cut and wounds to activate the healing process or used to form temporary membranes or filters in the body. Nanoelectric devices have been embedded into textiles and can monitor internal temperature, chemical sensing and provide support for people that partake in extreme sports or for firefighters and other professions wherer this could be a vital piece of equipment. To support these nanoelectric devices research is being conducted on the viability of man made nanfibres which are used to present new properties such as shock absorbance, strength, heat stability and fire retardancy. Encapsulation is a process which increases th e performance or shelf like of a less stable substance and has been used in the nanoencapsulation of cancer drugs to increase their efficiency. It can help to deliver improved taste and protects food substances from harsh processing environments and in household cleaning products they can provide longer lasting scented household fragrances and also to help reduce energy and water use by slowly releasing enzymes in washing detergents. Nanoscale manufacture is already well established with food companies. Several foods and drinks comprise of natural nanoscale ingredients which can be manipulated which often happens in the manufacture of dairy produce[3]. Nanotechnology has been used to incorporate new tastes, flavours, physical effects and health benefits to foods as well improving food manufacture standards by being used to create antibacterial surfaces, packaging that is protected against contamination and special filters that can remove impurities and toxic chemicals[3]. Research in the motor industry is offering applications of nanotechnology to provide improved fuel cells for cleaner energy, more efficient catalysts, corrosion and scratch protection as well as stronger yet lighter engines and other motor parts. Nanoparticles are currently present as additives in fuels which enable lower fuel consumption and decrease any toxic emissions and research is being conducted to develop way in which nanotechnology coul d eradicate hazardous reactants and toxic emissions altogether. Cars are benefiting from nano-sensors which are reducing collisions and can detect part failures within the vehicles. The benefits surrounding the use of nanotechnology in our every day lives is endless, it is obvious that nanotechnology could shape the world of the future and contribute to developing a sustainable environment; maybe one day nanoscience could contribute to ending world hunger. Cancer could be eradicated as surgical procedures are carried out at the molecular level and eventually with nanosurgery everything could hopefully be repairable. However without the cycle of life and death the population on the world would increase to an unmanageable amount that would affect the sustainable environment we are supposedly aiming to achieve. Future developments of nanotechnology are totally unpredictable and the nanoscience phenomenon is still in its early stages. While the many benefits of nanotechnology are apparent, scientists are nervous about what the future may hold and concerns surrounding the ability to make materials come to life via means of reconstruction on the molecular level are most daunting. A particular concern is the development of nanorobotics that could potentially lead to nanorobots taking on human duties which would endanger and unbalance the world economy. However nanoscience is in the responsibility of the scientists and out of our hands for the time being, there are people who fear the future of nanotechnologies and there are those who are looking forward to their developments. Like with any new technology on the market, nanotechnologies also pose potential risks which need to be fully understood in order to optimize the advantages of using nanotechnology regularly. Once embedded in polymers nanoparticles are very safe, yet there is some uncertainty surrounding free nanoparticles and the health threats posed if inhaled. The government and the nanotechnology industry are extremely aware of the possible risks, it is not doubted that nanotechnology can bring profound benefits to society but these various applications of nanotechnology need to be supervised and maintained to safe and risk free level. Public concern surrounding nanotechnology is limited as a large population of the public have not yet heard of nanotechnology[7] and those who have dont fully understand what it actually entails[8-10]. A study in France confirmed that 81.5% of the participants had little or no knowledge about nanotechnology (table 1) [7]. Social scientists have researched what influences public perception of new up coming technologies like nanotechnology[11]. A recent study in March 2011, Comparing nanoparticle risk perceptions to other known EHS risks has concluded that the public are relatively unconcerned about nanotechnology risks and the risks of nanotechnology perceived by the public are relatively low compared to other health and environmental risks ( fig 1.)[9]. In this study the public have ranked street drugs as the highest posed risk followed by smoking, AIDS, nuclear waste and obesity. Nanoparticles have been ranked on the low end of the scale, 20th out of 24, along with X-rays, air trave l and mobile phone use[9]. Fig.1. Rankings by high health risk perceptions[9]. A survey of the public perceptions about the use of nanotechnology in foods and food packaging concluded that the public are ambiguous and pessimistic surrounding applications in the food industry[7]. However the study only surveyed 752 individuals, so this is not a true and fair representation of the views of the public world or UK wide. The study titled The public understanding of the food domain was carried out in France and revealed that the general consensus of the participants was that they were doubtful about nanotechnology in food and food packaging and hence viewed that the benefits equalled the risks[7]. However as the percentage of unfamiliarity surrounding nanotechnology of the participants was extremely high[7] it could be argued that with more understanding of the topic participants and also the rest of the public would be more swayed to support nanotechnology if they were more informed of the benefits and risks. The unknown causes people to be doubtful and cynical and view something they have no knowledge about in a negative light. Evidence suggests that the public however perceive nanotechnology to pose more of a risk than experts do but generally the public believe that the benefits associated with nanoscience outweigh the impact of risk[10, 12]. Table 1. Frequencies and percentages: nanotechnology food packaging (nano-outside), nanofood (nano-inside) and nanotech familiarity (N=752) [7]. After the public backlash against genetically modified foods the public perceptions of new and emerging technologies are highly valued and extremely important and need to considered fully[13]. Given the important and lucrative benefits of nanotechnology for the future the public need to be made fully aware of the advantages before they make negative judgements themselves based on their lack of knowledge surrounding the topic. Uninformed people will automatically have a negative biased opinion of new technology if they are not slowly introduced to the idea and made aware of the advantages before they hear about the minor risks and pass judgement themselves. People in industry fear that without more research and public awareness there may be an outcry against their use of nanomaterials[14]. It was reported that increased education on new technologies led to increased public anxiety of the subject[15]. Will giving the public more information, provide them with more ammunition for a repeat of the public out cries against genetically modified foods and gene technology. Communication between the public and decision makers in nanoscience and the government needs to be established sooner rather than later to gain the public approval and to ensure there isnt a repeat performance of the GM food backlash[13]. Already public protestors present at Nanotechnology debates held in France in 2010 chanted Nano, its not green, its totalitarian[16]. Public perception depends upon the type of utilization surrounding the new technology [17] and most of the time applications involving food and medicine are considered to cause the most controversy in the public eye[18, 19]. A Royal Commission on Environmental Pollution in the UK found no evidence that nanomaterials have harmed people or the environment, but recommended further research and evidence to confirm this[14]. The public need to hear positive evidence surrounding the safety of nanotechnology maybe before they are introduced to current and future developments. Public concern includes whether manufacturers and industry will benefit more in terms of revenue from nanotechnology than the consumers[20]. The concern over nanotechnology in food is more of a worry to the public than its use in packaging which is deemed to be quite useful in fact [20]. Titanium-dioxide, one of the most commonly used nanoparticles used in consumer products such as sun creams [21] has recently been slated after finding that Titanium dioxide nanoparticles caused chromosomal damage, as well as inflammation, all of which increase the risk of cancer when tests were carried out on mice[22]. However a year later the same source of information, UCLAs NanoSystems Institute revealed how nanoparticles have been used in the delivery of cancer drug therapy in mice[23] which could have huge potential in the development of human anti-cancer drugs. As of yet the various warnings against nanotechnology can not be justified as there is a lack of concrete evidence to support such claims against nanotechnology. According to new laws from the European Parliament cosmetics containing nanomaterials will have to be duly labelled and the new regulation states Nanomaterials: labelling, definition and safety assessment needed[24]. After Germanys Federal Environment Agency revealed a report about nanotechnology[25] which consequently lead to media headlines reading The German Environment agency warns against nanotechnology and Nanotechnology can make you sick[26] the environment agency retaliated by declaring that we havent done any of our own research and as a result feel the report has been misinterpreted [27]. This is an example of fabrication of warnings against nanotechnology and without adequate evidence the public misconception with regards to new nanotechnology will continue. A report published in 2010, Report on the European Commissions Public Online Consultation towards a Strategic Nanotechnology Action Plan concluded a number of points related to public concerns with regards to nanotechnology amongst other cohorts[28]. The majority public opinion on nanotechnologies was reasonably optimistic and not a single person voted opposed towards nanotechnologies (fig). The public perceived food and healthcare to be most at risk with respect to nanotechnology (fig). Toxic nanomaterials and the nanomaterial workers health were both highlighted as being the most important major issues the public had concern over (fig). The general consensus across all areas questioned was that more action needed to be done with regards to the EU Policies in the new action plan. The areas highlighted the most included addressing safety concerns, developing better tools and adapting existing nanomaterial legislation (fig). Fig.[28] Fig. [28] Fig. Public concerns about the current state of development of nanotechnologies[29]. Fig. [28]

Classical Theorists Essay example -- Sociology, Feminist Theory, Gende

The dominant voice in sociology is white, heterosexual and male. This is certainly true of the â€Å"Classical† theorists and forefathers Georg Simmel and Max Weber. Over the years Sociology has recognized different voices in the tradition, opening the doors for feminist theory and theorists such as Candace West, Don H. Zimmerman, Judith Butler, Patricia Hill Collins, Dorothy E. Smith, and Raewyn Connell. These sociologists attempt to offer a different standpoint from the dominant one, a standpoint that can find some of its roots in the works of the sociological forefathers. West and Zimmerman’s Doing Gender was a seminal sociological work. The authors asserted, â€Å"the essential male and female natures are an achieved status of objective fact, they provide the rationale for the differing fates of women and men† (Kivisto 2011: 319). Max Weber’s views on status compliment this idea. Weber states â€Å"a status group can exist only to the extent that others accord its member prestige or degrading, which removes them from the rest of social actors and establishes the necessary social distance† (Coser 1977: 229). West and Zimmerman go on to discuss the difference between sex, sex category, and gender. They also concentrate on gender, submitting that instead of an essential part of our nature it is an act we portray daily (Kivisto 2011). West and Zimmerman take on gender was revolutionary but at its very foundation is the idea of status in American society. Generally, gender difference has been used to subjugate the female sex category. Georg Simmel also dealt with status in his essay on Fashion. He discussed the lower class acquiring material items to mimic higher classes. Similarly, West and Zimmerman discussed gender displays a... ...2011). Many jobs that are considered masculine make more money, such as businessman and pro football players. While teachers, nurses, and cleaning ladies traditionally female positions barely make a enough to survive. It says a lot about what gender we value in society. Arguing for a living wage from a feminist stand point, would highlight the contradictory act of teaching one thing and practicing another. The feminist perspective might point out that feminine and masculine are social constructions. This ideal would equalize the sex category female and male (Kivisto 2011). Making â€Å"female† activities as valuable as male activities. They would accept knowledge from all groups. Use a variety of standpoints to make decisions about wages (Kivisto 2011). Try to dismantle the gendered hierarchal structure of the university and disavow â€Å"masculine† and â€Å"Feminine†.

Graduation Speech: The Climb :: Graduation Speech, Commencement Address

Good evening family, friends, teachers and fellow graduates. This special night marks our achievement over the past thirteen years. Tonight we come to the top of a mountain in our lives and look ahead to the numerous more to come. It seems like just yesterday we were eighth graders in middle school, wishing we were twelfth graders in high school. (You have to remember that back then we didn't know if a freshman meant you were in twelfth grade or if a junior meant you were in ninth.) We've definitely come a long way to be where we are today. Being students at Wilson, "The School of Pride," has helped us all with our climb over Mt. Education. Learning the basics to climb Mt. Education didn't just start in high school; it began a long, long time ago. Our first experience with the climb started out in our six years of base camp, formally known as elementary school. The next stage in our climb was when we were able to climb the part of the mountain with the gentle slope. The smooth slope of the mountain took us a whole three years to accomplish. As you have probably guessed, the gentle slope was middle school. These were the steps we took to get to our third stage in our climb of reaching the peak of Mt. Education, also known as high school. It all began at freshmen orientation when we learned just how much control we would have over our educations here at Wilson. We also discovered that we not only would be choosing the classes we took, but the teachers as well. Next, from a chant that was yelled at us from the seniors in our first pep assembly, we learned that seniors do rule the school. During the pep assemblies we also learned how to show our school pride and spirit. Overall, in our first year here at CHS we encountered many faculty members and students that would help us on our journey up the mountain of education. Throughout our years of high school we have perfected our methods of climbing Mt. Education through experiencing many first times together. To start things off there was the first Friday night varsity football game at the stadium. We also had dances that were actually cool like homecomings and tolos. We even experienced many new things in the classroom such as writing research papers, taking extremely difficult tests and learning a foreign language.

Finches in the Galapagos Islands Essay

English naturalist, Charles Darwin, believed the finches he collected and observed on the Galapagos Islands shared a common ancestor because he found they all greatly resembled a bird located on the Ecuadorian coast off South America. When Darwin initially began his journey on the Beagle, he was biased toward the widely accepted idea that every living thing on Earth was a divine creation, which remained unchanging and existing as it was originally created. However, when Darwin arrived on the Galapagos Island he began to see a flaw in this theory. Examining and collecting the islands animal population closely and carefully he began to see uncanny similarities between the animals upon the island and the animals on the South America mainland. For example, Darwin discovered that the fossils of extinct armadillos and the currently living armadillo population on the island had many of the same features, though the current population of armadillos had certain characteristic that helped it survive in the islands environment. Using this, the finches and other animal specimens, he was struck by the idea that this animals must have migrated long ago from South America to the island, giving rise to a new and thriving animal population. Darwin was also able to conclude the finches shared a common ancestor from the written works of Charles Lyell and Thomas Malthus. While sailing on the Beagle toward the island, he was able to read and analyze Charles Lyell’s Princeples of Geology which, discussed in great detail, the Jean Batispe Lamarck theory of evolution. He believed animal structures evolved over time due to frequent use or disuse, and was eventually passed through to their offspring. For example he proposed the lengthing of the giraffe’s neck was due in part to the trees it lived among. In order for it to obtain its food it had to crane its neck forward and reach up. Lamarck, believe, over time, the giraffes structure eventually began to get longer and longer as it was passed from each genernertaion of offspring.