Common Attributes of Peter Carey’s Short Stories Essay

An analysis of several of the stories in The Collected Stories of Peter Carey reveals numerous common attributes, leading to the aspects of entrapment and isolation appearing as common aspects of the stories. These come across in both the physical and mental form. Often the entire experience of entrapment and isolation is the result of the interaction of both forms. The quality of entrapment seen throughout Crabs, Peeling and A Fat Man in History relies on lies. In Crabs, the main character and his girlfriend become â€Å"stranded† at the drive in after their car parts have been stolen and the manager of the drive in tells them there is no way that they can leave, in effect lying to them. The same form of lying is adopted by Florence Nightingale in A Fat Man in History, as she makes them believe that they really can’t do anything to escape their place as the hated fat people in society except rebel against the government, suggesting all sorts of odd methods to do so such as ‘eating the statue’. The lying is slightly different in Peeling. The narrator has fallen into a trap of self-deception, unwilling to accept the harsh truth, preferring to take ‘slow pleasure’ in ‘superficial things’. This allows him a more pleasant state of mind, but at the same time entraps him in a world of lies which will undoubtedly cause some distress once he is forced to see the truth. For entrapment to be further entwined in these three Peter Carey stories, the use of blind acceptance is also employed. This means the characters need to believe that they are physically trapped. Those in Crabs are told they can’t get out of the drive in but aren’t physically trapped at first, yet they don’t try to rebel against the government by walking out of the drive in or attempting to escape in any way unless they have a functioning car. At some point they do become physically trapped as the government fence them in. The gang in A Fat Man in History just accept that they are obese and are hated by society, which may be true but they don’t want to do anything sensible to change this. Instead, they stay inside the house unless working or involved in some scheme to steal or gather supplies for a highly irrational rebellion. Finally, in Peeling the man is not physically trapped in his room, yet due to his unemployment he rarely leaves the house. The thick fog of the London day feeds the idea of the physical side of entrapment. The frame of mind shown by the narrator due to this feeling is one that might be adopted by a person with a terminal illness or a criminal on death row; it’s the attitude of someone who knows their life will be over soon. This mindset is one of everything must be superficial and savoured, that life shouldn’t be rushed and moments of seriousness can be left to rot. Love and inter-character relationships cause the characters of each story to become both isolated and entrapped within themselves. Peeling shows the reader the effect of love on the narrator, as he knows exactly what Nile is doing by listening only to her footprints, although they are both physically isolated the majority of the time. He isolates himself from her in his entrapped mindset, not wishing to discuss such deep, serious things as feelings for abortion babies and their souls, yet loves her, or at least lusts after her, enough to know her schedule, talk with her about the mundane going on in life and tell what she’d doing when she’s rearranging the dolls on the floor above. It’s only when the narrator is freed of his self-deception, which was causing his entrapment, by Nile’s babbling about abortion babies and their souls does he integrate himself with her. He is once again isolated by her transformations from woman to man to woman to doll. The fat men in A Fat Man in History all lust after â€Å"Florence Nightingale†. The simple fact they call her that despite her name being Nancy Bowlby suggests this much, with more evidence found when they all crowd into the room with expectation the night the rent is due and clamour to get her attention when she arrives. Furthermore, Finch admits to fantasising about her in one of her â€Å"secret visits† to his room, and the-man-who-won’t-give-his-name obviously feels something towards her as he sleeps with her. This love and adoration of Florence leads to a divide between all members of the gang, isolating them mentally. It also allows Florence to trap them as part of her social experiment. In Crabs, the main character borrows the car from his friend Frank. He is then targeted by the Karboys who steal parts of the loaned car, leaving Crabs unable to get himself and his girlfriend home. This incident, combined with the fact the car was loaned, leads to Crabs’ entrapment in the drive in, as he is determined to return the car with the right parts. It also isolates him as he waits for the correct car to come to steal the parts from, and he becomes more irritated and edgy as time goes by. The relationship between him and Frank is what causes his isolation from his girlfriend and others in the story. In all three Peter Carey stories studied from The Collected Works of Peter Carey, entrapment and isolation are common attributes of the characters. This comes across in many forms, both physical and mental, with these two features relating closely to each other. Entrapment and isolation closely linked as a character who feels trapped consequently feels isolated. The stories of Peter Carey are written using surrealism which has the ability to give the reader the impression that the characters are more isolated than they really are as their lives are not streamlined with reality. Carey uses these ideas to highlight their place in today’s society, suggesting that all humans feel entrapment and isolation regularly, however it is fully controllable through our state of minds and ideals, yet at the same time is unavoidable, as everyone has relationships with others that cause them to feel certain ways, whether it be a relationship of love or of respect.

Personal Statement: Who Am I?

Olivia in the dictionary, and you might find; noun, a female given name. From the Latin word olive. But this name doesn't define me. I could also tell you all the things I do; school, yearbook, HOSE President & Treasurer, but those don't define me either. I ask myself simple questions to find out who I really Am I the leader of a crowd, or a background follower? Do I direct groups or do I get directed? Am I the thinker or do I let others think for me? Am I part of the in- rood, or am I an outsider looking in?Who truly am l? To find the answer I look deep inside myself and discovered the truth. I am a uniquely defined Individual. I don't go to parties every weekend nor do I consider myself as weak minded. I am simply neutral in the world. I have friends of both sides of the spectrum and I feel free to talk to whomever I want regardless of what others around me think. I am bossy, and I personally hate people telling me what to do, I am a natural fighter. I fight for what I think Is rig ht, some may call me obelisks, but I keep the respect between adults and myself.The activities I listed above Just show that I am a hardworking-dedicated individual who doesn't quit at the first sign of trouble. I don't let the teacher who constantly looses my homework get me down; I Just work extra hard and redo all the work required of me. I am simply Olivia, and no one can take that away. People may tear me down emotionally but mentally I am stronger than anyone can Imagine. I am the girl defined by no one but her own standards, standards that continue to grow thicker every day.

Globalisation and Americanisation

McNationalizations probably the most obvious in terms of its connection with AmAmericanizationas the McDonald's franchise is a purely American product. Other than the obvious, McNationalizationoncerns the spread of an American product – or in this case, as RiRitzierould argue – a method of supply and demand momodeledn the American fast-food industry.It could be argued that AmAmericanizationinders our understanding of the process of Cultural Appropriation, because Cultural Appropriation usually deals with the taking of aspects of a minority group's culture and adopting these elements into a more dominant cultural group, whereas with AmAmericanizationthe elements of a dominant group (America) are aaopiatento cultural mlmolesterssociety InNineame can De sasalsaor Cultural Imperialism and AmAmericanization/p>Cultural Imperialism describes the process of enforcing a culture or language onto another cultural group, which, in a way, is what Europeans and early Americans during the settlement of America – English became the dominant language of the United States, with an English and European society acting as the foundation of the American society. The native peoples of America were forced out of their homes and forced to interact with the now dominant settlers in English, and adopt a more European way of living – a ChChristianizeswhite way of life.In contemporary society, AmAmericanizationoesn't necessarily help our understanding of this term, as American culture isn't enforced on minority groups around the world, but rather it is slowly adopted by them. In conclusion, the label ‘AmAmericanization as an umbrella term for the cultural, social and economic processes mentioned, helps our understanding of the terms, as it provides a specific, well-known example of an influential, globally dominant culture that ututilizeshe processes for its own global expansion and power.

The Invisible Spotlight Essay Example | Topics and Well Written Essays - 1500 words

The Invisible Spotlight - Essay Example Remarkably, managers would yet barely notice the influence of their actions about the relationship with the employees in pursuit of competitive advantage. Managers need to pay attention and facilitate the creation of the pivotal moments rather than depending on the reflexes or instincts in the course of addressing the demands and expectations of the consumers. From the book, I have been able to learn the need for employees to control the influence they have, as well as encouraging acting with intention or purpose. That is an illustration of the self-control, which plays a critical role in making it possible for the managers to turn the glancing moments in lasting outcomes. Categorically, it is valuable to that these moments enable the organizations in the contemporary society to promote management relationships. The core of the work of the managers is to understand and utilize their management relationships with the objective of inspiring the workforce to deliver in accordance with t he organizational policies and expectations. There is there is the necessity to facilitate innovation of the role of employees to encourage the achievement of diverse goals and targets. Managers should understand that an employee does not focus on creating the tone, standards, and direction for the relationship between the workforce and the management. Furthermore, it is ideal to note that the manager is the architect with the obligation and responsibility of creating the conditions that promote the best work among the employees.

Chapter 7 & 8 essay Example | Topics and Well Written Essays - 1000 words

Chapter 7 & 8 - Essay Example Languages are made by the people all over the world and all kinds of humans can practice the use of language to speak. It is a channel to the public truth, serving the citizens to study the actions in their region and to sort out their feelings. It also brings about harmony inhuman lives. Generally, a speaker can make up a range of verbal terms and expressions that are entirely understandable by the speakers of language. The people from different cultures use different styles of language and it will be different from person to person and also to the country and cultures. Such styles will be a sign of the cultural values of the people or the country. English is spoken by majority of people all over the world. But there are different varieties of English across the world. People use different form of accents according to the geographical structure of that place. There are dialects in many countries which are the language varieties used by people. Normally these are not formally correct language, but all of these are meant for communication and people use these dialects or other forms of slang’s which can be understood by other people. Thus, language, through informal, can be used for communication. â€Å"Speakers of a particular dialect often believe their language variety is the best, correct, and standard way to speak. They may even believe that their language variety is so standard that it is not even considered a dialect.† (Chapter 7). Verbal languages are developed from a diverse form of non-linguistic interactions which were primarily derived from animal ancestors. This diversity of non-linguistic action to converse with one another are formulated through the actions, touching, odor, and substantial looks. These non vocal interactions, when shared with the spoken form of communication scheme, make the platform for interaction through which human beings come to be familiar with and know

Evolution of Formal Organizations Paper Term Example | Topics and Well Written Essays - 1000 words

Evolution of Formal Organizations - Term Paper Example The emergence of formal organizations began in Europe, where businesses incorporated their workers into a sort of club within the organizational structure of the business where there was a clear hierarchical system. The owners of the business and their families also belonged to this club and no employee was exempt from membership, which acted as a deterrent against leaving to the employees (Kornblum, 2011). According to Kornblum, as more and business ventures and industries emerged the economies of scale started playing a key role and specialization and division of labor became practical and profitable. This led to the development of a well organized system, in how the running of these establishments were conducted, and where the workers were not required to devotedly belong to their employer’s club or group. Responsibilities and duties were delegated to employees under the manager who could double up as the owner of the corporation. These managers sought out ways to maximize their workers output through various means like longer working hours, which they did without incentives or overtime compensation (Kornblum, 2011). Earlier formal organizations did not offer opportunities for advancement in position or salary especially to the minority groups and women. The policies, rules and regulations that defined these outfits as formal organizations were not adhered to but were just a formality for purposes of registration with the relevant authorities. The chain of command was designed in such a way that each department had a manger or supervisor to whom every worker in that unit bore responsibility. The supervisors or midlevel managers also had a higher authority to report to, and this went on up to the top management. Even if, the top management bore the overall responsibility for the overall performance of the company, they had little hands on participation and involvement in the on goings of the establishments they administered. This created a precedent wh ere the worker’s welfare was neglected, which led to the development of resentment towards the management of the organization causing a decline in employee output and the firm’s productiveness. This led to the formation of worker’s unions, which advocated for better terms and conditions in the work place coupled with considerate social welfare compensation. Companies that recognized the benefits of a more flexible organizational structure reaped the benefits of improved employee motivational levels and increased productivity. This makes workers feel obligated to perform well for a company that they are actively involved in than where they are taken just as a means to an end. Compared to today’s formal organizations earlier establishments had an authority structure that resembled a pyramid where remarkably few people with power were at the top while the majority and powerless people were at the bottom (Kornblum, 2011). In the mid 1900’s, this struct uring gave no room for employees to contribute, in the policy making process, or give their ideas on how best to attain their company’s goals. In today’s formal organizations, workers are involved in the formulation of company policies, and they are consulted on the best possible ways for their firms to accomplish their objectives. This makes formal

My Educational goals and why I would like to participate in the TSA Essay

My Educational goals and why I would like to participate in the TSA Associates program - Essay Example This would give me an opportunity attain new skills, knowledge, and tools and be in a position to improve my skills in customer service. I have always wanted to pursue a degree in higher education, and I believe that enrolling in TSA will be a step towards achieving my dream. Enrolling in TSA will offer me an opportunity to take classes while working for TSA at the same time.  Being part of a dynamic security team has enabled me to contribute in protecting our airports. However, I believe that I need more skills to make me more efficient in my duties. I would wish to enroll in all the three of the classes offered in the TSA Associate Program, which include Introduction to Homeland Security, Intelligence Analysis, and Transportation and Border Security. Getting an opportunity to enroll and complete the TSA Associate program will enable me attain an Associate degree in homeland security later, receive a TSA Certificate of Completion in addition to an Academic Certificate from the Institute of Higher Education. Attaining more education through the TSA Associate program will make me a better candidate for future positions in TSA. I believe that getting this opportunity and attending TSA  Associates  Program  will offer me appropriate  educational  foundation that I require to perform better in my current position within TSA and achieve more in both  my  academic and personal  goals. I understand that I need to have excellent communication skills to be able to get this opportunity since apposite communication skill are crucial thus I have already completed my Complete Foundations of Grammar SkillSoft course in

Data as an Asset Assignment Example | Topics and Well Written Essays - 250 words

Data as an Asset - Assignment Example The changes in privacy laws will prohibit companies from using consumers’ information without their consent, thus protecting the privacy rights of all consumers (Education Week, 2015). Netflixs "recommender system" is a software program that is designed to learn about users by gathering data about them and drawing conclusions. â€Å"Machine learning† employs Artificial intelligence to recognize the needs of customers that uses the services of a particular company (Newitz, 2009). Computers can now supply the information that was used to be provided by individuals. Artificial Intelligence is the pillar behind Maps, Siri, and Passbook; gadgets are now able to do great things without help from users (Jackson, 2012). Rather than requesting users to rate products on a five-star scale, Netflix’s recommendation systems need to ask them to evaluate products in pairs; it will offer a correct representation of preferences of consumers. Besides recommending movies, Netflix needs to diversify and support music and games. Music and games are lucrative areas that will benefit the company. Users should be afforded an opportunity to offer feedback on how to improve the recommendation system. Netflix can offer a platform where users can give feedback on the effectiveness of the system. The three changes must be included in the system as part of the platform. Jackson, E. (2012). Whats Going To Be Apples Next Killer Product? Not a New iPhone- Artificial Intelligence. Retrieved on January 6, 2015 from http://www.forbes.com/sites/ericjackson/2012/10/09/whats-going-to-be-apples-next- killer-product-not-a-new-iphone-artificial-intelligence/ Newitz, A. (2009). Annalee Newitz-Artificial Intelligence and the Netflix Prize. Retrieved on January 6, 2015 from

Domestic Policy Issue - Immigration Research Paper

Domestic Policy Issue - Immigration - Research Paper Example Immigrant workers take up some jobs that Americans workers would have taken, since they are ready to work for cheaper wages. At the same time, illegal immigrants get healthcare services, welfare as well as money, obtained from American taxpayers. Immigrants suck up the limited resources of U.S. and the taxpayers’ money. Because they gain benefits such as welfare, education and healthcare, yet they do not pay taxes hence to do not help in solving American problems. One reason why immigrants remain a big concern to Americans is because many companies continue to employ them, and their numbers continue to increase. With hard economic situation facing America, and the high number of unemployment, losing more jobs to immigrants compounds the issue further. Despite the various laws enacted to address this issue, these laws have not been very successful as the numbers suggest. In deed it is estimated that up to 18 million illegal immigrants stay currently reside in America (Morrison, 2010). What complicate the issue most is the many humanitarian as well as economical issues. Since September 11, it became clear that immigrants could lead to security threat to American, since some of these immigrants were out to commit crimes. Thus need to address the issue by the government. What solutions have been proposed by the president, Congress, interest groups etc. Many people feel that there is need to come up with measures and laws to restrict immigrants from entering America, and that the borders should strictly be guarded. Those illegal immigrants caught should be handed heavy punishment to discourage others from doing the same. As suggested by WERE, the government should as well carry out regular checks within corporations in relation to hiring illegal workers and those companies found to engage immigrants in their labor force ought also to be punished through fines. The government should as well increase its border patrol particularly along the Mexican border becau se thousands of immigrants cross to America using this border. As observed by Morrison (2010) people can simply walk to America through Mexican border unnoticed, and even if they are caught they simply return the next day. President’s solutions President Obama hold the view that the current immigration system is broken and can only be rectified by tackling real issues and avoiding politics as true solutions are to protect American borders are sought. Thus, Obama proposes that immigration policy need to be directed by the best judgment of Americans in regard to its economy and the welfare of the American workers. Thus, he understand that there is need for a well organized, orderly border as well as an immigration structure that is formulated to address the economic needs that are crucial cornerstones of a vibrant economy. Accordingly, President Obama proposed the following four key aspects: Strengthening border control: to tackle immigration Obama has a view that the integrity of American borders is very important. Thus, there is need to improve the infrastructure, technology and increasing the personnel manning the borders and ports of entry to America (The Whitehouse, 2011). Enhancing immigration system: according to president Obama the immigration

Engineering Management Coursework Example | Topics and Well Written Essays - 1250 words

Engineering Management - Coursework Example Management style has an important role to play as appropriate management style can help employees perform their tasks efficiently and achieve their targets, meet organizational goals, keep the employees motivated and help organization make efficient decisions (Bryman, 1993). Not only this, management style has a major part to play in creating the organizational culture. This report highlights about the management style of one of the most renowned companies of the world, Apple Inc. The management style of the previous Chairman and Chief Executive Officer of Apple has been analyzed and advantages and disadvantages of his leadership style have been discussed. Also the report provides different types of recommendation to the management of Ili Electronics Inc. to implement some of the characteristics in the company that could be helpful in increasing the morale and motivation of the employees and at the same time improve the productivity and profitability of the company. ... In an autocratic management style, the decision making authority and power lies with the top management of the organization and employees are not allowed to make their decisions. In such a management style, the employees of the organization are supposed to follow the instructions and orders given to them by the manager. Apple operates in an industry where innovation and creativity are very important factors, and other firms in the same industry encourage employees to think and be innovative and come up with different ideas (Silicon Beach Training News, 2011). In Apple the decisions are imposed, whereas in Google the management has given employees to the option to select the project they would like to work on and with whom they would like to work with thus these two management styles have been contrasting but both have been successful. 20% of the employees working time have been allocated by Google to come up with their own software concepts and ideas whereas all kinds of thinking and planning is done at the top level at Apple (McInerney, 2011). ADVANTAGES OF MANAGEMENT STYLE OF STEVE JOBS There are several advantages of the autocratic style of leadership which was adopted by Steve Jobs and these advantages are described below Standards Pre-defined In an autocratic management style, there are standards that are to be followed by the employees therefore they know what is expected of them and thus they can perform their tasks accordingly which would lead to the organizational objectives. Supervision In such a management style, the supervisors are present to guide the employees wherever they get stuck or faces problems and generally supervisors or managers are experienced and they have the

Criminal Justice Theories Research Paper Example | Topics and Well Written Essays - 1500 words

Criminal Justice Theories - Research Paper Example Victim Precipitation Theory This theory suggests that most people initiate or cause a specific confrontation that may result eventually to that person being victimized by death or injury. Such kind of precipitation on the victim can be termed as either passive or active. Active precipitation on the part of the victim exists where the victim intentionally acts in a manner that is provocative, uses threats or fighting words, or simply initiates an attack first. For example, in cases of crimes such as rape, courts have presented verdicts such as not-guilty based upon whether the victim acted in away or not acted at all in away suggesting consent to the act of sexual relation like the dress code of the woman in question. On the other hand, passive precipitation occurs where the victim exhibits particular features and characteristics that unintentionally threatens or motivates the attacker. Such kind of crimes do happen may be due to conflicts at personal level like where two individuals compete for a job promotion, love interest, or any other rare or desirable commodity. For example, a woman may be promoted and end up being a victim of violence due to the jealousy of someone she may or may not know well from the work station or away. Passive precipitation may also be experienced in cases where the victim is part of a specific group that threatens or offends the economic well being of someone, reputation or even status. According to research, this kind of precipitation exists in situations where there is a relation to power. Hence, economic power minimizes the victimization risk (Samuel, 2007). Differential Association Theory This theory explains deviance and criminal acts in terms of the social relationships of an individual. The Differential Association Theory attributes the causes of crime to a person’s social context. The theory rejects the intense individualism of psychiatry and biological determinism and economic explanations as causes of criminal activ ities. Differential Association Theory poses no particular or obvious threat to the treatment of humane of the victims or the criminals who have been identified. This theory suggests that an individual turns to delinquent lifestyle due to excessive definitions that favor violations of the law over those definitions that are unfavorable to violation of the law. That is to say, deviance results in a situation where an individual is exposed to many social messages that favor conduct than those favoring pro-social acts. Sutherland suggests that the concept of differential social organization and differential association may be applied to aggregation level and an individual level respectively. Whereas differential association theory gives explanations why an individual may gravitate towards criminal and delinquent behavior, differential social organization gives reasons as to why the rates of crime among different social entities appear to differ from each other. The differential associa tion theory has 9 basic postulates: Criminal and delinquent behavior is learned; the theory asserts that delinquent behavior is not particularly inherited and an individual not with no training in crime do not invent any delinquent or criminal behavior; Criminal and delinquent lifestyle is learned from interaction with other people during communication including gestures, verbal or written communication; Learning criminal behavior and delinquent li

Motorcycle industry analysis Essay Example for Free

Motorcycle industry analysis Essay Definition Motorcycles fall into the category called Recreational Vehicle, Motorcycle and Boat Retail Industry. These are companies that retail recreational vehicles, boats, motorcycles, jet skis, and/or related accessories. In Hoover’s classification, based on the North American Industry Classifications System (NAICS) and the older U. S. Standard Industrial Classification (SIC) system, motorcycles fall under a smaller subcategory called Motorcycle, ATV, and Personal Watercraft Dealers Industry. This U. S.industry comprises establishments primarily engaged in retailing new and/or used motorcycles, motor scooters, motorbikes, mopeds, off-road all-terrain vehicles, and personal watercraft, or retailing these new vehicles in combination with repair services and selling replacement parts or accessories. Statistics In terms of looking at the whole industry, motorcycle dealers make up a majority of the industry when compared with ATVs and personal watercraft dealers. The chart below shows statistics from 2002 comparing the motorcycle dealers with all other motor vehicle dealers in the industry. As the charts illustrates, motorcycle dealers made up 91. 5% of sales in this industry, while ATVs and personal watercraft dealers only contributed to 8. 5% of sales. Year 2002 Motorcycle DealersAll other motor vehicle dealers (ATV personal watercraft dealers) Total Establishments4,3845144,898 Sales ($1,000)14,636,299 (91. 5%)1,353,829 (8. 5%)15,990,128 (100%) Annual Payroll1,429,316106,6811,535,997 Paid Employees46,0374,18850,225 www. industries. hoovers. com Analyzing data for motorcycle dealers between the years of 1997 and 2002 reveals some important information. The results show the growth and percent changes in certain categories pertaining specifically to the motorcycle dealer industry. While the number of establishments only increased approximately 21 percent, the amount of sales increased almost 99 percent. The annual payroll (excluded from the graph) increased 100 percent and the paid employees rose by 59 percent. These figures, illustrated through a bar graph below, indicate a growing industry especially for those companies already in the business with establishments formed. Motorcycle Dealers. Although there are many nonfranchised retailers in the industry, 80 percent of the industry’s business is made up of franchised outlets. The average franchised motorcycle outlet generates sales and services almost six times that of nonfranchised outlets. In addition to selling motorcycles, dealers make up almost half of their business through sales of parts, accessories, and apparel. In 1997 approximately 6. 5 million motorcycles were owned in the United States, with California having almost two times more retail outlets than any other state. In terms of rider distribution, California, Texas, New York, Florida, and Ohio accounted for more than one-third of all motorcycle ownership in the U. S. In terms of a target market there seems to be no specific or clear differentiation. Below are some statistics that allow one to make judgments based on the Harley Davidson demographic profile. Gender20002001200220032004 Male91%91%91%90%90% Female9%9%10%10%10% Purchasers (2004) †¢ 42% Owned Harley-Davidson ® motorcycle previously †¢ 31% Coming off of competitive motorcycle †¢ 27% New to motorcycling or havent owned a motorcycle Background and Competition. â€Å"The earliest motorcycles were basically bicycles powered by small engines, and the motorcycle was considered a relatively cheap alternative to the more expensive, early automobiles. Many U. S. manufacturers produced motorcycles before World War I, contributing to a dynamic, if not booming, domestic market. Harley Davidson, Orient, Henderson, Cyclone, and Indian were the primary competitors at that time. Henry Fords affordable Model-T, however, doomed many motorcycle manufacturers. In fact, by the end of the Great Depression, the only remaining manufacturers and sellers of motorcycles were Indian and Harley-Davidson. Indian closed down production and distribution in 1953. The late 1950s and early 1960s saw the first influx of low-priced, smaller Japanese motorcycles and scooters into the United States. Honda began U. S. distribution of its products in 1959, with the slogan, You meet the nicest people on a Honda, to combat the negative image associated with the sport. Yamaha starting selling motorcycles in the United States during 1960; Suzuki followed in 1963; and Kawasakii joined the competition in 1967. BMW opened a U. S. distribution arm in 1975, incorporating in New Jersey. Harley-Davidson ended years of private ownership in 1965 with a public offering of its stock, and eventually merged with industrial giant AMF in 1969. The oil crisis in the 1970s prompted the popularity of the smaller motorcycles, mopeds, and scooters that were made primarily by Japanese manufacturers. Dealers sold vehicles to those interested in conserving gas and finding cheap transportation. Harley-Davidsons market share, already dropping, was further threatened by Hondas 1969 entrance into the heavy and super heavyweight segment of the market. By the late 1970s Harley-Davidson faced severe production quality problems in addition to stiff competition. A management buyout in early 1981 set the course for the companys revitalization. It was protection under higher tariffs however, recommended by the International Trade Commission that helped shut Honda out of Harley-Davidsons key market. In response, Japanese manufacturers evaded the tariffs by setting up assembly plants in the United States. Harley-Davidsons resurrection and Hondas sagging sales worked to even the motorcycle market by the early 1990s. † (www. answers.com/topic/motorcycle-dealers) Below is a pie chart that shows the motorcycle industry major players and their market share relative to one another. â€Å" The Big 4 Japanese have 70% of the capital dollars in the motorcycle industry. BMW and H-D combine for another 26%. Everyone else is pretty much a rounding error. At least by this measure these six companies (the Big 4 Japs, BMW, and H-D) utterly dominate the motorcycle market in every way that really matters. † http://www. muddywatersmx. net Industry Trends and Current Events â€Å"Motorcycling remains one of Americas most popular forms of recreation and transportation. The number of people who enjoy motorcycle activities is comparable to the number of people who engage in fishing, golfing, and camping. Because there are many sizes of vehicles available, motorcycling has become a family recreational activity. In addition to providing enjoyment, motorcycles, scooters, and all-terrain vehicles are used in industry in various ways. † (www. answers. com/topic/motorcycle-dealers) â€Å"The retail motorcycle, moped, and all-terrain industry is strongly affected by national economic trends. Recessionary and expansionary trends essentially dictate the retail consumption levels of vehicles. † According to Irwin Broh Associates’s 1998 survey, the average motorcycle rider was a 38-year-old married male with a college education earning $44,250 per year. â€Å"These older, more affluent riders of 1998 could afford heavier, more comfortable, more expensive motorcycles. Also, the ranks of women motorcyclists continued to grow in the 1990s, rising from 6. 4 percent of riders in 1990 to 8. 2 percent in 1998. † (www. answers. com/topic/motorcycle-dealers) â€Å"The growth from exports became a major player for the motorcycle industry in 2000. † The demand by the foreign market was expected to grow well into 2007. The chart below shows the Top Destinations for U. S Motorcycles and Parts Exports by country for 2002 to 2003. The top two major players are Canada and Japan. â€Å"On December 23, 2003, the Environmental Protection Agency (EPA) enacted the newest set of emission standards for highway motorcycles†¦Beginning in 2006, motorcycle manufacturers would have to reduce emissions of HC and oxides of nitrogen by 60 percent. (www. answers. com/topic/motorcycle-dealers).

Non-invasive Strategy for Isolating Cancer Cells

Non-invasive Strategy for Isolating Cancer Cells Here, we report non-invasive strategy for isolating cancer cells by autonomously propelled carbon nanotube (CNT) microrockets. H2O2-driven oxygen (O2) bubble-propelled microrockets were synthesized using CNT and Fe3O4 nanoparticles in the inner surface and covalently conjugating transferrin on the outer surface. Results show that self-propellant microrockets can specifically capture cancer cells. Self-propelled micro-motors have paved the way to exciting applications in biomedical field such as delivering drugs,[1] nanoscale transport and assembly,[2] motion-based biosensing disease markers and microrobotics.[3] The usage of such micromachines to transport diverse payloads is one of the next prospects for nanomotor development.[4-6] Particularly chemically powered micro-/nanomotors based on different chemical compositions and structures, that are capable of moving autonomously in the presence of hydrogen peroxide fuel are being given emphasis.[2,3,7,8] Among these, self-propelled microshuttle is lucrative for practical biomedical applications.[2-7]. Especially, fabrication of nano and micropropellant systems featuring specific cell recognitions in shortest time frame is highly anticipated and yet challenging. We report for the first time a chemically-powered CNT based magnetic micromachine for isolating and transporting cancer cells. Described microrocket technology could find a potential application as a bio-analytical micromachine for selective and rapid isolation of circulating cancer cells (CTCs). Detecting CTCs is a challenge due to the extremely low occurrence (10-100 per milliliter of blood) of CTCs among a large number of hematologic cells in the blood (109 mL-1).[10,11] Several strategies, involving immunomagnetic beads or microfluidic devices, have been designed for isolating and accounting CTCs from blood.[12-14] However, most of these approaches are limited by their slow rate and low CTC-capture yield.[13,14] Currently, only one technology is available commercially (CellSearch ®) to identify CTCs from the blood of cancer patients.[9] We recently reported rapid and specific isolation of CTC based on magneto-dendritic nanosystem [12] Here we show the preparation of bio-functionalized microrockets and their application for rapid isolation of cancer cells. Microrocket system consists of three functional components: (i) CNT, (ii) iron oxide (Fe3O4) nanoparticles for magnetic isolation, and (iii) Tf ligand (Tf) for specific targeting. Fe3O4 nanoparticles were loaded in the inner surface of CNTs as described previously with some modifications.[15] The unique advantages of the microrocket platform are: i) low density of microparticles ii) instantaneous propellant motion of microparticles (downward and upward) with an ability to ‘strike’ cancer cells in its path, iii) rapid capture (~5 min) of TfR-overexpressing (TfR+)cancer cells at the clinically relevant concentrations (approximately 1 CTC per 105 blood cells), iv) specific targeting ability due to presence of Tf ligand, which is generally used to capture cancer cells overexpressing TfR on their membranes, v) magnetic isolation of the captured cells owing to the presence of Fe3O4 nanoparticles and (v) large surface area and internal volume allows multiple components to be loaded onto the nanotube. We followed a multi-step process (Figure 1A) to synthesize the Tf-CNT-Fe3O4 platform. Figure 1A displays the TEM image of Fe3O4-CNTs. We observed that Fe3O4 particles deposited inside CNT had a uniform size of ~ 6 nm (see supporting information; Figure S1). Moreover, the image indicates the successful assembly of the Fe3O4 nanoparticles in the nanotubes with 4~8 nm i.d.Coupling of Tf on CNT-Fe3O4 composite was confirmed by Fourier transformed infrared (FTIR) spectroscopy (see supporting information; Figure S2). Further, Tf attachment quantified by a modified Bradford procedure was found to be ~ 0.2 mg of Tf per g of CNT-Fe3O4. The magnetic property of Tf-CNT-Fe3O4 particles was also visually evaluated in aqueous medium by placing it next to a permanent magnet (see supporting information; Figure S3). Figure 1B illustrates the self-propulsion of suspended Tf-CNT-Fe3O4 microparticles mimicking microrocket in a solution containing H2O2. Microrockets initially propelled instantaneously towards the bottom of the tube and gradually reverted direction upwards. We noticed that the speed of the Tf-CNT-Fe3O4 microrocket was strongly dependent on the H2O2 concentration (Figure S4). As expected, the microrockets display highest speed at the maximum H2O2 (8%) concentration tested in aqueous solution. The upward directional speed of the microrockets decreases gradually from 0.90 mm†¢s-1 (at 8%) to 0.68 mm †¢ s-1 (at 4%), and subsequently to 0.56 mm †¢ s-1 (at 1%) per unit area of the particles. We hypothesize that microrocket motion is influenced by the surrounding H2O2 concentration as it affects the rate of the Fe3+ reduction to Fe2+. Notably such chemically powered micromotors are commonly incompatible with the high ionic strength environment of biological fluids and extending the scope of such microrockets to physiological conditions is a key challenge. So we studied the ability of our microrockets to propel in biological fluid such as Dulbaco’s modified eagle medium (DMEM) cell media. Interestingly, the microrockets were found to propel efficiently even in DMEM containing 4% of H2O2. Figure 1B shows images of the microrocket at different vertical positions during its motion for a complete cycle. Initially, it was observed that microrockets, of smaller dimension, floated at the meniscus due to the low density and attached O2 bubbles, formed by Fe3O4 nanoparticle catalyzed decomposition of H2O2. Once the smaller bubbles dispersed, a downward movement was observed (Figure 1B) due to the gravitational force. In the meantime, more O2 bubbles formed and adhered to the Tf-CNT-Fe3O4 particle and in few seconds, the adhered O2 bubble grew larger by coalescence of several smaller bubbles. Eventually the total volume of the bubble was sufficiently high, so that the buoyancy force balanced the gravitational and viscous forces and the microrocket moved upward (Figure 1B).[16,17] Figure 2A shows the tracking trajectory of a microrocket in cell media, indicating a vertical motion. It is noted that the microrocket moved with high average speed of 0.38 mm †¢ s-1 in the downward direction and 0.62 mm †¢ s-1 in the upward movement per unit area of the particle (about 12 and 16 times its body length per second). This corresponds to a large driving force of over 231 and 300 pN, based on the drag force F=6πΠ¼rv, where v is the speed, and ÃŽ ¼ is the viscosity of the medium and r is the radius of the microrocket. Further, when the concentration of H2O2 in cell media was varied there was notable effect on the speed as shown in Figure 2B. The speed of the microrocket at 8% H2O2 concentration was ~1.9 and~1.4 times higher in the downward and upward direction than at 1% of H2O2 concentration. Also, the number of times the microrocket moved up and down changed. At high H2O2 concentration (8%) the total distance moved by the microrocket was ~2 times more than that at lower concentration (1%) (Figure S5 and S6). Moreover, it was also revealed that the speed of the microrockets was only slightly affected in DMEM. The speed of the microrocket was 10% less in DMEM cell media compared to aqueous media containing 4% H2O2. Partial blocking of Fe3O4 surface by adsorbed proteins and increased solution viscosity may be respon sible for this moderated speed. We validated the application of microrockets for selective and rapid isolation of cancer cells from a heterogeneous population by separating HCT116 cells from an artificial CTC suspension. We placed cell suspension in DMEM at the concentration of (1 x 106 cells mL-1) containing 4% H2O2. Tf-CNT-Fe3O4 microrockets were incubated in cell suspension for 5 min to target and isolate the HCT116 cells. We envisioned that Tf-functionalized microrockets could strike and selectively bind suspended HCT116 cells through the TfRs and finally transport them at the top of the tube from where they can be retrieved. Figure 3A illustrates the pick-up and transport of a cancer cell by a microrocket. On the other hand, Figure 3B shows cancer-cell-loaded microrocket. The force necessary for moving a relatively large (~16 mm) cancer cell is considerably high. The minimum force necessary for transporting such large cells at one body length per second in DMEM estimated from Stokes’ law is 1.88 pN. The high speed of the microrocket is slightly affected by the cell loading (e.g., decreasing from 0.62 to 0.50 mm†¢s-1 in cell media), reflecting its high towing force. We observed that Tf-CNT-Fe3O4 microrockets can efficiently pick-up and transport HCT116 cancer cells. We observed rapid action and selective targetability of Tf-CNT-Fe3O4 microrocket in capturing cells from a suspension. It also confirmed that the isolated cells remained normal for ~30 min and could be used for further studies (see supporting information; Figure S7). In addition, the HCT116 cell viability was also evaluated in DMEM containing 4% H2O2 after 1 hour. The study showed majority of the cells (78%) remained viable (Figure S7). Furthermore, in order to confirm that the specific interaction of Tf-CNT-Fe3O4 microrocket with TfR+ cells (such as, HCT116) is because of Tf, we used CNT- Fe3O4 microrocketwithout Tf to capture TfR+ cells (as a negative control). We found that no cells were attached to the CNT-Fe3O4 microrocket even after 5 min incubation. Hence, experiments with HCT116 confirm that after 5 min incubation, there is very little non-specific interaction of cells with the Tf-CNT-Fe3O4microrocket. In addition, to evaluate the effect of self propulsion of Tf-CNT-Fe3O4 microrocket on HCT116 capture, Tf-CNT (without Fe3O4) was used. It was found that Tf-CNT could capture only ~ 22% HCT116 cells (see supporting information; Figure S8). The study shows that self-propulsion of Tf-CNT-Fe3O4 microrocket plays a significant role in cell capture and isolation. Our final goal was to quantify the capture efficiency of microrocket while targeting cancer cells from an artificial CTC suspension. We spiked human peripheral blood mononuclear (hPBMC) cells with TfR+ GFP-labeled HCT116 cells in various hPBMC: HCT116 ratios (e.g. 1 x 103:1, 1 x 104:1 and 1 x 105:1). Cell suspensions of different ratios were incubated with Tf-CNT-Fe3O4 microrocket for 5 min prior to magnetic isolation. Following isolation, both the captured and the residual cell suspensions were imaged to estimate the number of captured and uncaptured HCT116-GFP cells in each sample. Assuming the number of captured HCT116-GFP cells to be NC, the number of uncaptured HCT116-GFP cells to be NU and following the method of Zheng et al, the capture efficiency (C.E.) for each dilution was estimated as:[18 (1) Figure 4A shows image of captured cells (green) attached to the Tf-CNT-Fe3O4 particles (black). As expected, Tf-CNT-Fe3O4 particles are seen to aggregate following magnetic separation. Figure 4B shows an image of the residual cell suspension containing hPBMC cells and, in this particular case, a single uncaptured HCT116-GFP cell is seen (shown in red circle). Figure 4C shows a plot of recovered vs. spiked HCT116 cells. The % of recovered HCT116 cells for the clinically relevant range of HCT116:hPBMC ratios (1:1 x 104 to 1:1 x 105) are highlighted separately in the histogram of Figure 4D. Cell capture studies confirmed that Tf-CNT-Fe3O4 particles can successfully capture ~ 85% of the cancer cells within 5 min from a background of hPBMNCs even when the abundance of cancer cells is as low as ~0.001% of total number of cells. Experimental Section Preparation of CNT-Fe3O4 microparticle: Purification and oxidation of CNT were carried out using a previously described literature procedure.[18] Oxidized CNTs (AO-CNT) were then mixed with ethylene glycol and water. FeCl3â‹…6H2O and FeCl2â‹…4H2O were added to the mixture and sonicated for 2 h, followed by vigorous stirring for 4 h. The pH was adjusted to ~10 using NH4OH. The resulting CNT-Fe3O4 microparticles were isolated by magnetic separation, washed with distilled water and dried overnight under vacuum. Conjugation of Tf with CNT-Fe3O4: 2 mg of Tf was dissolved in 2 mL of D.I. water and 1.0 mg of the CNT-Fe3O4 was added to it. EDC.HCl was added to this reaction mixture (adding the same number of moles of EDC.HCl as Tf) and constantly stirred at room temperature for 4 h. The reaction time was limited to 4 h to avoid any possible intramolecular cross linking. Resulting Tf conjugated CNT-Fe3O4 microparticles were isolated by magnetic separation and dried at room temperature under vacuum. Tf-CNT-Fe3O4-cell imaging: HCT116-GFP cells were plated at a density of 2 x 105 mL-1 on glass coverslips in 35 mm culture dishes. After 24 h, HCT116 cells in 1 mL DMEM were treated with 500  µg mL-1 of Tf-CNT-Fe3O4 in a NMR tube for 5 min and then subjected to magnetic field separation. The cell pellet obtained after a minute in the strong magnetic field was removed from the remaining cell suspension (containing uncaptured cancer cells). The captured cell pellet and the residual cell suspension was imaged by a Zeiss microscope (Zeiss, Observer.Z1) fitted with a 20 Ãâ€" objective using both bright field and fluorescence channels and the number of cells were counted using ImageJ plugin.[19 Estimation of capture efficiency from artificial CTC suspension: Artificial CTC samples were prepared by spiking hPBMCs with GFP-labeled HCT116 cells at specific ratios (1:103-1:105 for HCT116:hPBMC respectively). 500  µg mL-1 Tf-CNT-Fe3O4 was added to the 1 mL of artificial CTC mixture incubated for 5 min and then subjected to magnetic field separation. The cell pellet obtained after a minute in the strong magnetic field was removed from the remaining cell suspension (containing hPBMCs and uncaptured cancer cells). The captured cell pellet and the residual cell suspension was imaged and the number of HCT116 cells were counted using ImageJ cell counter plugin.[19 Motion parameters, cell culture, isolation of human hPBMC and characterization are included in the supporting information. Conclusions We demonstrated a novel CNT based microrocket that propels efficiently by the thrust of O2 bubbles. The new self-propelled microrockets display ultrafast propulsion in aqueous solution as well as in DMEM. The microrocket displayed a driving force of over 231 and 300 pN in DMEM containing 4% H2O2. The speed and the distance travelled by the microrocket can be manipulated by changing the H2O2 concentration. The designed multifunctional microrocket has the ability to (i) rapidly target (~5 min) and efficiently capture (~85%) TfR+ cancer cells from an artificial CTC-like suspension, (ii) magnetic isolation of the captured cells from peripheral blood cells and (iii) subsequent high resolution imaging. We envision that such self-powered micromotors may provide a new and unique approach for rapid and efficient extraction of CTCs from biological fluids and hence for the early diagnosis of cancer and its recurrence.

Prefabricated Components in Warehouse Buildings

Prefabricated Components in Warehouse Buildings The Malaysian construction industry is undergoing changes from an industry which employs conventional method to a mechanized and systematic system which utilizes the latest technologies. Prefabrication technology is a new construction method in the construction industry. This is vital for the future growth of the industry, given the trend towards global competition. Prefabricated systems have been introduced in Malaysia by the application of pre-cast concrete in beam-column elements. Since the demand of building construction has increased widely, it is necessary to improve the construction method, which fasten up the building construction process. Various types of building system are available in Malaysia. In general, IBS is a methodology which drives local construction industry towards the adoption of an integrated and encourages the application in the construction industry to produce and utilize pre-fabricated components of the building at work sites. Efficiency of construction process will be enhance, thus allowing a higher productivity, time, quality and cost efficiency (Abdullah et al, 1998). The advantage of using prefabricated system in industrial building is derived from a piece-by-piece model approach, wherein standardization plays a significant role in achieving economies of scope from the many variations allowed. This is a specific implementation of prefabrication; the distinction being that the structures follow an assembly, disassembly, part replacement, re-assembly sequence as required during their lifecycle (A. Abdallah, 2007). Prefabrication is the assembling components that made in a factory or manufacturing before deliver the components to the construction site. After completed the selected components in factory, the components will transported to the construction site where the structure is located. Prefabrication systems which introduce by Construction Industry Development Board (CIDB) were succeeded and applied the prefabricated technology into the construction industry. Prefabrication is define as the structure construct with minimal additional site work which the components are produce in factory, assembled and position to form the structure (CIDB, 2003). 1.3 Aim A study into the usage of prefabricated components in warehouse buildings throughout the past 10 years. 1.4 Research Question Is there an increase of the usage of prefabricated components in the past 10 years? What are the problems facing in prefabricated components for the usage in warehouse buildings? How does the usage of prefabricated components that give benefits to warehouse buildings, does it reduce the construction time and construction cost? 1.5 Objective To evaluate the problem of prefabricated components usage in warehouse buildings. To investigate the aspects of prefabricated components for warehouse buildings. To investigate the level of acceptance in the usage of prefabricated components in warehouse buildings. 1.6 Scope of study This research is basically covers the scope of the usage of prefabricated components in warehouse buildings. The efficiency of prefabricated components is measured by the time and cost efficiency. Furthermore, the usage of prefabrication components will be investigated to study the efficiency. Last but not least, prefabricated components manufacturer will be interview to analyze more detail and accurate data to the efficiency of the usage of prefabrication components. To understand the usage of prefabricated components and the level of application in the construction industry. Research will cover on the efficiency of prefabrication components. Besides that, analyzing the time and cost efficiency of prefabrication components usage in a construction projects. Other than that, this research may take a comparison between prefabricated components system and other types of building construction systems. Data analysis will be carried out for the comparison. 1.7 Problem Statement With the ongoing construction trend in Malaysia, that is still very comfortably using labour intensive and low technology methods of construction such, this has initially lead towards low productivity and inefficiency of work at construction site. The highly dependency on conventional building system and unskilled foreign workers has definitely contributed to low productivity of work, although they may be cheap, but they are not efficient and cause high wastage. The quality of work has also been terribly affected due to unskilled working method that causes delay in construction projects. After completion of works, defects, structural failures and design inadequacies are some of the tell-tale sign of the current construction scenario that will always occur. In the end, these will lead to decreased in quality and waste of time in construction projects. Since the demand of building construction has increased rapidly, it is necessary to innovate the construction method, which speeds up the building construction process. In general, prefabricated system that will reduce in construction time and cost, for instance, time is money. But prefabricated system is not always applied in the construction projects, conventional construction method are still preferable in the construction industry. Without understanding the benefits of prefabricated system, it included different types of components that can be used during a construction projects. Adoption of prefabricated system in construction industry is to produce and utilize pre-fabricated and mass production of the building at their work sites. This will help to enhance the efficiency of construction process, thus allowing a higher productivity, quality, time and cost saving. Although the prefabricated systems has promised to solve and improved the current construction method and scenario in Malaysia, but the this method has been low in gaining popularity, partly due to lack of awareness and coordination among the relevant parties. This will also lead to the low popularity of the usage of prefabrication components. Performance and quality in construction will be improved that the obligation of implementing Industrialized Building System, as well as to minimize dependency on unskilled foreign labours in construction site (Kamar; Adbul Hamid; Ghani and Rahim, 2007). In conclusion, it is hoped that the prefabricated technology can bring out the tremendous potential towards productivity improvement as it encompasses aspects of standardization, highly controlled and quality pre-fabrication components which complements the various programs to increase productivity and quality control through the adoption of prefabricated systems which can lead to the increase productivity of prefabricated components. 1.8 Research Methodology The research methodology included the qualitative and quantitative research. A qualitative research is subjective in nature and it emphasizes meanings, experiences, description and so on. The qualitative research is applying in the survey for which have an attitude scale and measurement. For the quantitative research, it is objective in nature and it defined as an inquiry into a social or human problem which is based on testing a hypothesis or a theory composed of variables, measured with numbers, and analyzed with statistical procedures, in order to determine whether the hypothesis or the theory hold true. A primary data collected can be variable because it is obtained from different respondents. The case study is used when researcher is required to support the arguments and hypothesis. The results commonly are obtained from an analysis of person, a group of person or a particular project. Those examples of primary data collection such as interview, survey and case study. Secondary data is the data collected using desk study approach that is called secondary data because this data commonly obtained from other sources (Naoum, 1998). This data can be collected from other resources such as institution which the data are not stored in the library. Other examples are such as books, articles and journals which are published online and book store. An interview is a process of face to face discussion among the researcher and the related parties who is able to provide data and information to researcher. Such parties can be the professional person, manufacturer, developer and others. The best way of conducting an interview is able to obtain the data accurately and information which supported strongly that are raised up by the researcher. Whereas, the case study is a process of inspection and investigation that is carried out by the researcher in a place that are able to gain data and information to the researcher. Besides that, a case study that are conducted will be able to obtain the results and information accurately and conduct survey successfully. 2.1 Introduction Since the demand of building construction has increased widely, prefabricated systems have been introduced in the construction industry. The construction method has to be innovated, which will speeds up the building construction process. Prefabrication System which introduced in Industrialized Building System (IBS) that will reduce in construction time and cost, thus the quality of work will be improved by using this system. The advantages of using prefabrication system in industrial building are derived from a piece by piece model approach (A. Abdallah, 2007). The choice of prefabricated components comes from the primary requirement to use automation tools both in the factory and on site. Efficiency of construction process will be enhance, thus allowing a higher productivity, quality, time and cost efficiency. However, the challenges often occur in the efficiency of work, quality of work, are of productivity and the delivery of work. The construction industry is still applying labour intensive and low technology methods for construction which initially lead towards low productivity and inefficiency of work at construction site. The intensive use of foreign unskilled workers and low technology equipment has eventually affected the quality of work which results in defects, structural failures and design inadequacies of the construction projects. As a result, this has lead to unproductive practices and initially contributes to the late delivery of work. Therefore, a new system must be replaced which has better advantages in terms of improving productivity, indoor quality, improvement of work durability and efficiency and overall cost reduction. The Prefabrication System which introduced in IBS with the promise of improving productivity rate and lowering construction costs are able to implement in the construction industry. In other word, the awareness of current trends and latest construction technology and innovation is essential. This is a system  which the building components are prefabricated in factory or at site, with the usage of minimum in-situ construction to assembled and form the structure (Trikha, 1999). In short, Prefabrication System which introduced in IBS is a construction method that offers economization of design, site work and materials, provides shorter construction time, saving in labour, better quality control, immunity to weather changes and the most importantly, the cost factor. It has been proven successful in some countries, namely Singapore, England, and the United States (CIDB, 1998). In Malaysia, the shorter construction time offered by IBS seems to be the panacea for the housing demand in Malaysia. It is hoped that the widespread understanding on the prefabrication system can further help to develop and promote prefabricated system as an innovative construction method in Malaysia. 2.1.1 Definition of Prefabrication System Prefabricated system which introduce in industrialized building system can be defined in which building components are mass produced in factory or at site under minimal wet site activities and strict quality control. With the objective of maximizing production output, minimizing labour resource and improving quality which the process is an investment in facilities, equipment and technology. Building system is also defined as a various interconnected element that assembled together to enable the designated performance of a building (Warswaski, 1999). Prefabrication system that produce building components either in factory or at site with the specification of dimension and standard size which will be transported to the construction site and assemble to form a building (Chung Kadir, 2007). The structure that is construct using a technique in which the components are manufactured in a controlled environment, positioned, transported and assembled with the usage of minimal additional site works (CIDB, 2003). Prefabricating system generally follow an industrial production procedure that takes place in prefabricated plant. Thus high quality of building components can be reliably obtained under a more controlled production environment. Since standard sizes are commonly produced in prefabricating concrete, the repetitive use of formwork permits a speedy production of components at a lower unit cost. These forms and plant finishing procedures provide a better surface quality than it is usually obtained under field conditions. Prefabricated components may be assembled much more faster than conventional cast in-situ components, thereby reducing in construction time. The prefabricating process is also sufficiently adaptable, thus special shapes can be produced economically (Ahmed Abdallah, 2007). Prefabrication can be defined as a manufacturing process, generally taking place at a specialized facility, in which various materials are joined to form a component part of a final installation (Tatum, 1987). These prefabricated components often only involve the work of a single craft. Any component that is manufactured offsite and is not a complete system can be considered to be prefabricated. Quality control and minimal on site activities can be achieved which the building components are produced either in factory or at site (Trikha, 1999). The prefabricated system includes the industrialized process by which building components are fabricated, planned, transported and assembled on site (Junid, 1986). According to CIDB (2009), building system in which structural components are manufacture in factory, on site or off site, assembled and transported with minimal additional site works to form a structure. Prefabricated system also defined as construction system which built using prefabricated components by mechanical equipment, formwork and etc that delivered to construction site for erection and assembly after it is complete manufacture in factory (Abdul Rahman and Omar, 2006). Parid Wardi (1997) asserted prefabricated system which uses industrialized production techniques either in the components that is produced or assembly of building. The definition of prefabrication system is varies depending on IBS. Several authors may define the system as process or as techniques. The following table below (refer to Figure 1) is highlights the categories of definition. Besides, there are ontology position either can be terms as a approaches, products, innovation, improvements, modernization and new technology. The issue has been discussed in construction industry since the industrial revolution change the ways of human living and economic activities. Since the concept of improvement and quality take place in industry, the invention and innovation become significant to industry. 2.2 Aspects of Prefabricated Components The CIDB has put more efforts to encourage all of the construction company to utilize the prefabricated systems as new development method in order to improve buildings quality and enhance labours performance. Since the utilization of prefabricated systems is low in construction industry, advance research and improvement should be carry out to enhance and promote a valuable aspects of prefabricated systems (CIDB, 2003; CIDB, 2007). It is encourage using prefabricated systems as a construction method in the construction industry. Since prefabricated systems provide numerous aspects such as reduction of unskilled labours, less wastage, less volume of site materials, increased environmental and construction site cleanliness and better quality control (IBS Digest, 2009). Besides, the aspects of prefabricated systems can be discussed in term of time, cost and quality in construction industry. Faster completion of construction project can be achieved due to the usage of standardized prefabricated components and simplified installation process (IBS Roadmap, 2003-2010). Therefore, duration of construction period is able to reduced and saved due to speedy construction and installation. Usage of prefabricated systems is able to achieve a lower construction costs due to the reduction of construction waste and prefabricated building components from manufacturers. It is able to reduce construction waste as the building components are fabricated off-site and assembled on-site with minimum labour usage. Concurrently activities are obtained when the prefabricated components are manufacture off-site while other construction work can be conduct in construction site. Hence, the usage of prefabricated systems is able to speed up the construction work in the term of time. With the utilization of prefabricated systems, a better quality control can be achieved and produce a higher quality of construction. The dependency on foreign labours will be diminishing due to the requirement of specialist skilled labours during installation of prefabricated components (IBS Roadmap, 2003-2010). In the prefabricated systems application, the construction time and cost can be reduced by the usage of prefabricated components as the components are manufactured off-site and be delivered to construction site for assembling. Reduce on the usage of foreign labour can be achieve due to the requirement of specialist skilled labour for the installation. Hence, a higher quality and improvement in performance of construction can be achieved. 2.2.1 Characteristic of Prefabricated Components The overall cost for a construction project that uses offsite work can be less than a traditionally stick-built undertaking in current construction industry. This can be caused by a variety of factors in the usage of prefabricated components. The labour for onsite work may be reduced due to the requirement of specialist skilled labours during the installation of the building components (Carl et al, 2000). Severe onsite conditions and weather problems can lead to construction delays, onsite interference and worker congestion can be avoided, increasing productivity and lowering costs of construction project. The onsite construction duration can be substantially shortened through the usage of prefabricated components. Other project works can be completed before going to the site and this will lead to construction schedule decreased. Overall project safety can be improved through the usage of prefabricated components in the construction project. Prefabricated components were installed piece by piece with minimum used of labours, while conventional method needs more labours in order to complete the construction cycle for example, formwork fabrication and formwork installation, reinforcement bar fabrication and reinforcement bar installation and etc (Indra Gunawan, 2005). Prefabricated components that manufacture offsite will improve in quality. Controlled factory and production conditions and repetitive and activities, along with automated machinery can lead to a higher level of quality that can be achieved onsite. Usage of prefabricated components can potentially decrease environmental impact of the project that is partly due to reduced onsite construction duration and a decrease in the usage of labour requirements. The common characteristics of prefabricated components are: Cost efficiency Time saving Higher Productivity Reduce remittance by foreign worker Quality control Reduce waste of construction material 2.2.1.1 Cost Efficiency Usage of prefabricated components will result in cost savings due to a greater productivity and less wastage of materials during the production of the building components which manufacture offsite and deliver to site for assembling. Besides, prefabrication components also can reduce construction cost in site supervision which most of the output are similar, skilled labour required on-site for installation, wastage of materials, formworks, scaffolding, and etc. The usage of system formwork made up of aluminum, steel, scaffolding and etc will provides a considerable cost savings (Bing et al, 2001). 2.2.1.2 Time Saving Usage of prefabricated components reduced the construction duration in which most of the products and components are completed offsite in factory before deliver to site. Besides, it can reduce the duration of construction work onsite that conduct by labours. Prefabricated components for on-site construction and off-site assembly can perform as parallel activities, which the operations are not affected by the weather condition. Prefabricated components are standardized and the installation procedures are simplified. Therefore, the usage of prefabricated components will result in reduce of construction time. Prefabricated system which give faster construction time because of the construction element that manufactured in factory and foundation work can occur at site in the same time. This provides earlier occupation of the building, thus reducing interest payment or capital outlays (Peng, 1986). 2.2.1.3 Higher Productivity Prefabricated components that produce in factory or manufacture offsite are more productivity compare with the conventional construction method. The components are assembly on-site which result in better productivity. In addition, it is also convenience for site management and site inspection for the prefabricated method which the components are installed on the construction site. Hence, it will reduce in construction time as well as reduced the wastage of materials. Local construction industry is driven towards the adoption of an integrated in the construction industry to produce and utilize prefabricated components of the building at the work sites. This will help to enhance the efficiency of construction process, allowing a higher productivity, time, quality and cost efficiency (CIDB, 2004). 2.2.1.4 Reduce Remittance by foreign worker In Malaysia, the conventional construction method is highly dependency on the unskilled foreign labours that are easily to employ from the neighbor countries such as Indonesia, Philippine, Vietnam and Myanmar. The utilization of prefabricated systems can reduce the dependency on foreign labours especially the semi skilled and the unskilled labours due to simplified construction method at the construction site. The lesser labours involved in the construction will result in shorter duration of construction time. The prefabricated components are usually standardize prefabricated in factory or off-site and delivered to the construction site for assembly, construction time will be reduce by using this method compare with the conventional cast in-situ method. The Government aimed to achieve 100 percent usage of IBS and to reduce to 15 percent or approximately 50,000 of foreign workers in the construction industry by 2010. With the current foreign workers totaling 227,000, the remittances of foreign workers amounted to about 7.5 billion. It is expected that the Government would be able to reduce the remittances with the full implementation of IBS (Bernama.com, 2006). According to the IBS Digest (April June, 2005), a comparative productivity study has been conduct between projects that built using precast technology and conventional method. Three project sites are studied which two using precast technology and one using conventional construction method. Prefabricated or precast structural components were installed piece by piece with minimum used of labours, while using conventional method required more labours in order to complete the construction cycle, for example formwork prefabrication and formwork installation, reinforcement bar fabrication and reinforcement bar installation, concrete placement and formwork dismantle (Indra Gunawan, 2005). 2.2.1.5 Quality Control Better performance and component fit between parts for prefabricated system, which the components required more accurate profile and dimension of components that manufacture in factory. Prefabricated components that manufactured in factory can easily be control and monitor in factory for critical factors such as temperature, stripping time, and etc. Quality is the main factors in prefabricated system, the components that are manufacture off-site are better in quality control. A Quality Assurance Department is to ensure that there is a complete quality procedure and maintained regularly will be well set-up by manufacturer to ensure strict compliance throughout the manufacturing processes (NSL Eastern Pretech, 2005). It is much easier to control the quality in the prefabrication factory compare with casting at site. Prefabricated components which produced higher quality of components attainable through specific selection and the use of advance technology with strict quality assurance control (Din, 1984). 2.2.1.6 Reduce Wastage of Construction Material Prefabricated components that are prefabricated in factory or off-site will reduce the wastage of construction material and this will provide a safety working platform for the workers in construction site due to the reduction of construction debris, site worker and materials. Fewer mistakes, misalignments and deviations will be made by applying prefabricated system in construction industry, this will result in less waste reduces costs spend on materials, handling, dumpster and etc. With the reduction of construction material wastage, this will lead to the decrease in overall construction cost. IBS components offer minimal wastage, because the components such as precast columns were being prefabricated off-site. The entire component has been manufactured on the required sizes. Besides, the repetitive use of the construction material, for example, steel system formwork provides considerable are cost savings (Bing et al, 2001; Thanoon et al, 2003). Higher degree of precision and accuracy in the production of prefabricated components with the utilization of machine will lead to reduction of material wastage (CIDB, 2003). 2.3 Types of Prefabricated Components usage in Warehouse Buildings The composite construction method and fully prefabricated construction method was adopting into current IBS construction projects. The concept of partial industrialized system is derived from the composite nature of full industrialization, and is used to describe a manufacturing strategy that selectively uses some industrializing aspects (Nurul A.H. et al, 2005). Nurul A.H. et al (2005) also stated that, the fully prefabricated construction method will involve on the manufacture, assembly and connect concept. All of the designed fabrication components of the building will be manufacture off-site, assembly off-site and be delivered to the stated site on planned period. Both of the type of construction method is specifically aimed to increase productivity and quality of work. There are various types of prefabricated components that has been designed and manufacturer for construction project. There are factors that need to be considering on the adoption of the prefabricated components in the usage of warehouse buildings. The components which are commonly used in local warehouse buildings construction are: Steel framing systems Panel system 2.3.1 Steel Framing Systems Frame system may be defined as the structures that carry the loads through their beams and girders to column and finally to footing or pilecap. In such system, the skeletal structures will help to reduce the number and sizes of load carrying members. The important feature is the capacity to transfer heavy loads over large spans. Therefore, it is used in the construction of bridges, parking lots, warehouses, industrial buildings and etc (Junid, 1986). Frame system is a system that use beam and column as the main structure member due to the function that support all of the building weight. The walls have to be light for easy installation to support the building (Badir et al, 1998). In the development of construction industry, the usage of light steel trusses increased due to cost effective which profiled steel portal frame and cold-formed channels system as alternative choice for traditional hot-rolled sections. It is commonly used with precast concrete slab, steels columns and beams. Steel framing systems have always been the popular choice that used widely in the construction of skyscrapers (CIDB, 2003). The framing system is prefabricated in factory and delivery to the site with stated schedule. It is erected to the final location by using machinery, such as mobile crane and be join by special bolts, plates and welded with the structure. The products of steel framing systems (refer to Figure 2) are included steel beams and columns, portal frame, roof trusses and etc (IBS Survey, 2003). These systems especially steel beams and columns are commonly used in construction industry in order to speed up the construction works. 2.3.2 Panels system Panel system may be defined as the structures that carry load through large floor and wall panels (Junid, 1986). This system probabaly would be the most widely used prefabricated system which employed planar or panel-shaped elements for floor slabs, vertical supports, partitions and exterior wall. Depending on the scale of projects, some panels may be fabricated at site for easy transportation. Other panel systems available are such as wood, plastic, light weight metal and ferrocement materials. In panel system, loads are distributed through large floor and wall panels where walls support the building weight. This system is applicable to building which functionally require a large number of walls such as apartment house, hotel and hospital. This system is not applicable to buildings with large spans or many stories (Badir et al, 1998). According to Junid (1986), panel system may be defined as those structures that carry the load through large floor and wall panels. The panels can be made in various forms and materials and are normally prefabricated at factory. Concrete panel systems are extensively used in Europe for high rise building for ease of construction purpose. In Malaysia, this system is slowly gaining popularity in terms of low rise buildings. The products of steel wall panels (refer to Figure 3) are included lightweight steel wall panel, metal wall panel and etc. There are another different concept in classifying the building (refer to Figure 4) that the components shold be used as a basis for building classification hot-rolled steel sections which consists of frame system, panel system and box system (Majzub, 1977). 2.4 Issues of Prefabricated Components usage in warehouse buildings The adoption of prefabricated system which introduced in industrialized building system is still very low in construction industry. Particularly, there are issues regarding to the usage of prefabricated components in warehouse buildings. The implementation of prefabrication system in loca

Fixing Belief Essay -- essays research papers

The Four Methods of Charles S. Peirce   Ã‚  Ã‚  Ã‚  Ã‚  In â€Å"The Fixation of Belief†, Charles S. Peirce attempts to explain his four methods of establishing belief, in which he says all people have. These methods can be put to the test with any subject matter, and one shall always fit.   Ã‚  Ã‚  Ã‚  Ã‚  For instance, let us look at the broad but always hot topic of religious matters, or affairs. First, take into account Peirce’s first method, which is the method of tenacity. Its definition is, â€Å"taking as answer to a question any we may fancy, and constantly reiterating it to ourselves, dwelling on all which may conduce to that belief, and learning to turn with contempt and hatred from anything that might disturb it.† There is a very strong argument that this could be the method of choice for religious belief. Take apart the definition, for a moment and you might begin to see this. As it talks about constantly reiterating the belief to ourselves, it may very well be said that this could be construed as going to church each week.. What happens in church? Well, we pray, sing, give thanks and offerings, all that we may be reminded that our purpose in life is to serve our Lord with gladness and with all of our hearts at all times. The part that I do not see fit in the first method is the part about turning with contempt and hatred from anything that might disturb it. From past experience, I have always found religious people to be some of the most open minded people, willing to listen and be attentive to anything you have to say. They do not turn with contempt and hatred if you do not believe exactly what they believe. The only case where I see a religious group shutting out anything and everything, would be the monks.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚     Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  page 2 They go to great lengths to get as far from civilization as they possibly can, ... ...  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  page 5 young, and given power to prevent other doctrines from being introduced.† But on the smaller scale, the personal level, people interpret these doctrines in their own way, causing thousands, even millions of differing opinions on the same subject.   Ã‚  Ã‚  Ã‚  Ã‚  The main reason that politics does not belong in the method of tenacity, is the fact that, even though there are many different beliefs, people are always open to new suggestions, which is not what the method of tenacity champions. It wants you to believe in something, and put earplugs on, so as to not hear any blasphemy from other parties about their beliefs.   Ã‚  Ã‚  Ã‚  Ã‚  In closing, each of these four methods is used daily by each and every one of us in different subject-matters. They are all very valid, and show the intelligent and logical thinking that Charles S. Peirce obviously possessed. It is absolutely astonishing that an article originally published in November 1877 is still extremely useful in modern-day society.

Entering International Markets Essay -- GCSE Entering A Foreign Market

Entering International Markets Measuring a potential business venture has many aspects which the international manager must be aware of in order to convey the correct information back to the decision makers. Being ignorant to any of the aspects can lead to a false representation of the project, and hence an uninformed decision being passed. In order for a business to survive it must grow. For growth to be optimal, management must first be able to identify the most attractive prospective leads. The country as a whole, specifically geography, government, and financial aspects must be looked at in order to yield the best possible picture of the market a company wishes to enter. Concentration should be placed on gathering reliable facts that are backed up by more than one source. It is to be hoped that after creating "a picture" of the market, management's analysis of the potential business venture and plan of action will be structured as to avoid losses and to find the most profitable scenarios. The success of the multinational corporation lies on the shoulders of it's management. International management and organization-design expert Henry Mintzenberg says every CEO has three essential duties: direct supervision, development of the organization's strategy, and management of the organization's boundary conditions. Top management's responsibility at and beyond the organization's boundaries is largely a communication responsibility; however, no commonly accepted model exists for decision, execution, and assessment of communication opportunities. Within even some of the largest and most venerable organizations, the process used is haphazard and inconsistent. The Wyatt Company's survey of communications professionals showed that just 58.1 percent agreed that their organization's communication objectives are linked to business objectives, and 83.3 percent reported that their organizations conduct no formal review of return on communications investment. CEOs must establish and re inforce an organization's image in public by viewing each target public as a client; by doing research, looking at trends, and talking to experts, a CEO focuses on selling what the client wants to buy.1 Finding a country to conduct business in can be a very easy task depending on if the organization's top management follows the advice of Mr. Mintzenberg. The way a company normally d... ...atistics on market for your product (internal production plus imports less exports) * Source: Penetrating the International Market, p.27-8. Bibliography: 1 McGrath, John J. Sell Your CEO! Vital Speeches of the Day. vol. 61-14. May 1, 1995: 444-7. 2 Stuart, Robert Douglas. Penetrating the International Market. American Management Association. New York 1965: 25-39. 3 Haner, F.T. Multinational Management. Merrill. Columbus, Ohio 1973: 43-58. 4 Ewing, John S. and Meissner, Frank. International Business Management; Readings and Cases. Wadsworth. Belmont, California. 1964: 146-70. 5 Robinson, Richard D. International Management. Holt, Reinhart and Winston. New York. 1967: 71-85. 6 Morden, Tony. International Culture and Management. Management Decision. vol. 33-2. 1995:16-21. 7 Harris, Philip R. and Moran, Robert T. Managing Cultural Differences. Gulf. Houston, Texas. 1979: 12-24. 8 Fayerweather, John. International Business Management; A Conceptual Framework. McGraw-Hill. New York. 1969: 51-64. 9 Haner, F.T. Multinational Management. Merill. Columbus, Ohio. 1973: 60-64.

Japanese Yen :: Essays Papers

Japanese Yen The Japanese Yen When Richard Nixon suspended the convertibility of US dollars to gold in 1972, the fixed rate between the dollar and the yen was exchanged for a floating rate. The international value of the yen rose sharply and is today one of the most attractive currencies on the market as it directs the world's second largest economy. The yen is controlled by a central bank known as the Bank of Japan or BOJ. This central bank is under the supervision of the Minister of Finance. Over the past decade, the yen has fluctuated greatly. From early 1990 through mid 1995, the yen doubled in value from 160/$ down to 80/$. From 1995-1998, the yen lost value and was back up in the 140's/$. The trend in the past year has been a steady increase in value for the yen. Over the past six months, the yen has fluctuated. From April through mid-July, the yen floated between 124/$ and 118/$. Since then it has increased in value falling to the area of 105/$. On Friday September 24, the closing rate on the yen was 104.24/$. Over this next week, the yen rose to a close of 105.0000/$. This means that the yen lost a little value in comparison to the dollar. This slight fall is not representative of what is going on with the yen however. Over the past few months, investors have put money into Japanese stocks. The government is putting pressure on the BOJ to increase the yen supply in order to stave off inflation and curb long-term interest rates. This pressure came after a G-7 meeting in which the members suggested that Japan do something to weaken the yen. Prices and wages are falling and output is below Japanese productive potential. Despite these factors, the BOJ is hesitant about responding because it is concerned that expanding the yen supply will cause inflation. Last week, Japanese companies were becoming more optimistic about economic growth. The BOJ didn't take in cash from money markets on Sept. 30, leaving in twice the normal sur plus, so traders felt that the BOJ would follow the idea of expanding the yen supply. The BOJ is conducting a survey on Monday Oct. 4 to see how optimistic business sentiment is as the economy tries to rebound. The yen could rise this next week to its highest level since that 1995 value of 80/$.

Men and Women Through Body Languages Essay

Abstract Communication had its verbal and nonverbal understandings, but they also have their misunderstandings. Body language has industrialized itself with different types of language that were brought up by the society. Men and women weren’t use to these body languages towards the similar gender. Miscommunication has been a problem when dealing with these differences. Men and women continue to build body languages that only made sense to themselves and not to the opposite gender. Although one defeats the other in a general body language such as; gestures for men and facial expressions for women, they will always be equal. Body languages may also differ between the two parties through culture and behavior. By knowing the differences between the two genders, a mutual understanding may be established. What is â€Å"communication†? Realistically, we can never fail to harass the use of communication because of its purpose in the society. Communication can be either verbal or nonverbal (Carnes.2010). How DO Men and Women communicate differently using body language? That’s the question we would usually ask ourselves and scarcely know the answer. According to Gray, author of the best-seller â€Å"Men are from Mars, Women are from Venus† (1992), one of the reasons that men and women differ in their use of nonverbal communication is that their reasons for communicating are often different (Carnes.2010). This means, in most situations, a man will commonly misunderstood a woman’s language because the perspective of one gender is distributed at a different angle. Diligently, Communication has altered itself through the different uses of body language between men and women; therefore, by expanding our knowledge of its diversity; we can unravel the miscommunication between two different parties. Such as the different types of verbally communicating, there are also different types of body language. We can’t entirely stress ourselves to see that, it is now a common and preferable use to most nowadays. Body language has industrialized itself through, facial expression, gestures, and physical contact by different classes of the society, whether it’s from the low class (Gangs, uneducated, etc.) to the high class (the Rich, prejudice, perfectionists, etc.). Research shows that women tend to make more eye contact during communication than men (Carnes.2010). Part of the reason for this is that, they want to be able to engage an emotional connection. An emotional connection through facial expression provides women an easier approach without the need to decide the words she wants or needs to say. This is why women are often taken for granted by men, because men read the emotions shown by women differently. Despite women’s abusive use of eye contact, men also have their side of use. Unlike women, men use eye contact to intimidate by nonverbally asserting dominance (Grover). Since men and women use similar nonverbal communication approach to different ends, they may interpret it differently when confronted. However, eye contact isn’t the only facial expression they differ, but also a simple smile. Women smile more often than men, however, this doesn’t necessarily mean that women are naturally happier than men. Freeman, author of â€Å"Women: A feminist perspective,† asserts that men rely on more obvious gestures and are more likely to use their hands to express themselves (Carnes.2010). Majority of the time, men decide to let their hands do the talking, such as women; they try not to stress themselves with words in order for them to remain in a safe zone. Similar situation happens within cultures such as the Samoans. The High Chiefs would speak with a lot of hand movement in a tradition ceremony. This means, they fear that words wouldn’t deliver correctly or satisfy the opposite. Because men dominant over gesture than women; women tend to make up for it with more facial expressions. However, that doesn’t mean women don’t know how to use gesture, for they use more subtle and restrained gestures and exhibit deferential gestures, such as lowering the eyes when interrupted or confronted (Carnes.2010). According to Carnes (2010), since men are more likely than women to associate touching with sexual intentions, heterosexual men are less to use touch during conversation with other men. Due to what men call, â€Å"Manly hood† or a similar term called â€Å"standards†. Men tend to keep distances from people when they talk to them and touch them less. Men do not express too much when touching other men unlike women, where they are far less concerned about touching other women because they also use touching as an expression of friendship or sympathy. They stand close to people and touch them to generally connect with whoever they are talking to. The difference between the two are simple, men aren’t as open as women where they express their feelings to men through touching just as to other women. This is considered a nonverbal difference because, like other reasons, it can be interpreted in different ways by different genders. Miscommunication has been a problem when dealing with these differences such as relationships. Romantic relationships often end due to miscommunication between the man and woman (Renwall.2010). It’s not because either of the two didn’t have good intentions, it’s because they didn’t communicate well enough to understand each other. Among males, competition is more important. Women in the other hand, concentrate more on cooperation. Studies show that as males’ age, their fact-to-face communication eventually resembles two people sitting in the driver’s and passenger’s seats, in the front seats of a vehicle (Renwall.2010). However, girls sit or stand in a circle when communicating, so that it’ll them to form a bond with each other. We’re all-too-familiar with the iconic scene of a husband who’s just returned from work, and buries himself in the daily newspaper. His wife wants to talk to him about his day, but he’d rather enjoy the escapism that the newspaper provides. In this scenario, neither the man nor the woman is â€Å"right† or â€Å"wrong.† Instead, they’re exhibiting the c ommon communication style of men and women, in a particular situation (Renwall.2010). In addition to (Carnes) relationships, women tend to lean forward when talking to a person, to show that they’re listening. They tend to use nonverbal communication as a means of enhancing her relationship with the person she’s communicating with. Often of times when couples or friends get into a major argument, it’s by miscommunication. But by learning how to communicate more effectively with opposite gender, you can prevent such situations that could even be fatal to the relationship! (Renwall.2010). There are times when women tend to say things while moving in circles; especially if there’s something that’s bothering them. By dropping hints instead of attacking the matter head on, women feel they are working at maintaining the relationship (Finkle.2011). However, it can contradict if a man is totally confused because he lacks at interpretation. Women go in circles, but men go for the jugular. To elaborate more on that; when men are bothered by something, they most likely focus on verbally communicating with just few words such as, â€Å"that’s just wrong†. Women interpret this as a heartless and tactless way of communicating, which may lead to arguments (Finkle.2011). Although one is dominant than the other to certain categories; women tend to be better at understanding body languages than men. Women are often better at picking up differences between what someone is saying with his words and body language. Sometimes women would communicate with men nonverbally; however, they wonder why men do not understand. On a daily basis, you would hear a man or a group of men calling out to a woman by saying words such as â€Å"hey baby, damn you’re hot, hello sexy momma, etc.† this is what Sam Grover of the eHow contributor community meant when he said â€Å"The reason is because men rely more on verbal communication than women.† This could sometime be a turn off for most women because it gives an image that they are cheap (Ta’amu.2012) There are differences in behaviors as well as differences in the purpose behind their behaviors (Amos,2012). These are the two primary ways that show up through the differences between men and women in body language. This means, some of these differences are done naturally; similar to genetics. Others are picked off through experience from places and can definitely differ in cultures. As mentioned earlier, women are more open than men, thus displaying their type of behavior called nurturing behavior. Contraire, on the men side, they display behaviors of a king; power and dominance. However, this was known to be facts in the past. In the modern world, these tendencies are subject to far more variability than ever before. This is due to increased acceptance and comfort with each gender displaying non-typical body language in many different situations (Amos.2012). Men and women use language differently and communicate differently because they were usually brought up differently. The society expects boys and girls as different background. Boys are expected to put themselves forward, while girls are expected to be humble. The most common body language differences are receiving and sending messages. When receiving messages, as mentioned before; women tend to be better. Unfortunately, men tend to be less skilled at using indirect body language to influence communication without actually knowing it at all when sending messages. Unlikely as it is, there are factual physical reasons for these differences. Women process messages using up to 16 different parts of their brain at once, while men process messages using about six or 7 different parts of their brain at once. Neither is better than other, but each processing pattern does influence the receiving and sending of messages based on gender (Amos,2012) This is the reason for women’s power to multitask and their creative imaginations. As with most things divided up along gender lines, the body language differences between men and women are best used as general guidelines (Amos.2012). This is saying that by knowing these differences between men and women, we may establish a better understanding between the two genders. Relationships between others may last longer than usual. One of the most common ways to better understand the opposite gender is by trust. They are a starting point, if you will, for engaging in interactions and going through the process of establishing rapport and building trust (Amos.2012). Once both men and women better understand each other’s perspective, both can improve on interpretation and understanding. The key is to be respectful of differences and not belittle or judge either gender based on body language issues (Amost.2012). We’re all addressed to our own action, words, perspective, and intention. There will always be a time when we got to face the differences. Just as the saying goes â€Å"Let’s sit, and settle our differences†. By knowing the differences between the two genders, we can start knowing that neither is right or wrong. Despite who is dominant, both men and women have fallen into miscommunication. Therefore, by understanding how the opposite gender tends to communicate, and by using some of those methods yourself–you can prevent miscommunication and strengthen the relationship with your special someone (Renwall.2010). Through the expansion of human knowledge, we unraveled the differences. This study has a lot of implications and great information for mangers who manage both genders, leaders, ministers, CEO of companies etc†¦ A deeper understanding of the way men and women communicate many domestic and social conflicts in society can be resolved. (Ta’amu.2012) References * Carnes, D. (2010, July 12). Retrieved November 30, 2012, from http://www.livestrong.com/article/172581-do-men-women-use-nonverbal-communication-differently/#ixzz2BnRKgKyj * Renwall, G. (2010, March 16). Retrieved November 30, 2012, from http://ezinearticles.com/?How-Men-and-Women-Communicate-Differently&id=3940430 * Grover, S. (n.d.). Retrieved November 30, 2012, from http://www.ehow.com/info_8110509_gender-differences-nonverbal-communications.html * Amos, J. (2012, October 15). Retrieved November 30, 2012, from http://www.bodylanguageexpert.co.uk/bodylanguageandmenandwomen.html * Finkle, L. (2011, October 12). In Communication. Retrieved November 30, 2012, from http://incedogroup.com/do-men-and-women-communicate-differently-3-telltale-examples-that-say-they-do/