Intellectual and Cognitive Development

Understanding Child and Young Person Development Assignment 023 – Table 2 – Intellectual and Cognitive Development Explain the sequence and rate of development Age Range 0-3 Months Babies at this age are learning a lot about their parents they are beginning to recognise the sound of their voices, especially Mum's voice and smell, they may stop crying when Mums voice is heard. 3-6 Months Objects and toys become very interesting to babies at this time.Toys are explored with fingers and mouth. They are very alert. 6-9 Months Around this time babies will cry when their primary carer leaves the room but then around 8 or 9 moths learn that people and objects do not disappear but continue to exist even when they are out of sight. 1-2 Years At this time in their life they recognise routines throughout the day, babies may get excited when they see a familiar face or toy or when a bib is put on for feeding.They enjoy toys that they put things in to containers and out again, they may pull off hats and socks repeatedly. They also respond well to brothers and sisters. 2-4 Years Children begin to know what they like and play with the same games over and over again. They like pretend play games like drinking from an empty cup or dressing up in clothes of their hero's. 4-7 Years This is the age they gain load of confidence and co-ordination. They start school and learn to read, write and count they also do simple maths. -12 Years By this age children are well co-ordinated, the way children think and reason is reflected in their play, they are much more organised and focused. 12-16 Years Children of this age have learnt how to solve problems and have an understanding of reasoning. 16-19 Years Decisions have to be made at this tae of ones life, if to stay in education or to find a job. If leaving your familiar environment you have to embrace new settings, rules and people.

How to Date a Browngirl, Blackgirl, Whitegirl, or Halfie by Junot Diaz Essay

There were three literary device use in this short story ( style, tone, and many different languages). Each device blended well with each. As you read the story you can get the sense of style, tone, language of the writer. As you start the story your stuck until you finish be the literary device being used. Junot Diaz style is very amusing. As he explain his story, he is straight forward . The style of the story is not made for anyone who is easily offended. The style of the story was made for anyone to read. If the reader is from an Urban area they can relate to the story and if not, they may find this story be funny. The style of the story makes it feel like you’re given step by step directions on dating. The narrator explains how to handle yourself in different situations whether if it getting away from the bully when you have you girl around, hang the up the phone if the father answers, or how please the mother. Diaz starts off with a funny and playful tone from the start, making the readers want to know what was more to come. As Diaz opens the story, he opens with a funny paragraph â€Å" You’ve already told them that your too sick to go to Union City to visit that tia who likes to grab your nuts (He’s gotten big, she’ll say.)† (pg.255) He continues with the same tone in every paragraph. There is no way to can get bored with the story. Also, the tone in the story makes the reader feel like it’s one of their friends or crazy drunk uncle giving advice on dating. It makes the reader feel more open as they read the book. Diaz uses many different languages throughout the story; if the reader is not prepare it may catch them off guard. The different types of languages in the story help give it color and life. One of the languages the narrator used was slang, using slang it gave validation in what type of environment the story was taking place. One the languages used in the story is connotation â€Å" If she’s white girl you know you’ll at least get a hand job.† This type of language had intensity, value, and a image to the readers. In this story I assume that this story was made for humor or a dating tool for teenage boys that live in urban areas on how to date different types of girl within or outside the neighbor hood. This was a funny story and I enjoyed it. I don’t read at all unless it has to do with the news, sports, or military information. I feel that if I can understand what is a literary device, I understand more what I am reading and actually enjoyed this short story.

Nursing Scholarship Essay Essay

â€Å"The pursuit of happiness† isn’t that what we all strive for? Some find it in family and friendship; some find it in love and others in money and work. I find happiness in knowing that with much determination and will power I have been able to pursue my lifelong dream of being a nurse. The medical field is an area of constant change and evolution in society on a daily basis thus producing great challenges to those who take healthcare seriously. My goals for pursuing my educational advancement are first and foremost to continue to grow; stay equipped and continue to care for my patients with the utmost quality and knowledge. Being a nurse has been such a privilege to me and an opportunity to share the gift of love through compassionate care to people who are hurting. See more: how to write a scholarship essay for study abroad I originally â€Å"fell in love† with the ministry of nursing as a young girl during my studies about Florence Nightingale and her service to our military men. Not only did she administer first aide to the soldiers on the battlefield she also tended to their souls. I knew that nursing was my calling and that Florence Nightingale would be my mentor. As I grew older and life circumstances led me to being a single mother raising two children, I decided to add another level of fulfillment in my life and pursue a career in nursing. This decision was not easy but motherhood not only gave me a fresh sense of purpose and passion for life it was also the motivating factor to choose nursing as a reliable career. Happiness is not something you postpone for the future; it is something you design for the present. Therefore; pursuing my educational advancement in nursing is my design for today.

(i) Conduct a literature review and summarize the historical

(i) Conduct a and summarize the historical development of the equations used for the design of cfa piles in gr - Literature review Example It is highly important to note that the estimated static CFA capacity is achieved through methods that are developed for specific objects such as drilled shafts and driven piles, mainly because the behavior of CFA piles’ load-settlement are same. During the installation process, there is the establishment of end bearing and side shear resistance with pile displacement has similar features with other kinds of deep foundations (O'Conner & Robertson, 1997). During the process, total axial comprehension resistance of located CFA pile is attained via calculation of both the end bearing and side shear resistance (RT=RS+RB). In order to calculate the side shears resistance, it is significant to have a division of the length of the pile to N pile sectors. After this calculation, the side resistance of a particular pile segment is attained by multiplying the shear resistance of the part or segment. This is attained by the surface area of the segment or part of the pile (RS = ?iN fs,i ? Di Li). However, some calculation methods use the average segment of side shear to get the length of the pile. The overall side shear resistance of the pile is achieved by RS = fs-ave ? D L in that D represents the average diameter of the pile while L represents overall embedment length of the pile. The total end resistance of the pile is attained by RB=qp[?DB2. ... It is confirmed that increase in pile capacity is out of the utilization of high-displacement auger cast or shed piles and the use of amelioration. The additional recommendations on design procedures are hereby organized broadly by the type of soil as either cohesive or non-cohesive in the subdivisions that follow thereafter. It clear to understand that silty soils require judgment on the side of the evaluation of the most reasonable approaches usable by the engineer. Generally, Soils should be categorized in relation to the anticipated characteristics under the load being put in to consideration that is as whether the soil is prone to un-drainage or full drainage. Techniques of either cohesive or non-cohesive soils must be employed depending on this classification and hence further categorized by the availability of in-situ and or laboratory test data. The recommended method of technique of end shear and side shear estimates using un-drained shear potency is the FHWA1999 method. It is mainly for drilled in CFA piles found in granular soils and cohesive materials. For an unknown pile unit, the final shear resistance (fs) is formulated as fs=a Su. In this formula, the Su represents the un-drained shear potency or strength of granular soil at the pile unit location. In addition, a represents the reduction or decreasing factor that is not constant as ? = 0.55 for Su / Pa ? 1.5. In this case, PA represents the average atmospheric pressure for a formula 1.5

Management of Emotions Assignment Example | Topics and Well Written Essays - 1000 words

Management of Emotions - Assignment Example The present research has identified that fine tune of communication with guaranteed attention for proper evaluation of the situations pertaining to operational activities ensures smooth administration of the individuals in the organisation without giving scope for interpersonal conflicts. As every organisation is a place for diversified distribution of people from various spheres of professional and emotional qualities, the managers are required to make an overview of their own emotions as a comparison with the emotions of others and manage them to be driven in a productive way. Leaders are expected to ask themselves how well their emotions are managed.   Stakeholders involving in a conflict are expectant of proper concern of the negotiator; therefore, the manager has to assess his level of efficiency in passing the message and learn tactics for improvement as necessary for the changing situations as well as the parties involved in a conflict.   Hence it is necessary for the lead er to develop certain principles of communication. According to Conflict Research Consortium (USA), managing emotions is possible if the speaker recognises the emotions, determines the sources of the conflict, talks about feeling of both parties, expresses feelings in a non-confrontational way, acknowledges the legitimacy of the opponents feelings, controls emotional outbursts, uses symbolic gestures and chooses a conflict resolution mechanism all in an appropriate manner relevant to the context. (â€Å"Managing strong emotions†). A clearly transparent and mutually interactive platform set by the speaker eventually helps in negotiating almost every dispute in an amicable way. Discerning employee emotions is an important affair for the leadership in the present trend of corporate business. The success of majority of present day managements is directly associated with their ability to work out better plans of emotional management. In my personal view, personal conflicts with an ascending tendency badly affect the functioning of the management. Lee identifies the five reasons for distinguishably ascertaining emotional conflicts as they affect intellectual capital, customer service, organisational representativeness, productivity and employee attention and retention. I assume that an assessment of emotional states of people is easy if they are carefully observed within and outside the organisational frame. According to Jaworski, â€Å"Simple examples of our pattern-discerning abilities include our ability to discern other people’s emotional states through facial and vocal expressions† (Jaworski, 332). As I observed from the formative behavior of the people as a relationship with their professional requirements, majority of the emotionally disturbed persons are consolidated with reckless or lackadaisical responses, frustrated movements and indifferent opinions. Most of their worries were related to esteem needs which required personal consolation and motivation. When I observe the change of expressions, I confirm the view that the opposite person requires a considerable amount of moderation and design a pattern to effectively address his complaints. Recently, I had and experience of emotional outbreak of a store manager at a team of supervisors of the production unit regarding their irresponsible nature toward wastage. The argument grew violent and it almost reached the stage of verbal abuse when the supervisors challenged to call for strike. What all I could do was to immediately talk to either party in my chamber and resolve the issue. The supervisors were

Sports Club Entity Model Essay Example | Topics and Well Written Essays - 2000 words

Sports Club Entity Model - Essay Example The various functionalities would include scalability of various operations, ease of performing updations and modifications of data, maintaining the integrity of data, security of data is ensured, efficient recovery manager, maintains concurrency control and plan for recovery techniques and many more. All this would promote the functioning of the airline reservation system. Choosing a database model is of greater importance. The relational data model is based on relational data structures, integrity constraints and smooth access to Data Definition Language and Data Manipulation Language statement for creation and retrieval of data. It is based on relational algebra (Navathe, 2004). The database for family budgeting system would include features like atomic values, primary and foreign key relationships, and normalization process to reduce redundancy and anomalies of insertion, modification and deletion errors, row and column structure of the database tables and all kind of relationshi ps are possible, one-to-one, one-to-many, many-to-one and many-to-many. Â  Data warehousing is a concept that is used for storing organization’s data and is usually termed as corporate memory. It contains the raw material for an enterprise’s MIS or DSS system. The analyst can perform complex queries which would be used for getting results and further interpretation of the data and the resultant information (William, 2000). The subject-oriented feature of the data warehousing takes into account the various elements that take place in the real world. It is non-volatile and integrated with respect to the data that they are never deleted and contains all the information with regard to business processing by the enterprise for all its operations. Â  

Global Environmental Change Essay Example | Topics and Well Written Essays - 2000 words

Global Environmental Change - Essay Example Serious threat from oil exploration on the eastern slopes of the Andes and the adjacent Amazonian lowlands of Colombia, Ecuador, Peru, and Bolivia have led to a conflict between hydrocarbon hotspot and biodiversity hotspot. Loss of biodiversity and associated ecosystem services is one of the most challenging problems ecologist face. Advances in information technology, featuring computer simulation models built on digital databases and satellite imagery incorporating GPS and GIS can go a long way to identify problems, evaluate risks and design counter measures. Accurate maps are created using remote sensing technology that can play an important role to monitor the environmental effects of human activities on land and water resources. We are passing through the defining moments of human development challenges of the 21st century. Failure to respond will not only stall but also reverse international efforts to reduce poverty. The earth's ecosystems and the biosphere's life-supporting sy stems need to be understood for survival of mankind. The poorest countries are most vulnerable and will be the first to suffer from global environmental change, though they have contributed least to the problem. Large-scale global environmental hazards to human existence include climate change, stratospheric ozone depletion, biodiversity loss, changes in hydrological systems and the supply of freshwater, land degradation and stresses on food-producing systems (WHO, 2008) 1. Their influence on the earth's ecosystems and the biosphere's life-supporting systems needs to be understood for survival of mankind. It also brings the complexity of the systems upon which we depend. Though there are many factors affecting global environmental changes, in this paper we shall discuss the impact of "desertification" and "dwindling biodiversity" on the earth. Desertification Approximately one-third of the earth's land surface is arid desert land with scanty rainfall, sparse vegetation and limited population (Walker, 1997) 2. Deserts are formed by a combination of factors that change over a period of time and will vary with locations. Unscientific land use practices leads to deterioration in vegetation, soil erosion and salinity directly affecting soil fertility and leads to soil compaction and crusting. Population pressure, socioeconomic factors, globalization, unbridled urbanization and merciless mining indirectly induce desertification. The inability to logically and technologically respond to such demands sets off a downward spiral of land degradation. It is very difficult to distinguish whether desertification was caused by reckless land management practices or from climatic turbulence. Due to its vastness, discussing desertification on a global scale require copious deliberations. This discussion is, therefore, being confined to China, which is big enough and favorably positioned in the northern mid latitudes for such a study. China also suffers from a very patchy distribution of water resources 3. China's Environmental Protection Agency has reported that Gobi Deserts expanded by 52,400 km2 during 1994-99 and is now within striking distance from Beijing. Scientists fear if this rate continues complete desertification will arrive within 15 years. Satellite pictures forewarns how two deserts in North central China are

Southwest Airlines Term Paper Example | Topics and Well Written Essays - 750 words

Southwest Airlines - Term Paper Example Entering a new market requires new strategies that would consider bigger environment (Kotler, 1994). While the company may have attained success by adopting a low-cost strategy in the short-haul business, the same may not be applicable in the long-haul as part of its growth. Past performance could be claimed as a sign of company’s strength to face the future. To argue that it can generally help a company to predict its future performance may be partly logical but the future does have different challenges. Past conditions which may no longer be present or in the future. It, therefore, needs a new strategy. The case facts provide that the long-haul offers a lower cost per ASM at 4 cents than short-haul at below 7.5 cents. Looking at these figures appears encouraging but the strategies for the long-haul may be different because of different variables to address. The rules of competitions would be different. Since it is the bigger market, the general strategy of cost leadership may no longer be applicable as this would require a lower the attainment of economies of scale (Slavin and Slavin, 2010). For the company to do these, it may have to match successful companies’ strategies in the long-haul. This may require more capital investment from th e company. This could be a problem if the company cannot generate the required capital for growth (Gitman and McDaniel, 2008). If ever the company continues with the long-haul, it must only limit its operation that could be justified in terms of its profitability.

Tesco Supermarket Case Study Example | Topics and Well Written Essays - 2000 words

Tesco Supermarket - Case Study Example Organizational culture is the highly important aspect of today's corporate life. Culture is defined as a set of assumptions, beliefs, customs, traditions and other personal, social and organizational methods that are owned and practiced by a group of life (Teegarden et al., 2011). This definition clearly mentions two important aspects: beliefs and group. For a culture to exist and perform the function, it is highly essential that it must have both these elements without their existence, a culture will not exist and nor will be able to perform. Based on this definition, organizational culture can be defined as â€Å"the way things are done in an organization† (Karwowski, 2006.p. 2204; Cameron and Quinn, 2006). In simple words, organizational culture reflects that how employees think, carry out their actions and make decisions within an organization (Karwowski, 2006). In this regard, it is also important to highlight that every organization has its different culture which is alw ays unique and because of this uniqueness, each organization is culturally different and unique as well (Karwowski, 2006). On the other hand, organizational culture has also been identified as diverse and complex because numerous and range of behaviors, attitudes, and activities are being carried out simultaneously (Vavrusa, 2008).Before going to highlight Tesco supermarket’s organizational culture, it is highly essential to mention that organizational culture has different dimensions for Tesco customers and Tesco employees.

Nuts and Bolts in Language Learning Essay Example | Topics and Well Written Essays - 1250 words

Nuts and Bolts in Language Learning - Essay Example From this discussion it is clear that the important part of teaching is students’ receptivity. Are all the students attentive to what is being taught? It is not possible to keep all the students engaged all the time. Nonetheless, if the content of the delivery or discussion generates curiosity, it is bound to keep the students riveted to the oration.As the study highlights  any experienced teacher of the English as a Second Language (ESL) will understand the importance of techniques, models or materials s/he has acquired in her/his arsenal by training, peer discussions, or personal observation. These are prized possessions and the reward for helping students successfully overcome the hazards in language learning.  Teaching of second language is altogether a different genre. One can teach the first language, science, mathematics, and social sciences since these basically involve concepts, illustrations and practical exercises, the common denominator being that the teacher a nd student share a common legacy of a known language. However, teaching second language requires different mettle where the teacher carries heavy responsibility in addressing not only a language but tradition and culture. For instance, an innocent word in one language may mean something grand or awful in the second language.  Textbooks, workbooks, and other study material are needed in ESL. Along with these, a dash of creativity goes a long way to make the students feel comfortable and capable of learning the language. Use of popular songs like Jack and Jill went up the hill, Twinkle twinkle little star, There is a hold in the bucket, dear Lisa, etc. is one effective way for ESL students to pick English words rapidly through rote actions. Ideally, to begin use a few four line rhymes to break the ice and set the ball rolling. Art and craft is another effective method of creatively teaching ESL. Interact with the students to select some 10-15 English proverbs and have each student write one of these artistically on thick paper sheets of different colors which could be pinned on notice boards or other prominent places as eye-catching posters. This technique could be gradually upgraded to picture reading where students are given pictures of gardens, small bridges serving as walk over between streamlets, etc. and encouraged to describe the scenery in say, 100 words. Teachers and study materials must

Data Warehousing and Mining Essay Example | Topics and Well Written Essays - 4500 words

Data Warehousing and Mining - Essay Example This paper will discuss the concept of data mining in detail. This paper will discuss the main aspects, techniques and algorithms of data mining. This paper will also assess the market applications of data mining. DATA MINING Data mining is a technique which is used to evaluate business or corporate data from a target source and after that turn that data into valuable and useful information. This corporate information is normally employed to facilitate a business to raise profits, reduce cut expenditure in specific business areas. Moreover, the main purpose of data mining applications is to recognize and take-out similar business configuration enclosed in a given set of corporate data (Bradford, 2011). IMPORTANT DATA MINING TECHNIQUES This section outlines some of the prime and important data mining techniques. Some of the main techniques are presented below: Neural Networks/Pattern Recognition Neural Networks are utilized in a blackbox style. In this technique, an individual produce s a set of data for testing purpose, which allows the neural network to find out patterns based on the identified results, then for these data permits the neural network imprecise on massive amounts of data provided. ... Memory Based Reasoning This technique can offer same results which can be achieved from neural network however the working of this technique is different from neural networks. In addition, the memory based reasoning searches for "closely related" type of data, rather than considering similar working patterns (Chicago Business Intelligence Group, 2011) and (Han & Kamber, 2006). Cluster Detection This is a standard technique of data mining which is used to assess the relationship between market and business transaction data because it discovers associations from data patterns. Mainly, this method discovers associations in clients or product or anywhere we desire to discover interaction in data (Chicago Business Intelligence Group, 2011) and (Han & Kamber, 2006). Link Analysis This is another method for relating similar business records. However, this method is not utilized extensively; on the other hand, a number of methods and software applications have been built on the basis of this technique. Since its name states, this technique attempts to discover associations, either in dealings, various products, consumers, etc. as well as reveals those associations (Chicago Business Intelligence Group, 2011) and (Han & Kamber, 2006). Visualization This method of data mining facilitates the users to recognize their data. In this scenario, visualization is used to create the association from text established to visual/graphical arrangement. In addition, various other techniques such as rule, decision tree, pattern visualization and cluster facilitate users to observe data associations rather than reading the associations. Moreover, a lot of powerful data mining systems have taken effective actions for enhancing their

The expansion of dough Essay Example for Free

The expansion of dough Essay There are many factors that may have an effect on the expansion of dough but I will research temperature and material, the experiment is as follows. 25g of flour will be weighed into a beaker, and sugar will then be added. 30cm3 of yeast suspension will be measured in the 50cm3 measuring cylinder, and then added to the flour and sugar. It will then be stirred until a smooth paste. The paste will then be poured into the 250cm3 measuring cylinder without touching the sides. This is a precaution, because otherwise there will not be the correct amount of paste. The volume of the paste in the measuring cylinder will be recorded and the cylinder will be placed in one of the waterbaths, the temperature noted. The clock will be started and the volume recorded every 2mins for about 30mins. I think this experiment will work because dough is known to rise when heated I think that the higher the temperature, the bigger the expansion and if left over a period of time, at the same temperature, it will increase further, until a certain point. I believe this, because yeast is made up of a single-celled organism, Saccharomyces cerevisiae, which multiplies rapidly when fed sugar and the yeast will convert starch to glucose, a simple sugar. This ferments the sugar, which converts to alcohol and carbon dioxide. The carbon dioxide gas helps raise the dough and the dough rapidly expands, increasing in volume. To support my hypothesis further I had to research, I found the following sites and books helpful: http://encarta. msn. co. uk/find/Concise. asp? z=1pg=2ti=761556236 http://homecooking. about. com/library/weekly/aa072197b. htm Biology for AQA separate award by Ann Fullick. I have performed the experiment using the method mentioned previously. I have paid attention to the precautions carefully, and tried to do it correctly and as precise as possible and have obtained the following results: Time (mins) Volume (cm3) Temp: 22i C-glass Temp: 32i C-plastic Temp: 32iThe results shown in the table prove that the higher the temperature, the further the dough will rise, supporting my hypothesis. To support my hypothesis further I had to research, I found the following sites and books helpful: http://encarta. msn. co. uk/find/Concise. asp? z=1pg=2ti=761556236 http://homecooking. about. com/library/weekly/aa072197b. htm Biology for AQA separate award by Ann Fullick The graph, on the next page, shows that when dough is heated at a higher temperature it will rise faster. However, if heated in a glass-measuring cylinder, it would have perhaps risen further than it did. This can be seen by comparing the dough at 32i C in the plastic measuring cylinder (A) and the dough at 22i C in the glass-measuring cylinder (B). Although A is 10iC above B for the first fourteen minutes, they are constantly crossing temperatures. As line of best fit, starts lower than B, its intercept being 23 and Bs being 32. From the graph, the differences between the lines can be seen easily, at 37i C, it had risen the most and at 22i C, it had risen the least, the difference between the two being 46 cm3. At 22i C, it raised 28cm3, at 32i C it raised 44cm3, and at 37i C it raised 74cm3, and the graph showed this. From the line of best fit, the lines can be compared by their intercepts and gradients easily. However, the line which each set of results form is more important.Each of them show a steady rise, but the steadiest is the dough at 37i C, this suggest that perhaps this is an ideal temperature for rising dough, not too high as to kill the yeast and not too low, so it wont grow as fast and as steady. This also helps me to understand why a change in material will help the dough rise faster or slower. If in a glass container, the heat can pass through easily, and so it will rise faster, but because plastic is an insulator, the heat cannot pass through as easily. In conclusion, I can form the opinion that dough will expand more rapidly when at a higher temperature, perhaps ranging between 30iand 40i , and in a container that is not heat resistant, and the graph shows this in a simpler form. I think this because yeast multiplies at a faster rate in a high heat, however, if too high, it will die. Also, the graph shows the dough rising at a steady rate at 37i C, and so at 40i C it would perhaps rise faster, and it raises relatively well at 32i C. Although the yeast would probably rise faster in a higher heat, within bread the carbon dioxide gas given off would probably create pockets within the bread, or the yeast would begin to die. The results have turned out as expected, supporting my prediction. My method gave evidence that was reliable, and so would be counted on as correct. I believe this because it showed how yeast can be useful and expands dough in higher temperatures. By producing dough and exposing it to the conditions in which I wanted to test it, I could produce reliable results. This was done by measuring the dough carefully and fairly, using the same ingredients as a precaution, making the investigation fair; and then heating it at a steady temperature. By recording it throughout, I was able to produce a graph, to show my results in a clear and precise way. I think that I have given enough evidence to draw a conclusion. However, I think that this investigation could be advanced, by heating dough at a lower temperature, such as 15i C, in two different materials, and then the same again at a higher temperature, such as 50i C, also at a middle temperature, such as 18i C. By comparing two extremes and an intermediate, we can see if yeast will rise any more rapidly and steadily at the different temperatures and more importantly, if the materials in which they are heated make a difference. This would help support my earlier conclusion, that dough will expand more rapidly when at a higher temperature, perhaps ranging between 30i and 40i , and in a container that is not heat resistant. Investigation to observe the effect of temperature on the expansion of dough Dominique Briggs 10y Biology Mrs Tottey Show preview only The above preview is unformatted text This student written piece of work is one of many that can be found in our GCSE Patterns of Behaviour section.

Fibonacci And The Golden Ratio Mathematics Essay

Fibonacci And The Golden Ratio Mathematics Essay Some aspects of mathematics can be dull and tedious from start to end, much of it however is intriguing and inspiring, when you truly see the beauty and the relevance. This is why I would like to bring to your attention the magic of the Fibonacci numbers. If you have ever looked at a sheet of paper and wondered Why do we use those dimensions? or looked at the leaf or an attractive plant and wondered Why can I never find a four leaved clover? then this may be of some interest. Many of these things are quite interconnected in a way you would not realise, and most of them are connected by the Fibonacci sequence. If I return to one of my original questions Why can I never find a four leaved clover? it seems reasonable, that if you can find 3 leaved clover and 5 leaved clover, you would be able to find the more symmetrical 4 leaved clover. Why then is it so rare to find one? If we look closely at other examples of nature, we can perhaps find the answer. If you were to search through your average garden, you would find the majority of flowers have 5 petals, many have 3 or 8 or more but if you look closely, you will always find more of certain numbers, compared to others. These numbers just so happen to be part of the Fibonacci sequence: 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89 Although, why does nature choose these numbers over others? In addition, the connection between the real world and this sequence does not just end there; it can be found almost everywhere we look: spirals on a snail shell, the core of an apple, geometry, art, architecture, the stock market and even the human body. So what makes it so useful? Why is it so special? My project intends to answer these questions and along the way discover new applications and more examples. I will be delving into the mathematical concepts behind the nature we see every day, the regular objects we rely on, the human body and the stock market. I shall also investigate aspects of the golden ratio and how the Fibonacci sequence is related to this. The Fibonacci sequence is found by adding the previous term to the term before that. For example: 0, 1, 1, 2, ? 0 +1=1 1+1=2 1+2=3 and so on.. Overall equation for next term: a_(n+1)= a_n+ a_(n-1) This creates an infinite sequence of numbers and is known as a recursive sequence, as each number is a function of the previous two. Also, as the sequence progresses the ratio between each consecutive term seems to converge upon a single number. 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, 89 2/1=2 3/2=1.5 5/3=1.667 8/5=1.6 13/8=1.625 21/13=1.615 F=1.618034 Eventually, it converges to 1.618034 This number has a specific interest to many mathematicians and is known as the golden ratio. It is also useful when we consider where it is found. If you were to take your hand and bend the index finger as full as possible, measuring the dimensions of the rectangle created, you would find what is known as a golden rectangle. The average height (of the intermediate phalange) would be around 3cm and the average length (of the proximal phalange) would be 5cm. As we can see from left this creates a shape of ratio 5:3 or simply 1.667:1 (the golden ratio). This is only one of the many examples of golden ratio in the body. There are many, many more some of which have been known for hundreds of years (see Da Vinci s Vitruvian man right). Also, the golden ratio is not just confined to the human body. Rather than cutting and apple from pole to pole, if you were to slice in a horizontal fashion, you would find a simple five pointed star. However, it is much more complex than meets the eye. If you were to take the distance AB as 1 unit, the distance AC would be 1.618, the golden ratio. But why does this happen, what make this ratio so efficient and so appealing, and why has nature adopted it? History of the Sequence and Ratio From the start of the Palaeozoic era, 400 million years ago, animals of divine proportions have been roaming the earth. The most notable is the nautilus shell (right) which follows a logarithmic spiral based on the golden ratio in rectangles. The earliest written documentation of a special ratio belongs to the Rhind papyrus. A scroll about 6 metres long and 1/3 of a metre wide, it is one of the first mathematical handbooks. It was discovered by Scottish Egyptologist Henry Rhind in 1858 and is believed to have been written by Egyptian scribe, Ahmes in 1650 BC. He is believed to have copied it, from a document 200 years older, dating the first notation of the sequence to 1850 BC. However, the pyramids, built 1000 years previous, show many examples of the use of golden ratio, although many scholars believe it is merely coincidence created by the need for right angles. Between the 6th and 3rd centuries, Greek philosophers, mathematicians and artists used and analysed the golden ratio. It is visible in pentagons and pentagrams throughout the period and was attributed to Pythagoras and his followers. It was used as part of his symbol (a pentagram with a pentagon within) and it was he, who first suspected the proportion was the basis of the human figure. Plato also studied the ratio naming it most blinding of mathematical relations, the key to the physics of the cosmos. and from his lectures so did Eudoxus, whose work was used by Euclid in his book of elements II. Here he writes one of the first definitions A straight line is said to have been cut in extreme and mean ratio when, as the whole line is to the greater segment, so is the greater to the less. During his work he creates problems based on the ratio in pentagons, equilateral triangles and some of his prepositions show the ratio to be an irrational number. The first person to apply numbers and sequence to construct the golden ratio was Leonardo of Pisa (full name, Leonardo Pisano Bigollo, lived 1180-1250). He was the son of an Italian businessman from the city of Pisa and grew up within a trading colony in North Africa. At the time, Italy and the majority of Europe was using the Roman numeral system of counting, this was quite complex and meant most calculations required an abacus. While growing up in Algeria he learned the Hindu-Arabic system of calculation (the familiar 0, 1, 2). After returning to Pisa as a young man in the thirteenth century, he recognised the superiority of this new structure and began to spread it throughout Europe. He did this through his book the Liber Abaci (book of abacus) published in 1202 under the nickname, Fibonacci (a contraction of filius Bonacci, meaning son of Bonacci). To explain the system he used the Fibonacci sequence in his famous immortal rabbits problem (see next section of more detail). This allowed him to explain addition, subtraction and division using the Hindu- Arabic system and in turn allowed him to popularise it through Western Europe. Due to this he was later known as the founder of western mathematics and the greatest European mathematician of the middle ages. He introduced concepts such as algebra, geometry, the common fraction and even the square root symbol. He also considered the possibility of negative numbers and related it to merchant problems which began with a debt. There was very little significant work done upon the topic until 1509, when Luca Pacioli published De Divina Proportione with the help of illustrations by Leonardo Da Vinci, who later used this within his famous work the Vitruvian man . In 1611, German astronomer Johann Kepler discovered the numbers within his own work on planetary motion saying as 5 is to 8, so is 8 to 13, practically, and as 8 is to 13, so is 13 to 21 almost in relation to the rings around Saturn. It was later found that the ratio of mean distance between planets was in fact the golden ratio. Over the next two centuries many scholars investigated the sequence, deriving formulas and functions. In 1830, A. Braun first applied the sequence to the arrangement of bracts on a pinecone. A decade later and J.P.M. Binet derived a formula for the value of any Fibonacci number without the need for the previous two. nth number= 1/(v5) ((1+v5)/2)^n- 1/(v5) ((1-v5)/2)^n In 1920, Oxford Botanist A.H Church discovered spirals on sunflower heads corresponded to the numbers in Fibonacci s rabbit problem (see next section). This discovery inspired botanists to look for Fibonacci numbers elsewhere, teams then began to realise that many phyllotactic ratio s are golden ratio s (see flower patterns and primorda). In the 1930 s, Joseph Schillinger consciously composed a piece of music using Fibonacci intervals and Ralph Elliot began predicting the stock market in Fibonacci periods. By the 1960 s, a lively interest had been aroused and to this day mathematicians around the world are investigating the uses and problems connected with the sequence. The Immortal Rabbits Problem To explain his mathematical theorems, Fibonacci liked to create problems to allow his audience to use the maths he tried to describe. The immortal rabbits problem is one such challenge. It was first described within his famous Liber abaci and was later adopted as an explanation for the Fibonacci sequence. Imagine if you will a large enclosure and within it a pair of rabbits. The immortal rabbit problem asks if there is one pair to begin with, how many rabbits will there be after a certain length of time if: Each rabbit is immortal They stay within their pairs They breed once per month and produce a pair each time Each new pair takes 1 month to mature, and then breeds to form a new pair the next month January, we start with 2 rabbits, these then take one month to breed.. February, there is now one adult pair and a new born pair of immature rabbits. March, the new born pair have now matured, and the adult pair have reproduced April, the new born pair from March have now developed, the first pair reproduce again and the second pair reproduce for the first time.. The pattern continues until Month Pairs of mature rabbits Pairs of immature rabbits Overall Number of Pairs January 1 0 1 February 1 1 2 March 2 1 3 April 3 2 5 May 5 3 8 June 8 5 13 July 13 8 21 August 21 13 34 September 34 21 55 October 55 34 89 November 89 55 144 December 144 89 233 After a while, we begin to notice a pattern, the total number of rabbits in any given month is a Fibonacci number. This is because the total is formed from the number of immature rabbits (the same as the number of mature rabbits the last month) and the number of mature rabbits (the total from the previous month) i.e. a_(n+1)= a_n+ a_(n-1) Another interesting note is the rate of growth in the population. 2/1 = 2 3/2= 1.5 5/3= 1.666 8/3= 1.625 . this continues until we reach a_(n+1)/a_n =1.618034.. i.e. the Golden Ratio. Flower patterns and primorda As we have seen in the introduction, nature has applied the Fibonacci sequence and golden ratio from the number of petals on a flower, to the core of an apple and the spirals of a sunflower. On the face of it, this seems to be a fortunate and appealing coincidence, but since the 1920 s botanist have searched and found more and more of these coincidences . This leads us to believe that perhaps, they have a much deeper and more interesting meaning for the life of your average plant. Maybe these numbers and ratios were chosen for a reason. Even from Egyptian times it was noted that most flowers had 5 petals, the rest by majority also have Fibonacci numbers of petals. Also, if you examine the many plant stems you will find the regular pattern or 1, 2, 3, 5, 8 stems at standard heights. Another interesting phenomenon, and one which may reveal the mystery of why plants behave so regularly in conjunction with the Fibonacci sequence, are the spirals shown by plants. Look carefully at the picture of the pineapple left. As you move from the top right to the bottom left you may begin to see a set of spirals, curving round the pineapple in a diagonal fashion. Upon closer inspection you may also find a similar on from top left to bottom right and less obvious, from top to bottom. If we count the number of spirals we (fortunately for this topic) seem to find only Fibonacci numbers. In fact in a study of over 2000 pineapples not a single on differed from the pattern. The same principle applies to the pinecone. Upon close inspection, you will find two different spirals, one vertically and another horizontally, all of which come in Fibonacci numbers. A separate study to that of the pineapples showed that this was the case 99% of the time. The sunflower however, has its own unique spiral display. Starting from the centre and continuing in a clockwise fashion to the outside, the number of spirals again adds to a Fibonacci number. Although, if you look in the opposite (anticlockwise) direction you will find yet another spiral and adding the number of these gives the consecutive Fibonacci number. The majority of the time this is the case, however from time to time there are variations; with larger sunflowers the number of spirals can be double Fibonacci numbers (i.e. 2, 4, 6, 10, 16, 26.). These spirals may be interesting and attractive to look at, but hold much more value than just aesthetics; they allow us to show just why Fibonacci numbers are so widely used in nature and give us an insight into how nature uses maths at its very core. To understand the maths behind the growth of plants we must look deep into the way it grows. As the plant grows taller the interesting components (i.e. petals, sepals, stamens, leaves) all grow from small clumps of tissue called primorda. As these begin to grow they aim to have the largest distance between leaves as possible, this means they have the maximum amount of space and light to grow, ultimately making the plant stronger and more likely to survive. This distance has been decided through evolution to allow the maximum about of light to hit the plant and it turns out this maximum point of efficiently is related to the golden ratio. It just so happens that the Golden angle is the angle one golden ratio away from the starting position. 360 1.618.. 582.5 i.e. 582.5 -360 = 222.5 away clockwise (or 137.5 anticlockwise). As they grow at their angles the leaves have enough light and space to grow. However, when the 6th leaf begin to grow the angle means it is only 32.5 from the first, this leaves it in the shade meaning it is less likely to grow and develop; this is the reason many plants use the number 5 in some areas (i.e. in the number of petals) as the 6th would have less room and is less likely to grow. Sometimes called the phyllotactic ratio, the connection between this and efficiency in plants does not just end there. If we take ourselves back to the sunflower and its spirals we can see that this also has connections to the same ratio. As it begins to grown from the centre outwards each primorda (and therefore each seed head) grows on golden angle away from the previous. As the ratios between consecutive Fibonacci numbers are approximations to the golden ratio (and therefore used to create approximations to the golden angle) we begin to see them within the spirals. This is the main reason Fibonacci numbers are present in so many places; they form the best approximations of the golden ratio. Although, the actual number of spirals that arises depends upon the size of the seed head and slight variations in the rate at which the primorda migrate away from the tip of the growing shoot. As we saw from the rotations in plant leaves above, the golden angle is used to give the most space and therefore the most light. In the seed head however this is not a problem so why has evolution adapted to use it? The answer to this was first discovered by Professor H. Vogel in 1979. He noticed that using the golden angle allowed the seed head to pack together with hardly any missing space. This meant it was very efficient as more seeds could fit in a small area and also much stronger. In turn it meant there would be more seeds and better chance of offspring. This was later supported by French physicists Yves Couder and Stephan Douady, who found the choice of angle the natural consequence of the dynamics of growing a plant shoot . They stated that each primorda gets pushed into the largest available space, so they pack more efficiently, making the golden angle the most likely choice. They also discovered that the next best choice for packing an angle created by a second very similar sequence called the anomalous series (4, 7, 11, 18, 29). After inspection of more spirals and more plant this was found to be the 2nd most common choice after the Fibonacci sequence. Overall, nature has evolved and adapted to use Fibonacci numbers and the golden ratio they approximate, as it gives the most efficient method for survival. Over the years this had been pondered by many people and its frequency in nature has been described as many to be proof of intelligent design and higher power . Shapes of the Golden ratio Although undeniably stunning, the sources of the golden ratio and Fibonacci numbers in nature are only half the applications of these phenomena in the real world. As humans, along with the rest of nature, are hotwired to apply the golden proportions, some of the human applications are some of the most remarkable. As a species we are attracted to the shapes they make and therefore adapt it to the structures we built, the way we think and the art we create. One of the most common shapes is that of the golden rectangle. It is formed from a ratio of length to width of 1.168 : 1 (i.e. the golden ratio). This alone is not that interesting, but remove a square with the same width and height as the width of the golden rectangle (a square ratio 1:1) and you are left with another rectangle. If you take the measurements of this you once again find the ratio 1.168 : 1 the golden rectangle. Repeat the process and the same happens again and again and again; removing a square ratio 1:1 leaves a smaller golden rectangle. The pattern continues indefinitely and is known in mathematics as a fractal (a geometric pattern that is repeated at every scale). Look at most regular paper sizes, credit cards and company logo s you will find an abundance of golden rectangles. However its man-made applications are not its only uses, it can be applied to create another, much more stunning shape the logarithmic spiral. Visually, it can be described as a long, slow spiral and is known as a logarithmic or equiangular spiral. It is known as this as each radii from the centre intercepts the curve at exactly the same angle. It is created by constructing an arc from the furthest corner of each square in the golden rectangle to the opposing corner of that square. The pattern continues and repeats the further you zoom toward the centre making this yet another Fibonacci fractal. The most stunning example of this is the chambered nautilus (see the image of its shell right). As it grows it must produce more room within its shell, while keeping its original shape. To do this it adds a chamber larger than its previous, with each radii intercepting the curve at the same angle (remaining equiangular), keeping the original shape. There are also numerous other examples including; a rams horn, a galaxy spiral, a sea horse and many more. Last but not least, the pentagon and pentagram are found to have Fibonacci connections. These shapes have interested humans for many years and have been the insignia of many religious and political groups. The explanation for its popularity however lies with our desire to search for the golden ratio. From the diagram (left), we can see how the ratio 1:F connects the length of the side of the pentagon to the distance between corners of the pentagram. There is however another ratio, the distance between a vertex and the corner of the inscribed pentagon is 1: 1/F. These ratios mean that many pentagons in nature, art and architecture have Fibonacci numbers present in the lengths. Overall, we can see how many of the regular shapes found both in nature and modern life have been dictated by the Fibonacci sequence. There are thousands of examples of these proportions in the real world and more regular shapes than have been divulged here. As interesting as finding them in the real world is, it doesn t come close the intrigue which lies behind the way we can use them to our own advantage. Art and Architecture It is said that renaissance art was inspired by a sense of beauty and proportion . It seems fitting therefore that the dimensions for such art would lie in the ratio s and sequences of the most elaborate and efficient set of numbers known to maths. The use of the series in art has however been known long before this period with Luca Pacioli stating without mathematics there is no art upon the completion of his work with Leonardo Da Vinci on De Divina Proportione (you may recall this from History of the Sequence). Legend also has it that long before this, Greek mathematician Eudoxus studied human affinity to this proportion by asking a group of his followers to divide sticks into the ratios they found most pleasing. This experiment was later adapted by German psychologist, Gustav Fechner in the 1860 s. He took a series of ten rectangles of different proportion and asked subjects to choose which they found to be the most pleasing, 76% of all participants chose the three rectangles closest to the golden rectangle. It is clear from this then that we have known for many years that the golden or divine proportion has visually pleasing qualities and unknown to us, it can be found almost everywhere we look as a direct result. One of the earliest and most obvious sightings of this was in the Great Pyramids of 4700BC. Here F is found extensively in its construction but most scholars now believe that this is more coincidence than design, it is however interesting to note that the exact height of the structure is 5813 inches (numbers of the Fibonacci sequence. 1,400 years later and the Tomb of Ramses IV was built, this was later discovered to have several approximations to the golden rectangle as its centre. It had been constructed with a double square (approximation to the golden rectangle, a golden rectangle and a double golden rectangle. The first people to consciously apply the maths of the golden ratio to their art and architecture were the Greeks. The Parthenon of Greece 440BC is the single finest example of this. The whole structure fits within the golden rectangle proportions as well as each pair of columns and even the sections of sculpture that run above the columns. The designer, Phidias was said to be the greatest and most prolific sculptor of his age. His work was dependent upon extensive use of the golden proportion. Its abundance in his work later meant the ratio was named Phi in his honour. Many artefacts of the era from urns and vases to Afroditas sculpture (right) and temples all extensively used the proportion. It is believed that as Pythagoras linked it to the human body (see next section) it was generally associated with the divine and beautiful, making many associate it with the Gods and good. One of the most interesting instances of the Fibonacci sequence at work is in the operation of the stock market.

Advantages And Disadvantages Of Globalized Trade

Advantages And Disadvantages Of Globalized Trade Globalization activity doesnt only reduce trade boundary but it lot more effects like one country come closer to the economy of other country, it help in mixture of culture, it helps in transfer information and technology, increase group of buyer and seller of products and services etc. this are only few advantages of globalizations. Due to globalization trade is getting more interdependent and to protect interest of every nation W.T.O keep a close look over the trade of every nation. Due globalization many environmental threats are evolved every country is moving toward industrialization which increase global warming and it is needed to be checked. Social problem are also occurred like exploitation of labour, increase in child labour in developing nations, lack of powerful labour union etc this social problem are needed to taken care of and proper law should be made to avoid such kind of problems. As every things as has some advantages, it also has some disadvantages also. Advantages: New market for product. Helps in growth of economy. Increase in infrastructure. Free flow of technology and information. Reduction in poverty. Increases in employments. International body governs trade through its law, so interest of every country should be protected. Disadvantages are as follows: It brings competitions because of which small scale industries suffer in under develop countries. Globalization lead to growth in infrastructure but on other hand it bring harm to environment due to industrialization, reduction in forest areas. Due to globalization environment, labour, resource of under develop countries are exploited by develop countries. Poor trade union. Lack of control over country economy by its governments. There are three perspective of globalization. Which are as : The Hyper globalist perspective: This says that economies are becoming Denationalized due to this government will lose it influence over the trade within its border. It will have both good and bad effects. The Skeptical perspective: it is kind based on myth that globalization will not help the under develop country as they do not perform a greater role in flow of trade and services in the global economy. The skeptical perspective criticized the globalizations The Transformation list perspective: This perspective is pretty neutral on the matter of globalization. Well as far as my view is concerned I support the hyper globalist perspective because I think that globalization is playing a vital role in growth of under developed countries. And because of globalization under develop counties has better chance to grow faster than the normal pace. Though some negative it affects, but it can be compromised or could be reduced with extra efforts. Effect of globalization on developing countries or third world countries The thinking of first world, second world and third world countries are given by U.S.A which place itself as the first world nation, European countries as second world nations and as far as third world country are concerned under develop and developing countries come under this categories. The third world countries are further classified as under developed countries and developing countries. In under developed, countries like Afghanistan, Nepal, Bangladesh, Nigeria, Bhutan, Pakistan etc comes this are the growing nations but as far as development of economy is concerned they are far behind. In developing countries, countries like China, India, South Africa, Brazil etc are included because this are among fastest growing nation after globalization has taken place But under develop countries are not much benefited because of this globalization process. Rather than getting benefit they are exploited. In a sense, due to cheap labour these countries manpower is exploited and it natural resource is been taken away as we can take the example of china, china is investing a lot in African nation and on exchange of this it is utilizing its natural resources. Here are the names of some developing countries in general: China, India, Brazil, Kazakhstan, Russia, Nigeria, Brazil, Bolivia, Pakistan, Bhutan etc. Here is some development index of these developing nations: The countries like china and India has grown tremendously after globalization. Before globalizations export of china was not very high but now it is one the global leader in exports and as far as India is concerned before India was accounted only for o.6 % of world export and now it is accounted for 1 % of world exports. Brazil has also show huge growth its per capita income has also increased. Countries like Bhutan, Malaysia, Indonesia etc has tremendous growth in GDP in past five years. Outsourcing has increased in these nations. Now India earns 51% of GDP from service sectors and its service sector is growing tremendously because of it excellence in IT sectors and this boosted up after globalizations. Now china earns major part of it GDP from export which increased after globalization. As far as Latin America is concerned Brazil has show tremendous growth in export, technology and manufacturing sectors. And now it is among top five of developing nations. Effect of globalization on developed countries Due to globalization the develop countries are moving towards underdeveloped countries like India, China, Indonesia etc for outsourcing their job to these countries because of cheap labour. Nowadays develop nation are coming to under develop nation for setting up manufacturing plants in these nation because of its availability of cheap and skilled labours. Due to globalization develop countries are facing intense competition from underdeveloped countries, competition in sense employment, exports, technology etc. Due to globalization developed countries are also exploit resources like natural resource, manpower, and environment etc. of underdeveloped nations. Due to globalization the dominance of developed nation is also reducing. The people of developed nation are facing intense competition for job from people growing nation like china, India, Thailand etc. now for FDI in developed nation are reducing due increase in the FDI in developing countries like china, Brazil, India etc Due to globalization developed countries got new market for their products and services, and new place for their business expansions. Development of Regional economic will truly help India to build viable economic future for its citizens. Due to globalization various effect and development has take place which help india to build viable economic future for its citizens. Due Globalization to this the infrastructure of India has developed a lot because of which transportation, sanitary, hygiene, sports complex and stadium has developed a lot and still developing which will give better environment for future generation. Foreign education institutes are coming to india which has increased the level of education. Export of india is increasing with each quarter which help to reduce the fiscal deficit and increase the GDP of the nation. Nowadays more and more manufacturing industries are established because of which more employment is created and hence improving per capita income of the nation. Due globalization India is more concerned about the global warming and planning its growth in such a way that it could reduce it contribution in global. And it will be helpful for future citizens. Regional economies help to reduce domination of developed economies on the developing economies. Developments in regional economy will strength the self reliability of the nation which will help to reduction in the dependence on other nation. Development of regional economy will lead to increase in GDP, Standard of living, Per capita income of the nation. If India wants to emerge as supper power it has to develop it regional because it is the stepping stone toward it. Development of regional economy will lead to reduce in inequalities of distribution of wealth. Development of regional economy will lead to increase in metropolitan culture. Development of regional economy will lead increase the contributions of every state in Indian GDP. Development of regional economy will lead to reduction of poverty, unemployment and illiteracy

Essay --

A good day being crawled up on the couch watching television socializing and stacking. Snacks are great! So just chips, cookies, ice cream especially those Caramel choose. Food is not the easiest thing to understand. Food is much more complicated than just eating it, because many foods can lead to a deadly epidemic called obesity. Obesity, a disease of the 21st-century, is causing millions to die each year because of health issues such as, heart disease and diabetes. "Obesity is defined as having excess body fat"(CDC) obesity is quickly spreading and is very dangerous. Obesity is very different than being overweight. Overweight is just another term for being "fat" were as, obesity means that your body is made up of 30% or more fat. (CDC) "Globesity," The term was first used by World Health Organization meaning obesity is affecting a great portion of the population. W. H.O. Termed the word globesity because obesity has turned into a global epidemic and is very popular. (WHO) The older you get the harder it is to lose weight. As you get older is harder to lose weight because your metabolism slows down.(Allman) When it comes to your Weight, a good way to find out if you are overweight or even obese is your BMI or body mass index. If you BNI is between 25 and 29 you were considered overweight. If your BMI is 30+ then you're considered overweight. (Overweight) Many parents often claim that their kid is not overweight and just has a little baby fat. In fact, babyfat often turned into obesity by second-grade. (Robbins) 27% of America is obese and only 35% of America Holds a normal weight. That leaves an additional 35% of Americans that are overweight. Over 40 million, or one out of three children and teens are overweight or obese. Over ... ... understand is that obesity is a problem of its own. Obesity is classified as a disease! If someone is obese they have a disease and they sooner than later will die! However, like all diseases, obesity can be cured. Type 2 diabetes is one of obesity’s biggest causes, it often times makes people very irritable and is a result of low insulin. Obesity causes heart disease such as heart attack and stroke. this is from lack of cardio-vascular exercise. Obesity also cause bone and joint issues, and the main three are, charcot joint, diabetic hand syndrome and osteoporosis. Walking running and standing are all part of bone and joint issues. Obesity also causes sleep apnea and asthma. Sleep apnea causes you to have trouble breathing when you are sleeping and also causes you to have trouble sleeping. Asthma is the shortage of the breath due to the bronchi of the lungs. (CDC)

Analysis of The Yellow Wallpaper, The Birthmark, and The Goose Girl

There have been various analysis based on these three stories and the characters involved: â€Å"The Yellow Wallpaper,† â€Å"The Birthmark,† and â€Å"The Goose Girl†. This paper will focus on analysis based on figurative languages used either consciously or unconsciously, the passivity of the characters, motivations, role performed in the story, and the agendas used by the various authors. The point of this analysis is to show how various authors have used short stories to give the world a diverse message that can be spun in many different directions. â€Å"The Yellow Wallpaper† is a short story by Charlotte Perkins Gilman who specialized in poetry, short stories and social reform. Jane in â€Å"The Yellow Wallpaper† is a passive character that shows her passivity in a quite distinct manner. According to a quote from a critic of this short story, â€Å"Visible: the prisoner will constantly have before his eyes the tall outline of the c entral tower from which he is spied upon. Unverifiable: the prisoner must never know whether he is being looked at any one moment; but he must be sure that he may always be so.† â€Å"The Panopticon is a machine for dissociating the see/being seen dyad: in the peripheric ring, one is totally seen, without ever seeing; in the central tower, one sees everything without ever being seen† (Michel Foucault, 1979). This shows that the house where Jane lives in would be considered to be a Prison whereby the prisoners can be observed but they cannot see their observers. He called this method of observation â€Å"Panopticon† (Michel Foucault, 1979). This method regulated the prisoners behavior at all times and in this story, it regulated Jane’s behavior so she was used to taking orders. In addition, this critic also describes the narr... ...unk. "The Birthmark." Literature and the Writing Process. Upper Saddle River, NJ: Pearson/Prentice Hall, 2007. 206-17. Print. Sperry, Lori B., and Liz Grauerholz. "The Pervasiveness and Persistence of the Feminine Beauty Ideal in Children's Fairy Tales." Gender and Society 17.5 (2003): 711-26. JSTOR. Web. 4 July 2015. Suess, Barbara A. "The Writing's on the Wall" Symbolic Orders in 'The Yellow Wallpaper'." Women's Studies 32.1 (2003): 79. Academic Search Complete. EBSCO. Web. 31 July 2015. "SurLaLune Fairy Tales: Annotations for Goose Girl." SurLaLune Fairy Tales: Annotated Fairy Tales, Fairy Tale Books and Illustrations. Web. 05 July 2015. Wang, Lin-lin. "Freed or Destroyed:--A Study on The Yellow Wallpaper from the Perspective of Foucauldian Panopticism." US-China Foreign Language 5.3 (2007): 52-57. Academic Search Complete. EBSCO. Web. 31 July 2015.

Psychoanalytic Approach Essay

People diagnosed with panic disorder with agoraphobia may interpret a range of ambiguous events showing a bias for their own bodily sensations, interpreting them in a catastrophic life-threatening manner, making the anxiety heighten. Also it no longer takes into account the medical problems that may have occurred such as minor heart attacks. Another problem with diagnosis is the reliability and validity, it can depend on the clients culture, Britain may diagnose Sarah with panic disorder with agoraphobia but in America the diagnosis may be completely different, this can also refer to Sarah’s culture it does not specify Sarah’s culture or upbringing. It could be considered also that a client or even Sarah may act up to a diagnosis e. g.a client diagnosed with schizophrenia may not actually have the condition, but now after being diagnosed may live up to the diagnoses and display themselves as having a split mind. In the case of Sarah Behaviourist therapy might be used – Behaviour Modification is the process where by the therapist aims to modify Sarah’s behaviour and eliminate the current behavioural responses, which are dysfunctional. This process is based on operant conditioning and aims to build up appropriate behaviour. This process is implemented by a system of reinforcements, either negative or positive. Another technique used in Behaviour Modification is Token Economy; the required behaviour is rewarded with tokens, which can then be exchanged for something the person wants. This particular technique is used with people suffering from anorexia, when they eat a certain amount of food they may be allowed a certain magazine, or item of clothing. This therapy may assist Sarah in beginning to condition her feelings and behaviour to adapt her away from the agoraphobia with panic disorder. In the other respect this therapy may also not be ethical, as it would be required to place Sarah in a scenario in which she feels truly terrifying which could be considered cruel and torturous. The biomedical model of health would define that Sarah is not responsible for her illness and that her mind and body work independently from each other. In the case of Sarah who is suffering from agoraphobia and panic disorder, this indicates that there is a clear link between the mind and body due to Sarah becoming dizzy and panicked suffering with palpitations, when out in an open area. The biomedical model also suggests that treatment is to change the physical state of the body and that only the medical profession can treat the sufferer but in this case; this would be very problematic due to the mind causing the physical illness and the sufferer only being treated for the physical symptoms which would therefore result in a reoccurrence of the illness due to the psychological needs of the Sarah being overlooked, and also the medication that would be prescribed is quite addictive and Sarah may become dependent upon it. Bibliography Harris,E.L.,Noyes,R.,Crowe,R.R.,&Chandry,D.R.(1983)Family study of agoraphobia: Report of pilot study. Archives of General Psychiatry, 40, 1061-1064. Noyes,R., Crowe,R.R., Harris, E.L., Hamra,B.J., McChesney, C.M.,& Chandry, D.R. (1986). Relationships between panic disorder an agoraphobia: A family study. Archives of General Psychiatry, 43, 227-232

Environmental Issues Essay

The environmental issues in India become more serious every day and she is turning into a bit of a mess on this front but with over 1 Billion people most of which in dire poverty, it’s hardly surprising. The recent boom in its industries, little or no environmental education, infrastructure nearly at bursting point not to mention the huge deforestation that’s going on. If you think your country has some problems then you are about to be a bit of a shock because I’m sure nothing compares to some of the environmental issues in India. A whopping 65% of the land in here is degraded in some way, shape or form and the endless government policies do little to curb the damage. In fact, there is no shortage at all of government legislation protecting the environment but unfortunately it is never enforced due to flagrant abuse of power, corruption and lack of resources. If you have ever been to India you have undoubtedly noticed the serious little problem that they have in India. No, it’s not like here in the UK where a can of coke and crisp packet on the floor are a litter problem. India’s litter problem is almost a bit disturbing. The attitude is to just throw it on the floor, there are no bins, just drop it. That’s 1 Billion people disposing of their rubbish on the floor, every day. The scope of the problem is almost unimaginable and of course, it takes generations to change a habit like that but no one is starting. What they need here is education and that is what is seriously missing. With regards to environmental issues in India, India appears to be digging its own grave deeper and quicker than the rest of us, nearly 30% of India’s gross agricultural output is lost every year due to soil degradation, poor land management and counter productive irrigation. The wetlands and lakes are also being hit hard. Mainly by the industrial boom that hit India a decade ago, the main problems being improper disposal of industrial waste like chemicals etc. India’s 7516 km of coastline have also come under attack from this environmental sabotage, overfishing remains a huge problem due to lack of legislation enforcement. Raw sewage from an awful lot of people is pumped endlessly into the ocean along with other industrial waste and chemicals. Hundreds of miles of coral and other sea life are slowly being destroyed due to offshore drilling. Tourist centres such as Goa suffer due to badly managed development and excessive tourism, again resulting from the lack of legislation and policy enforcement. The main environmental issues in India The Environmental issues in India are huge. Whether it’s the rapidly dropping water tables, mass deforestation, land degradation or river contamination, India has it all and on a massive scale. Water resources Perhaps the largest of the environmental issues in India facing the people of India is inadequate or lack of access to vital fresh water resources. As India’s industries get bigger so will the amount of water they require and the amounts are already beginning to spiral. As an example I use the Coca cola factory which was accused for years of messing up an entire eco system. By simply diverting all the water to their factory, millions of people went without. The company are also accused of causing huge droughts and contamination to a massive area by exploiting an excessive amount of ground water and then replacing it with toxic discharge. Of course, Coca Cola is a big famous company and that is why this came to news but I have no doubt that there are a million examples of similar things happening all over India. Years of exploitation and extraction of groundwater in India has caused the national water table to suddenly and very dramatically drop. Considering that 85% of rural drinking water and 55% of urban water comes from underground sources, this seems to me a very urgent problem as literally hundreds of millions of people could be left without water†¦ does it even bear thinking about! The rivers are on the front line of pollution in India. Millions of people depend on them for their livelihoods but they are slowly being polluted and destroyed by sewage, chemicals and other agricultural and industrial waste. These are some of the most polluted rivers in the world but little seems to be to stem the incessant destruction. Deforestation The story of deforestation is another of the highly serious environmental issues in India. It is predicted that almost 5. 3 Million hectares of forest have been destroyed since the independence. Most of it being chopped down for housing, industrialisation and river projects. It is estimated that the number of Mangrove Forests have more than halved in the last 20 years. The government soon recognised the importance that these forests hold for the conservation of soil and put forward a range of polices trying to curb the destruction; of course, nothing has really changed and thousands of acres are destroyed every year with nothing in the way of ‘replacement’. Poor management and abuse of power are again the increasingly sad cause behind the mass deforestation of India, some call it greed. Protected areas are largely declassified so that commercial activities can take place but new areas are not reclassified. Poaching is another factor, people actually coming in and steeling trees and one of the final blows to the forest of India who already seem to have lost the battle is the invasion of foreign tree species such as Eucalyptus etc. Air Pollution India now has one of the worst qualities of air in the world. Without a doubt the main contributor of air pollution in India is the transport system. In the big cities like Delhi and Mumbai, millions of old and very dirty diesel engines churn out millions of tonnes more sulphur than their western equivalents partly because of being old and partly because of the diesel. As a result, the asthma rate for children in some of the larger cities is now at %50 and rising fast. Because of the varied causes and consequences surrounding this topic, I’ve devoted a whole page to India air pollution. Plastics and other waste I have already touched on the massive problem of waste disposal but I intend to go into it more here. It seems that some areas are simply fed up with the lack of Government intervention and are using there initiatives. As an example I use some of the towns and villages in Kerala who are seeing a return to the old paper bags from plastic ones. As I am sure you know, plastic isn’t in any urgency to degrade but the people of India don’t seem to recognise this as they throw every unwanted item onto the floor wherever they are. Of course, the victims of this environmental issue in India are the future generations and the animals. The holy cows that are so integral to Indian life are slowly being killed from the huge amount of plastic bags they consume that eventually rap around their insides.

Hydrological Ecosystem Services Modelling

Hydrologic theoretical accounts are necessary to interpret climatic forcing ( rainfall and temperature ) to lake rainfall, vaporization, and watershed influx. It is defined by Maidment ( 2000 ) as â€Å"a mathematical representation of the flow of H2O and its constituents on some portion of the land surface or subsurface environment† . There are different tools for Water Resource Management characterised as: a ) Hydrologic Models ( physical procedures ) that simulate river basin hydrologic processes ( H2O balance, rainfall-runoff, lake simulation, watercourse H2O quality theoretical accounts, etc. ) and b ) Water Resource Models ( physical and direction ) that simulate current and future supply/demand of system, runing regulations and policies, environmental impacts, hydroelectric production and Decision Support Systems ( DSS ) for policy interaction. Hydrological theoretical accounts are usually designed for stationary conditions, but they are used under conditions of alterat ion in clime alteration surveies ( Xu et al. , 2005 ) . To measure the variableness of surface H2O and groundwater resources over selected Iberian river basins several different plans can be used. Modelling is now a common tool in the field of hydrological research, and a rapid development of computational power, the ability to pattern the natural H2O rhythm has progressed tremendously over the recent decennaries. Considerable attempt has been expended on developing improved catchment hydrological theoretical accounts for gauging the effects of clime alteration ( Arnell and Liu, 2001 ) . Many new techniques and methodological analysiss have been raised to ease the river basin research. For illustration, the usage of GIS, remote feeling techniques, rainfall-runoff modeling, assorted patterning appraisals, H2O quality appraisals, river basin hydrology and so on. A quantitative analysis of river discharge is the base for all other fluxes researches like foods or H2O eroding modeling. However, the methodological analysis of quantitative analy sis or discharge modeling is really different from part to part. Although the construct of the hydrologic rhythm is simple, the phenomena are tremendously complex and intricate. The hydrological theoretical accounts are developed to analyze the future impacts of clime and socio-economic alterations on catchment hydrology and hence, the standardization and proof of the preexisting regionalised attacks demands to be carried over a sufficiently broad scope of catchment conditions such that the attack stays within or shut to the standardization scope. Water flat fluctuations during extremum flow season and H2O deficit or dry periods creates more informations uncertainness. Of major concern is the decrease in low flows and lowered groundwater degrees, which might take to H2O deficits, particularly during summer periods ( Arnell and Liu, 2001 ) . Normally low flow rivers are ignored by the establishments to enter river flow and put in adequate gauging Stationss in the water parting. However in the absence of perfect cognition, they may be represented in a simplified manner by agencies of the systems construct. Water allotment modeling has received considerable attending in the recent yesteryear by the scientific community for the analysis of H2O utilizations by all viing sectors. For illustration, an economic theoretical account is developed by Bielsa and Duarte ( 2001 ) for apportioning H2O between two viing sectors, irrigation and hydropower in NE Spain. Babel et al. , ( 2005 ) developed a simple synergistic incorporate H2O allotment theoretical account ( IWAM ) , which can help the contrivers and determination shapers in optimum allotment of limited H2O from a storage reservoir to different user sectors, sing socio-economic, environmental and proficient aspects.Water allotment mold is sort of a river basin direction determination support system ( DSS ) designed as a computer-aided tool for developing improved basin broad planning. Analysis is carried out for H2O balance of the river basins under different degrees of H2O users and determines the H2O allotment in the basin. 2.3 Ecosystem services patterning Hydrological procedures have been identified as presenting ecosystem services that are cardinal to both human wellbeing and the care of biodiversity. However, patterning the connexions between landscape alterations and hydrologic procedures is non simple. Sophisticated theoretical accounts of these connexions and associated procedures ( such as the WEAP theoretical account ) are resource and informations intensive and require significant expertness. Freshwater ecosystems provide society with the indispensable services of H2O supply for its nutriment, economic activity, and diversion, every bit good as home ground for its fresh water piscary. The WaterGAP theoretical account, used by Alcamo et Al. ( 2003a, 2003b ) to quantify freshwater-related ecosystem services, computes H2O handiness on a grid and river basin graduated table by taking into history precipitation/snowmelt, vaporization, groundwater storage and overflow. The theoretical account estimates future H2O backdowns harmonizing to alterations in income, population, and electricity demand. Other similar tools include Advanced Terrestrial Ecosystem Analysis and Modelling ( ATEAM ) , ( Schroter et al. , 2005 ) , Artificial Intelligence for Ecosystem Services ( ARIES ) ( Bagstad et al. , 2011 ; Villa et al. , 2011 ) , EcoAIM, Eco Metrix, Ecosystem Services Review ( ESR ) , LUCI ( Jackson et al. , 2013 ) , ES Value, and Integrated Valuation of Ecosystem Services and Tradeoffs ( InVEST ) . Ecosystem services theoretical account, Integrated Valuation of Environmental Services and Tradeoffs ( InVEST ) developed by Natural Capital Project, theoretical accounts for quantifying, function, and valuing the benefits provided by tellurian, fresh water and marine systems. InVEST is designed to inform determinations about natural resource direction. Decision-makers, from authoritiess to non-profits to corporations, frequently manage lands and Waterss for multiple utilizations and necessarily must measure tradeoffs among these utilizations ; InVEST’s multi-service, modular design provides an effectual tool for measuring these tradeoffs ( InVEST user guide, 2.4.4, 2012 ) . Models are needed to expect ecosystem prostrations so that policies can be developed to avoid or accommodate to these prostrations. The MA’s Conditions and Trends Report ( 2005 ) besides points out the demand for â€Å"both conceptual and quantitative theoretical accounts that can get down to give both scientific and policy communities advance warning of when the capacity of systems is get downing to be eroded, or thresholds likely to be reached.† Soil eroding is one of the biggest jobs in connexion with agricultural patterns in many parts of the universe. It is required to develop a streamlined procedure in which dirt loss appraisal and the measure of transported deposit are calculated to place possible bad countries of dirt eroding. Erosion and deposit are natural procedures that contribute to healthy ecosystems, but excessively much may hold terrible effects. The magnitude of sediment conveyance in a water parting is determined by several factors. Natural fluctuation in dirt belongingss, precipitation forms, and incline create forms of eroding and deposit overflow. Vegetation holds dirt in topographic point and gaining controls sediment traveling overland. The Sediment Retention theoretical account provides the user with a tool for ciphering the mean one-year dirt loss from each package of land, finding how much of that dirt may get at a peculiar point of involvement, gauging the ability of each package to retain deposit, a nd measuring the cost of taking the accrued deposit. 2.4 Decision devising tools Decision Support Systems ( DSS ) are considered the best tool for nearing an incorporate analysis of H2O direction. Such systems apply ground similar to that of a human being, who is the expert in the topic ( Stevens, 1984 ) . These systems are provided with informations from many diverse beginnings of information, including experimental consequences, field study informations, and even those obtained from traditional theoretical accounts. Current tools range from simple dispersed sheet theoretical account to complex package bundles. If they are flexible plenty for usage in diverse determination contexts and can be affordably applied, they could moderately be incorporated into public and private-sector environmental determination doing on a everyday footing ( Bagstad et al. , 2013 ) . However, the development of decision-support tools that integrate ecology, economic sciences, and geographics to back up determination devising is a more recent phenomenon ( Ruhl et al. , 2007 ; Daily et al. , 2009 ) . Furthermore, there are besides several commercial package bundles, specifically designed for each type of DSS. DSSs can be either stochastic or deterministic, depending on whether or non they deal with procedures incorporating a grade of uncertainness. Stakeholders’ penchants could bring forth utile information in prioritizing and developing better H2O resource direction programs and besides avoid maximal struggles. The Analytic Hierarchy Process ( AHP ) is a process for depicting elements of a job hierarchically. AHP was used to work out the multi-criteria decision-making job of alternate H2O supply for Francoli river basin. The job is divided into smaller parts and the process guides determination shapers through a series of pair-wise comparing that gives the comparative importance of the elements in the hierarchy. Decision support systems are non merely of import but besides rather complex and is in demand of systems that facilitate more consistent and effectual strategic determinations.

Rosa Lee Story

The Rosa lee story Rosa Lee gave dash full access to her and her family life for four years, because she thought someone could learn from it. Rosa was born in Washington and was living a low class life, and often looked down up on for it . Rosa lee was brought up in a single parent house hold and when she entered jr. high her dad died. Rosa mom often struggled to take care of her and her siblings. Her mother gave birth to twenty-two kids, but only eleven survived. Rosa and her mom never saw eye to eye and when she got pregnant at the age of thirteen it didn’t make their relationship any better.At the age of fourteen she had her first prostitution experience for five dollars, she told her customers at work that if they were going to have sex with her, they had to pay because she had eight kids at home. After Rosa third child she married into an abusive relationship with a man who was twenty one which made her sixteen she couldn’t take anymore so she moved back in with he r mom. Rosa and her mom relationship was filled with conflict. At a very young age Rosa started stealing from people. She stole to basically buy her some friends, she would take her friends to the movies and buy them candy.At the age of twenty Rosa had moved to the North East with her six kids and was on welfare by the time she was twenty one she had two more kids. Rosa just wanted to make sure her family was ok and that they had some of the things they needed. Rosa also did other jobs that paid under the table so she could still get her welfare check. So she became a dancer at night clubs and got paid for sex. Being brought up in a neighborhood like Rosa had several down falls. Her and her sibling didn’t really have anyone to motivate them to do the right thing. The girls were supposed to be domestic but Rosa rebelled against it.Rosa started selling drugs in the seventies and in fifteen years she was in jail a dozen times. Until Rosa was twenty-nine she got away with stealin g, she tried to steal a fur coat and had to do eight months in jail. Most of Rosa lee brother and sisters made it out of poverty and became middle class. They had honest jobs like bus driving and had their own cab services. Her brother and sister choose a different path because they seen and knew the struggle that their mom and sister Rosa had to deal with. Seeing Rosa life its self made you want to do right.Eight kids, having to steal, selling and using drugs and being back and forth in jail made you want to do right. Rosa didn’t start selling drugs with the intent to use them, it just happened, she thought selling marijuana and heroin was a quick way to get money and keep her welfare, but when she started she couldn’t quit she was using two fourty dollar bags a day. She said that when she used the drug it gave her courage. Rosa could do and say anything when she was high. Rosa and her siblings used drugs and broke the law because they were not taught any right from w rong .They had such a rough childhood and at this time they didn’t know any better, they were young when they started. Even Rosa kids started taking different paths at very young ages. They didn’t go to school because she didn’t make them. Rosa did drugs in front of her kids and it made them want it. Her one and only daughter Patty started using drugs at the age of thirteen and was rapped several times by relatives while Rosa was incarcerated, which is why she said she hated males and on top of that she was prostituted by her mom.Her son Ronnie started using drugs at the age of fifteen, she told him if he wanted to drugs he had to support his own habit, so he started selling marijuana with his mom. Her oldest son Bobby died of aids cause they all shared needles. At a very young age Rosa stopped going to church and didn’t start going back until she was about forty. She didn’t seek for religious ways to help her in her situation she thought that what she was doing was right for her and her kids.Even with Rosa taking the path she did she could have taught her kids the right from wrong. I think that Rosa had a choice to do well she just choose a different path. She lived in a single parent household, where drugs were being sold and welfare was the way to live. She wasn’t getting the attention that she needed so she explored and ended up finding out the hard way that wasn’t the life she wanted to live. If Rosa stayed in school and maybe had a better a male figure in her life she probably wouldn’t have been in all the trouble she was in.

Humanity Essay

People not only have a responsibility to others in the world, but an obligation to follow through,a s much as is possible, to shape a future world where conditions provide the best opportunities for all people to secure safety and happiness. Such a belief has often been regarded as â€Å"utopian† or highly idealistic, but it may be the case that actual conditions on the planet earth will reveal that utopianism is actually a form of pragmatism and that idealism, at least to some degree is a necessary component of social and political thinking. I regard this belief as a form of social responsibility. Social responsibility can be defined as â€Å"†balancing the pursuit of one’s individual goals with the needs of others in establishing a safe and just world and ensuring the continuation of a democratic society. † (Robinson, and Hayes, 2002, p. 6). The challenges of the twenty-first century, whether economic or environmental, cultural or biological will require new methods of thinking and behaving at both the individual and social levels. There must be an emphasis on changing the perceptions, particularly in twenty-first century America, which many people have about the nature of personal responsibility and personal empowerment. While it seems obvious enough to say, as President Barack Obama asserted in his book The Audacity of Hope, that new generations of Americans are â€Å"waiting for a politics with the maturity to balance idealism and realism, to distinguish between what can and cannot be compromised† (Obama, 2004. . 42) the ramifications of such a politics of maturity and realism extend to many important areas of American society including economics, technology, and philosophy and religion. What is necessary for America to meet the challenges of the future is a social cultural acceptance of the fact that responsibility, and not merely the pursuit of self-interests, is a path to personal empowerment. This last statement may seem contradictory to many Americans. A great number of people view themselves in purely materialistic terms and want what they can get out of society without taking any personal responsibility for the consequences. For some people, life holds no meaning outside of its material dimension and this loss of meaning in American culture has consequences beyond the immediately personal: â€Å"We have no choice, we are constantly told, because of economic forces, our unconscious, or our genes. Yet, at the same time, we live in a world that presents us with endless choices† (Sardar, 2006, p. ). As strange as it sounds, the only way to break the cycle of endless anxiety over our limitless freedom is by accepting responsibility for the choices we make. This is a kind of paradox in American society, â€Å"We want to have it both ways, and so we end up confused and cynical. Our obsession with individuality and self-interest further erodes personal and collective responsibility† (Sardar, 2006, p. 3) which means, the les s one begins to value their own existence the less responsibility they will feel for their actions. To accept responsibility is, in itself, to accept that life is meaningful and to accept that life in meaningful is an act of self-empowerment. we must learn to understand that â€Å"Freedom is both a gift and a challenge. It has value only when we respect it and enhance it individually and collectively. And when we exercise it with responsibility. † (Sardar, 2006, p. 3 ). In this way, a change in the basic philosophical vision present in American culture may help us to begin to make inroads against the challenges which face us in the new world. Wendell Berry’s persuasive argument that many modern conceptions of progress and happiness are rooted in ignorance and self-deception finds substantial validation in even a cursory glance of modern media and political discourse. Looked at more closely, the misconceptions ably identified by Wendell Berry in the Western (and particularly American) vision of life and life responsibilities, cast an illuminating light on contemporary government, American foreign policy, and many urgent social crises. Most obvious is the relationship between Berry’s observation that â€Å"The higher aims of â€Å"technological progress† are money and ease† and the recent almost epidemic instances of corporate corruption (and corruption in government) whereby CEO’s have garnered massive bonuses and pay-increases whilst robbing their shareholders and workers of profits and pensions. The corresponding downfall of powerful political figures in the United States Congress, as well as their lobbyist counterparts for racketeering, bribery, and other financial crimes indicates how widespread is the oligarchical strain of political morals in contemporary society. Wasteful projects such as the â€Å"†Big Dig† in Massachusetts (estimated at $2. 5 billion in 1985, over $14. 6 billion had spent in federal and state tax dollars by 2006), as well as the highly-publicized Tyco and Enron financial scandals affirm Berry’s contention that far from securing a worthy future, the immediate greed and gratification of â€Å"big money† has motivated corporate and political leaders to sacrifice the future and well-being of myriad other individuals and the nation as a whole in favor of selfish, personal gain. This type of greed, based on the fallacious assumption of preserving one’s future extends throughout the social hierarchy of America, with most, if not all industries and pursuits subordinated to it; as Berry remarks â€Å"Surely the aim cannot be the integrity or happiness of our families, which we have made subordinate to the education system, the television industry, and the consumer economy† (Berry,1990. p206). The reality is that most families are useful to the controlling interests of the American economy as charted demographics which allow individual economic resources to be targeted at â€Å"tapped† by the said controlling interests. Corporate America, the media, and the governments themselves function as subsidiaries of the overall obsession with wealth and the increase of personal fortunes. The quest for personal enrichment, the acquiescence to greed, predicated on the unknowable future is self-rationalizing behavior. Ironically, it is also self-destructive behavior and also portends the possible destruction of the global environment. Were humanity truly concerned for the future, Berry argues, we would embrace the good things we know about the present such as water, oxygen, trees, oceans, mountains, and wildlife, and see to it that these good things endure â€Å"If we take care of the world of the present, the future will have received full justice from us. A good future is implicit in the soils, forests, grasslands, marshes, deserts, mountains, rivers, lakes, and oceans that we have now† (Berry,1990. 16) One implied irony in Berry’s observations is that technology, the science which is supposed to bring our society to a great modern crest, has actually pushed us further into primitive superstition and savagery. Our modern totems are money and power; and we rape the environment rather than protecting it. We use our knowledge to destroy rather than preserve, and, at its pinnacle, technology, so Berry insinuates, has as one of its outcomes, the utter destruction of human thought. If one’ motives are money, ease, and haste to arrive in a technologically determined future, then the answer is foregone, and there is, the fact, no question, and no thought† (Berry,1990. p17). The most philosophically dense and relatively unsupported point which Berry attempts to make is the connection between a rejection of dehumizing technology and religious faith. â€Å"If one’s motive is the love of family, community, country, and God, then one will have to think, and one may have to decide that thee proposed innovation is undesirable† (Berry,1990. p17). With this conclusion, Berry seems to depart from the more linear and persuasive argument he previously offered. After all, if, as he insists, â€Å"We cannot think about the future, of course, for the future does no exist: the existence of the future is an article of faith† (Berry,1990. p17) then surely the substantiation of God or any moral or political belief predicated on the existence of God is similarly â€Å"an article of faith. † Taking Berry’s comments another way: that religious â€Å"faith† comprises a panacea to an abiding though sorely misplaced faith in technology, the argument seems more tenable if no less anecdotal and emotionally based. However, it is the emotion of Berry’s remarks which lends them a convincing and urgent air, which is suitable for the topics at hand. Unfortunately, outside of a faith in God, a dedication to one’s family, and a respect and love for the earth and its environment, Berry offers very few insights into how the prevailing destructive beliefs and practices he describes may be combated or changed. His arguments about selfishness and the hollow pursuit of material wealth as opposed to communal or national prosperity seem well reasons and are substantiate by contemporary facts. His arguments against technology seem a bit less well-reasoned and incomplete, based on emotional rather than evidential criteria. Though Berry’s imploring tone seems to fall short of providing even the slightest recommendation of pragmatic applications to reverse or undo the environmental and cultural damage that has come from America’s mortgaged future, his overall diagnoses of the problems facing our â€Å"Plutocracy† are persuasive and articulated with aplomb. As Barack Obama points out, economics in the twenty-first century no longer function along the same models they had embodied for years. He writes that â€Å"In this more competitive global environment, the old corporate formula of steady profits and stodgy management no longer worked† (Obama, 2004, p. 156). What Obama is driving at with this statement can be considered an aspect of â€Å"humanizing† economics, a must-needed step for America in the twenty-first century. By accepting responsibility for our actions we will understand the connections between the injustices and disparities in society and the damages which have been inflicted upon the environment. Though some of our challenges may be economic and some may be based in moral and ethical issues, the unifying factor is always: human responsibility. We begin to understand ourselves much more clearly and understand our challenges more clearly when we admit that we live in a world which â€Å"desperately needs fixing and in which denial is seductively easy and cheap, at least for a time. We must acknowledge and seek to understand the connection between poverty, social injustice, and environmental degradation. † (Orr, 2002, p. 89) Barack Obama’s insistence that the new economics has paved a way clear of the old economics which stressed only self-interests and profits is a key to understanding the kind of view of business and corporate responsibility which will have to be embraced in American society as we move forward to accept our responsibilities and meet the challenges of the future. Instead of viewing purely money and material growth as the only forms of â€Å"profit† in business, corporations of the future will begin to realize that â€Å"business behavior and government policy toward business requires, more than ever, an appreciation of the firm’s human dimensions, the dimensions left out of the neoclassical theory† (Tomer, 1999, p. 1). The future corporation will accept responsibility for its actions and view itself as shaped by not only â€Å"market forces but by societal ones† (Tomer, 1999, p. 9) and in so recognizing other forms of â€Å"success† and â€Å"profit† namely, the maintaining of ethical and environmental standards which contribute to the overall growth and well-being of humanity may over-ride present-day obsession with self-interest and materialistic profit. If Barack Obama’s writings in â€Å"The Audacity of Hope† are any real indication of the politician of the future — or the President of the future — it si clear that America still has the capacity to grown and recognize leaders who can summon a bold-enough vision as well as present workable solutions to meet the challenges we have at least partially created for ourselves. Obviously, I disagree with the suggestion that all the worlds problems and injustices can be eliminated, but I do believe that positive change can be made and that better conditions can be achieved. Here is why. My generation faces so many different challenges, ranging from war to global poverty, from the impact of technology to the scarcity of natural resources, that it is difficult to assign a single challenge as most crucial or important. However, because the challenges of the twenty-first century, whether economic or environmental, cultural or biological will require new methods of thinking and behaving at both the individual and social levels, the biggest challenge that faces my generation is one of changing the perceptions which many people have about the nature of personal responsibility and personal empowerment. I see changing this essentially self-perceptive issue as a key for facing the specific, concrete challenges that we will face in the future. In my opinion, it is not only possible, but morally imperative, that the social inequalities and injustices of the world be addressed with an eye toward influencing productive change in the world. It is, in fact, possible to make the world a better place. The most important factor, in my opinion, regarding the formation of an ideal society, would be the individual liberties of each of the citizens in that society. To me, a society which contained too may laws or rules, whether intended to ensure liberty or simply to oppress people, would be contrary to a utopia. Any ideal society must ensure the freedom of its citizens while simultaneously preserving their safety and the productivity of the society as a whole. Therefore, although it may sound somewhat far-fetched, the most important reform in my ideal society would be concerned with educational reform. In my vision of utopia, knowledge would be considered the most important â€Å"possession† or accomplishment. Instead of testing people for aptitude in a hierarchical fashion, I belive IQ and other tests should be sued early on in someone’s life to determine where their particular strengths and talents are centered and then that person would be encouraged to pursue these talents and aptitudes without regard of race, sexual orientation, religion, political or cultural biases. Due to the fact that individual liberty is the keystone of my utopian beliefs, no-one in an idealized society should be forced to pursue any endeavor whether they have aptitude for it or not, but all should be encouraged to find their inner-talent and special interests as the highest achievable goal in life. That and respecting the rights of all others to pursue their individual talent and skills and interests. Because I realize that the first and foremost plank of my utopian platform necessitates changing deeply rooted racial, gender-based, and cultural prejudices, it is worth pointing out that â€Å"utopias† are defined, not in terms of practicality and pragmatism, but on imaginative depth and vision, so that â€Å"the influence of utopian writings has generally been inspirational rather than practical. † (â€Å"Utopia, 2004†) This allows for utopian thinkers to â€Å"dream away,† as it were, and this liberty allows me to offer my second most critical element in an ideal society. This second point falls squarely under the category â€Å"economic utopia. † In my vision of an idealized society, money would be completely eliminated. The reason that money would be eliminated is because economic interests traditionally have displaced moral ideals in capitalist societies. Corporation work to obfuscate moral responsibility: â€Å"levels of complexity are added by confusion between descriptions and prescriptions of social responsibility, between what is and what ought to be, and between moral obligation and legal obligation† (Besser, 2002, p. 4). In my ideal society, religion would be primarily left to the individual and there would be no government sanctioning or endorsement of any single religion. Again, this is an impossible social requirement, but the vision of utopia I have would not contain the existence of exclusionary religions, religious ideas taught in public schools or religious ideas being used as a basis for common morality. Instead, a civi l ethic would replace what has in the past been seen as a religious ethic. Because my ideal society would contain neither organized religion or money, I believe that the two most important barriers to personal liberty and happiness would be removed from most people’s lives. Because self-determination would be the highest priority in my utopia, family conflicts and other interpersonal relationships would also play a less-permanent role in people’s lives,encouraging them to view all people as equal rather than those of their family or race or region being more â€Å"familiar† and subsequently more preferred or sympathized with. Most of the social changes in my utopia are probably unachievable and yet I believe by making only a few, albeit radical, changes in social vision and structure, a better world could be realized and a wider spread of happiness and contentment might be embraced; it is the idea that these changes could happen, even if they are unlikely, that defines a utopia.