Steel Pan History free essay sample

From the palm tree laden beaches of the Caribbean a comes an iconic instrument whose distinctive tune has for decades been characteristic of the British West Indies, the afro-Caribbean culture and the island way of life. Though its unique melody can be found throughout the islands, many westerners may be surprised to know that this instrument does not come from the popular islands of the Bahamas, Jamaica nor Barbados but from the small island of Trinidad Tobago. Though this instrument is relatively new on the global music scene, appearing as recent as the 1940’s it is no doubt that in its short life it has made a notable impact in Trinidad, the Caribbean and the world. Unlike many instruments the term â€Å"steel pan† has multiple meanings and may refer to a single instrument, orchestral arrangement or family of instruments. The steel pan’s culture and tradition is like that of any other instrument in that the world’s perspective of it is based on a combination of its history, artists, repertoire, and performance context. We will write a custom essay sample on Steel Pan History or any similar topic specifically for you Do Not WasteYour Time HIRE WRITER Only 13.90 / page Trinidad Tobago are a pair of twin islands in the southern Caribbean Sea. Though they are geographically considered part of the Americas, due to their proximity to South America and Venezuela in particular, of which they are 6. 8 miles away (at their closest point), Trinidad has shared and absorbed much of its culture from its indigenous inhabitants, colonial history, and the people who came to work on the plantations. Trinidad was discovered in 1492 by the Spanish explorer Columbus, on his first voyage to the Americas. Like many of its neighbours, though it originated as a Spanish colony through wars, acquisitions, treaties and varied emigration it has changed hands many times resulting in immense cultural diversity. This long line of colonial masters began with Spain, who in 1532 appointed its first governor to oversee its new acquisition. Very soon after its role as a labour colony was solidified, its primary source of labour, the indigenous population quickly eradicated through hard labour, disease and displacement. In order to resolve this labour deficit and increase population the Spanish government invited the French to settle in Trinidad and they came with their slaves, property and traditions of their own. They saw the opportunity to migrate to Trinidad as a blessing. †(â€Å"Emancipation Day†, 7), as planters in Martinique, Guadeloupe and other French territories feared that the revolt in Haiti could happen in the other French islands, and so they became afraid. â€Å"In February 1797, during the wars of the French Revolution, Trinidad capitulated to a British force, and in 1802, following the Treaty of Amiens; it was formally ceded to Great Britain. (â€Å"Colonial rule, 1). It was Britian’s rule that lead to: the freedom of the slaves in 1853. Trinidad becoming a liberated part of the Commonwealth in 1962 and a sovereign Republic in 1976. Though the British shaped the political, economic and social aspect of Trinidad, it was the French influence that brought Trinida d one of its most iconic pseudo-religious celebrations, Mardi-Gras or Carnival. This celebration would play a major role in the cultural development of the nation and the emergence of the steel pan. When the freed slaves (slavery was abolished in the West Indies in 1834) joined in the festivities, they could not afford the conventional instruments, so they used African drums, the instruments of their ancestors, then created percussion bands made up of bamboo joints cut from the bamboo plant. † (Pan a short history,1) Due to the fact that many of the plantation owner were absentee, it was these (former) slaves from the â€Å"Yoruba, Hausa, Congo, Ibo, Rada, Mandingo, Kromanti (Koromantyn) and Temne† (â€Å"Emancipation Day†, 7) traditions that became the founders of this nation and the innovators of this new instrument. To an ethnomusicologist the origins of the steel pan, as a percussion instrument will come as no surprise as bells rattles and drums have been used in African societies for communication, entertainment and worship from as early as â€Å"6000 B. C In Trinidad and Tobago African drums were used in churches, orchestras, dances and festivals. There are different types of drums such as the bougarabou, djembe, dun dun and talking drum. † (â€Å"Emancipation Day†, 8) In 1884 the beating of skin drums was prohibited in Trinidad as it was used as a method of accurate communication amongst slaves. This, simply forced the slaves to become more creative in there methods of communication, eventually leading to the beating of hollow bamboo stick and the tamboo-bamboo. The tamboo-bamboo are large hollow pieces of bamboo of varying sizes that are used to create tunes of varying sounds. After the emancipation of the slaves, the tamboo-bamboo progressed from a necessary method of communication to an alternative form of entertainment with accompanying, songs, dancing and celebrations. It was this step to multi-tonal percussion that was one of the largest progressions towards the steel pan as it is known today. Tamboo-bamboo bands were often accompanied by â€Å"non-traditional instruments like as scrap metal, metal containers, graters and dustbins† (Pan a short history,1). By the 1930’s these became the dominant component of Tamboo-bamboo bands. As metal became more readily available it gradually replaced bamboo. Metal playing musicians in these bands realised that raised sections of the instrument tended to make different sounds than flat sections of the instrument. During the World War II years there was a growing demand for oil and due to Trinidad’s large oil reserves, excess and discarded oil and chemical drums were plentiful. Through experimentation, luck and persistence by the unemployed and underprivileged youth came â€Å"the birth of steel pan, the only musical invention of the twentieth century. †( Pan a short history,1). It was discovered that by striking sections of the pan that had been warped by heat and mallet that one could achieve a variety of tones. According to tradition, a young man from Laventille, one of the most poverty stricken areas was the first to do this. Pan however; as an item was not invented by any person. It evolved and there are a number of people, including myself, who advanced it through certain stages of that evolution. (Elliott, 200) Some of these artists include ‘â€Å"Winston ‘Spree’ Simon is credited with creating the first ‘melody pan’†¦ Ellie Mannette is credited with being the first to wrap the playing sticks with rubber which softened the attack and produced a more refined tone (now called the hammer) Anthony Williams is credited with inventing the ‘spider web pan’ which was designed in a cycle of fourths and fifths. )† ( Pan a short history,2)â€Å"Today they are made using empty oil drums that are cut to varying depths depending on their role in the orchestra (bass, cello, guitar, ping-pong). The surface is then sunk about two inches and delicately seamed with a punch and hammer. A struck section will resound relative to its size and depth. The drum face is then exposed briefly to fire and doused with water or oil, which has the effect of retempering the steel and further insulating the notes. † (Sewell,1) In modern times, steel pan does not refer to a single instrument but rather a family of instruments that when played together in harmonies are referred to as â€Å"steel band†. Steel pan musicians are called pannists. The voices that compose the steel band are high tenor which ranges from D4 to F#6, low tenor which ranges from C4 to E6, double second pan uses two pans and ranges from F3 to B5, quadraphonic pan uses 4 pans and has an extensive pitch range, from B2 one octave below middle C to Bb5, guitar pan which ranges from one octave below middle C, to F#5 one octave above middle C, cello pan which uses a combination of 3 pans. One pan therefore contains the notes C, Eb, Gb and A; another pan contains C#, E, G and Bb; the third pan contains B, D, F and Ab, and the four pan bass which range is from G2, two octaves and a 4th below middle C, to D4 above middle C. The engine room as it has come to be known is a miscellaneous compilation of various non-traditional percussion instruments. Though its roots are as a method of communication for the slaves, the art of musical percussion in Trinidad has gradually become one of the most central and important aspect of the entertainment and cultural scene on the island. Panorama and Carnival are the greatest examples of the context of steel pan performance in the West Indies. â€Å"In 1963, the government of Trinidad and Tobago in conjunction with the National Association of Trinidad and Tobago Steel bandsmen (NATTS) launched a new steel band competition called Panorama. ’ (Steel band competition,1) Panorama is an annual steel band competition which consists of hundreds of bands and thousands of musicians. Though the compositions of the bands may change with regards to the musicians that participate the style, form and presentations of the band does not. People will often follow a particular band from year to year and round to round similar to the way people may support a team during the world cup. The competition consists of three rounds preliminary, semi-final and finals. Some world famous steel bands are the desperadoes, North Stars and the Harmonites. Each band plays a total of a 6 minuet recital, this performance is judged on arrangement, tone, rhythm and overall performance, four aspect controlled primarily by the arranger. Steel pan arrangers are among the most revered and beloved within the island musical community. Music is seldom written specifically for the steel drum. Though the steel drum can technically play any form of music, it’s repertoire comes primarily from the music in the popular culture. The most common form of music found in pan yards today is a popular form of music in Trinidad today called soca, some examples of soca played by the steel band include David Rudder’s The hammer, Marshall Montano’s Vibes cyah done and many more. Depending on the arranger the same song has the capacity to sound totally unique. The steel pan, being primarily a folk instrument does not share the bourgeois class statement that tradition musical instruments have. As a result transmission musical knowledge occurs in a much less formal setting than conventional western music. Some may seek lessons and theory books, but knowledge of the steel pan is most commonly acquired through friends, relatives or miscellaneous others. In conclusion the steel pan and steel pan culture have revolutionaries the way the world views the Caribbean. â€Å"indeed, over the past four decades, the steelpan has come a long way, moving from the panyards of the most depressed areas of a society to some of the most prestigious concert halls around the world. The Desperadoes, for instance, have performed at the Royal Albert Hall in London, Carnegie Hall, the Apollo and Lincoln Theaters in New York, the United Nations building, and the Kennedy Center in Washington, D. C. Other bands like Renegades, All Stars, Phase Two, Exodus have wooed audiences from London to Paris to Japan, mesmerizing them with their renditions of some of the most complex works of the classic composers such as Bach, Beethoven, Mozart, Sibelius, Rossini, Borodin. †( Pan a short history,1) It has given the West Indies a sound of it own, drawing thousands annually to its sweet sound and characteristic tone. Though it is just as much a part of the history of Trinidad and Tobago as the island itself the fact is that it is slowly disappearing. The steel pan has become a symbol of the islands’ peaceful past, as the average age of the musicians grow and the participation rate among youth gradually shrinks so two does it’s relevance in the modern world. The decline in the popularity of the steel pan has been related to rising gang violence, immoral behaviour and crime.

Who Am I essays

Who Am I essays The amount of research that has been conducted about adoptees and their problems with identity development is enormous. Many of the researchers agree on some of the causes of identity formation problems in adolescent adoptees, while other researchers conclude that there is no significant difference in identity formation in adoptees as birth children. This paper will discuss some of the research which has been conducted and will attempt to answer the following questions: Do adoptees develop identity formation difficulties during adolescence? If so, what are some of the causes of these unpredictable changes? And finally does the role of te adoptive parent play a crucial role in the adoptee's identity devolpment? The National Adoption Center reports that fifty-two percent of adoptable children have attachment disorder symptoms. It was also found that the older the child when adopted, the higher the risk of social maladjustment (Benson, 1998). This is to say that a child who is "adopted during infancy to a loving home, usually progress' rapidly, especially in the cognitive development" (Myers, 1999). Myers also states that "babies reared in constitutions without the stimulation of a regular care-giver are often withdrawn, frightened even speechless. This may be due in part to the probability that an infant will learn how to trust, where as a ten-year-old may have more difficulty with this task, depending on his history "The quality of attachment and the foundational sense of basic trust that derives from it, sets the stage for significant developmental outcomes concerning the individual's sense of self participation in relationship" (McRoy 1990 ). Eric Erickson, a developmental theorist, discusses trust issues in his theory of development. The first of Erickson's stages of development is Trust v. Mistrust which takes place during infancy. A child who experiences neglect or abuse can have this stage of development severely damaged. ...

Kappe House and Stahl House Research Paper Example | Topics and Well Written Essays - 2000 words

Kappe House and Stahl House - Research Paper Example There is a lot of similarities between these houses, ranging from the environment in which they are built to the materials and designs used to construct them. The application of sophisticated designs, which places the two as floating on space, coupled with their suitable integration with the natural environment, makes these Kappe and Stahl houses the icons they are today. However, there are still a lot of differences that can be indentified between these houses. For example, while the Kappe house is mostly constructed from glass and wood, the Stahl house has glass and steel as its major construction materials. Kappe house was constructed between 1965 and 1967, by architect Raymond Kappe on a hillside with many trees, as his own residence (Raymond, 17). Considering that the land on which the house is constructed is a steep hill, then, designing a structure that would well be accommodated by such land topography was a challenging task. The house was constructed using glass and wood, bu t there had to be established firm support for the house, due to the steepness of its location. This being the case, Kappe build six concrete towers to support the house and ensure it would withstand all forces while remaining more stable (Kevin, 4). The size of the house is 370 square meters, raised on decks to avoid the effects of underground springs, such as busting of such springs and carrying away the floor or bringing the whole house down altogether. The unique thing about this construction is the use of natural materials. The house is mainly constructed out of wood, which is cut in form of beams, to enhance its strength and ensure that the wood can support the weight of the house, which is constructed floating on the space. Steel is yet another material used in the construction of this house, since as a natural metal, it is very strong, and thus can withstand the tension caused by the weight of the floating house. Additionally, the choice for steel as the metal to use in the house construction was informed by its ability to withstand rusting. The house has a sophisticated geometric form, which consists of vertical and horizontal structures, constructed in tires and then joined to other outer structures and an extended roof, all of which floats on space, supported by the concrete and steel structures (McCoy, 7). This geographic form effectively combines the traditional architectural designs with aspects of modernism, giving the structure an aesthetic touch that remains an attraction to present day (Dylan, A2). Due to its attractiveness, the house has attracted many advertisements, using the house as the backdrop. The most significant of this house is its design, which blends well the human construction with the natural environment, thus effectively fit well as an icon of integrated natural environment and built environment. There are two key challenges that were presented by the nature of the environment in which the house is constructed. The land on whi ch the house is constructed is sloppy. As a result, a strong support system was required to support the house on such a land topography, which necessitated Kappe to design and use six concrete towe

Principles of Finance in General Motors and Honda Motors Assignment

Principles of Finance in General Motors and Honda Motors - Assignment Example General Motors is an American Auto-maker which recently filed its bankruptcy due to its unstable financial condition. General Motors was among the top auto-makers of America, but due to issues like the hike in the prices of the commodities such as raw materials and labor, government pressure towards the production of fuel-efficient cars, critical issues of corporate governance, etc, the company filed its bankruptcy in the court of Manhattan. Honda Motor Corp. from Japan is considered the fifth largest motorcycle manufacturer and auto-maker in the world. The company has a sustainable financial condition because it has posted a profit of? 234.4 billion, which is about US$2.7 billion in its first quarter of 2011. Moreover, the company has also posted a profit of? 135.92 billion in quarter 2. Honda has a huge market share in the Asian markets. Analysis of the Financial Statements As we can see in Appendix 1(a), that General Motors has to face a gross loss of US$ 8,791,000, in 2009. In 20 10, and 2011, the gross profit was US$ 16,554,000, and US$ 19, 047,000 respectively. This indicates an improvement in the financial condition since 2009. However, the net income has reduced from 2009 to 2010 and 2011. In 2009, the net income was US$ 104,821,000, in 2010 it was US$ 6,172,000 and in 2011, US$ 9,190,000. So this signifies that the operating expenses have increased in 2010 and 2011 than 2009. That is why even after having a considerable increase in revenue, the net income of the company was decreasing. In Appendix 1(b), we can see that the total assets of the company have increased in 2011 to US$ 144,603,000 from US$ 136,295,000. The assets have remained almost constant over the years, with a consistent increase in current assets. This means the company maintained its liquid assets over the period of 2009-11. The long-term debt of the company has increased considerably from US$ 5,562,000 to US$ 10,551,000 in 2012. The balance sheet for all the three years of the company shows a negative net tangible asset balance. In Appendix 2(a), the income statement reveals that the revenue of Honda Motor Corp has decreased in 2011 to US$ 96,581,000 than its previous year, 2010, which was US$ 107,829,000. The gross profit figure also reflects the revenue different in 2011 and 2010. The net income has also decreased to US$ 2,570,000, which was US$ 6,444,000 in 2010 and US$ 2,872,000 in 2009. So 2011 had to bear a considerable amount of loss. The company does not have a negative income figure, but the profit had reduced a lot. Considering Appendix 2(b), the total assets which include the current or liquid assets remains consistent all throughout 2009-11. Long term debts of the company have not increased much as it was US$ 24,754,000 in 2009, US$ 24,653,000 in 2010 and, US$ 27,158,000 in 2011. The net tangible assets show a positive balance, which reveals a balanced financial status of the company.  

Ethics of Merci Killing Essay Example | Topics and Well Written Essays - 500 words

Ethics of Merci Killing - Essay Example People argue that if legalized the choice of their life will be given to other people who may use it unethically to kill those whom they have a bias against. Another reason is regarding the religious aspect of life. Some religions see life as a gift from God and do not give a man the authority to take life at his own will.â€Å"The word Euthanasia means a "good death,"  Ã‚  "beneficial death" or a ‘dignified death’."   Euthanasia can be practiced in a number of ways; one can be defined as passive Euthanasia which is carried out to hasten the death of a person. For example by removing a patient from life support or in some cases by stopping food and water or any sort of medicine which is helping to keep the patient alive.The controversy surrounding Euthanasia can be broadly categorized into two arguments, one in favor of Euthanasia and the other against it. We will briefly shed light on both of these arguments.â€Å"Pro-lifers readily agree that anyone should have t he right to refuse medical treatment if he believes the side effects, whether pain or the burden of being tied to some machine or whatever is worse than the disease. This includes two types of people, One: People who, perhaps because of a serious illness or perhaps for reasons unrelated to their illness, are extremely depressed and say they want to die and Two: People who are suffering from illnesses that make them unable to communicate. This includes people who are in a coma, or paralyzed, or simply so sick and weak that they cannot make meaningful sounds or other communication. The pro-euthanasia people say that such patients' ‘quality of life’ is so low that they are better off dead and they should be killed.†People who argue against euthanasia say that if legalized it can become an issue of cost containment and government saving rather than providing long term care to serious patients or those who do not have health insurance.

Steps To Plan An Effective Business Presentation English Language Essay

Steps To Plan An Effective Business Presentation English Language Essay Business presentation is any presentation of factual information and its interpretation using the spoken word. By this definition, business presentations include much of the information and analyses exchanged daily in the conduct of business. Business presentations may be primarily informative, offering data without recommendations; or may be analytical, offering investigation and recommendations for solving a problem. No matter what kind of presentation it is, the presenter is responsible for showing relationships between his research findings and management objectives. Whenever a person plans, prepares, and creates a message to deliver to others, he makes a presentation. During these presentations, speakers may often need to convince the listeners that their findings are pertinent, valid, reliable, and useful to the organization and to the people they serve. Types of business presentations Informative- In this type of presentation the main objective is to educate the audience for example some new plan, products, services etc. Persuasive- These presentations are given to convince the people for a common viewpoint. These presentations are common to the various levels in the organizations. Motivational speeches or presentations in an organizations are also the example of this type. Group- These are the presentations given by the groups or teams to disclose their findings and results. Special occasion speech- This type of speech is given in honour or welcoming some special group or delegates or introducing another person to the audience. Steps To Plan an Effective Business Presentation Set Objectives What do you want the end result of your presentation to be? Do you want to convince people to buy something? Do you want to instruct them? The objective of your presentation will determine most of your substance; the simple act of writing down your objectives will make it that much easier to organize what youre going to say and when youre going to say it. Keep Audience in mind The next step is to keep in mind that to which type of persons you are to give presentation. Presenter must prepare its presentation which is understandable by the audience. For example if a sales person is selling a product to a labor class then he must use words as simple as can be used and avoid technical words if possible and also emphasize on demos and slides in layman language. Note Key Points The next step is to outline the main points of the presentation that you are going to present . This will be helpful when sometimes we get blank in between of the presentation. These key points are important because all the presentation revolve around the main idea of the presentation. Sequence Your Presentation Once you have an outline of all of the topics that you want to cover in your presentation then you need to determine the sequence of your presentation. A good way to do that is to use a simple flowchart which lays out the order of the ideas that youre going to present. Some people, usually hardcore PowerPoint users, prefer to use real storyboards where they produce mock-ups of each stage of the presentation. Determine What Visuals You Will Need The final step to preparing a presentation is to figure out what sort of visual aids youre going to need. You probably wont need a complicated visual for every single point of your presentation, but when it comes down to explaining something complicated, like how a business process works, then youre going to want to support yourself with a good visual. Importance of Business Presentation Planning It helps to explain the idea you want to convey in an effective manner. If presentation is good then it also acts as a tool of motivation. Means to connect to the stakeholders i.e. to provide information about new products or services. Means to share your business ideas. Steve Jobs Steve jobs is a great visionary and a great businessman or we can say a good dreamer. He is the co-founder of the well known brand APPLE INC. USA. He has developed products as Apple iphone, ipad, ipod, iMac etc. Another attribute for which Steve jobs was well known is his presentation skills, he is a great presenter and it was said that A Jobs presentation is like a carefully crafted, well-rehearsed performance that tells a story and shares a vision. He very much focus on selling dream not the product or services.   Steve Jobs Presentation Secrets 1. The Tagline. Steve Jobs positions every product with a Tag line that explains all the unique thing of the product. For example, Jobs described the Mac Book Air as the worlds thinnest notebook. This phrase appeared on his apple websites, presentations, and press releases of apple at the same time. 2. A villain. In every classic story, the hero fights the villain. In 1984, the villain, according to Apple, was IBM (IBM). Before Jobs introduced the famous 1984 television ad to the Apple sales team for the first time, he told a story of how IBM was bent on dominating the computer industry. 3. A simple slide. Apple products are easy to use because of the elimination of clutter. The same approach applies to the slides in a Steve Jobs presentation. Steve jobs believe in making simple slides , he never used bullets or lots of words in his presentation slides instead he use more pictures and images that are self explanatory. For example when he launched apple macbook air he displays it in an envelope. 4. A demo. Neuroscientists have discovered that the brain gets bored easily. Steve Jobs doesnt give you time to lose interest. Ten minutes into a presentation hes often demonstrating a new product or feature and having fun doing it. When he introduced the iPhone at Macworld 2007, Jobs demonstrated how Google Maps (GOOG) worked on the device. He pulled up a list of Starbucks (SBUX) stores in the local area and said, Lets call one. When someone answered, Jobs said: Id like to order 4,000 lattes to go, please. No, just kidding. 5. An Emotional moment. Every Steve Jobs presentation has one moment that neuroscientists call an emotionally charged event. The emotionally charged event is the equivalent of a mental post-it note that tells the brain, Remember this! For example, at Macworld 2007, Jobs could have opened the presentation by telling the audience that Apple was unveiling a new mobile phone that also played music, games, and video. Instead he built up the drama. Today, we are introducing three revolutionary products. The first one is a widescreen iPod with touch controls. The second is a revolutionary mobile phone. And the third is a breakthrough Internet communications deviceà ¢Ã¢â€š ¬Ã‚ ¦an iPod, a phone, an Internet communicatorà ¢Ã¢â€š ¬Ã‚ ¦an iPod, a phone, is you getting it? These are not three devices. This is one device! The audience erupted in cheers because it was so unexpected, and very entertaining. Humour and presentations In the business presentations humour is necessary but it must be in good taste. An original joke is better which the audience has never heard before. The joke must be related to the subject of the speech. If we take example of Steve jobs he uses humour in his presentations so that the audience may not get bored. This was his one of the skills in presentations thats why he was very popular in giving good or we can say awesome presentations. The 10 Presentation Tips of Steve Jobs Plan presentations with pen and paper. Storyboard the presentation first. Jobs initially prepares by brainstorming and white boarding ideas. Single sentence description for every service/idea. As an example, for the introduction of the Mac Book Air computer, Jobs said that it is simply, The worlds thinnest notebook. Create a villain that allows the audience to rally around the hero-you and your product/service. A villain doesnt necessarily have to be a direct competitor. It can be a problem in need of a solution. Focus on benefits. Your audience only cares about how your product or service enhances their lives. Make that connection. Stick to the rule of three. Almost every Jobs presentation is divided into three major parts. You might have 20 points to make in your presentation, but your audience will only remember three or four. Sell dreams, not your products or services. Jobs doesnt sell computers, he sells the promise of a better world. When he introduced the iPod, he said, In our own small way were going to make the world a better place. Create visual slides. Jobs dont use bullet points. Instead, he relies on photographs and images. When he unveiled the Mac Book Air, he showed an image of the computer fitting inside a manila inter-office envelope. Make numbers meaningful. Jobs always put large numbers into a context to make them relevant to his audience. The bigger the number, the more important to find an analogy or comparison that adds clarity. Use plain English. Steve jobs always uses simple English phrases in his presentations and rarely use jargon so it not create any confusion in the mind of audience. Practice, practice, practice. Jobs used to spend hours rehearsing the presentation and do it like a theatre performance artist. Conclusion We must learn from Steve jobs style of presentation. His presentations are not only of informative style but there is a complete mix of presentation styles such as motivational, humor etc. Generally for example most of people get bored in the presentations but it is the Steve job`s presentations that are well designed, planned, well structured sand also well rehearsed. One must fully take care when developing a business presentation because it is the presentation which tells about your dream, vision, product or services to the stakeholders and it is necessary to fully satisfy them to succeed in business. Key points to remember regarding presentations Be clear about your objectives Always keep in mind your audience Less is more. Research. Be concrete. Use Visuals.

The Benefits Of Laptops And Wireless Cards :: Technology Computers Papers

The Benefits Of Laptops And Wireless Cards The CEO of Viacom/Blockbuster was once quoted for saying, â€Å"The information superhighway is a dirt road that won’t be paved over until 2025† (The Freeman Institute). Obviously, this was an erroneous quote. The information age is currently at its peak. The use of technology and the Internet are an essential part of higher education. In the past few years, colleges have begun providing laptops to all students. A few colleges have even developed programs that use wireless network cards to access the Internet from anywhere on their campuses. Giving students a laptop and a wireless network card has increased the learning possibilities at schools nationwide. This is a very recent idea being practiced by hundreds of colleges around the United States. However, this idea is one of controversy. Despite the many benefits, these laptops have their flaws. They create problems such as maintenance efforts, depreciation value, classroom misuse, faculty training, and rai sed tuition (Beebe 2-8). Another issue is whether or not the laptops actually benefit the students or just distract them. There are many benefits of using laptops over conventional personal computers. Some of the benefits include portability, access, PowerPoint Presentations, slideshows, e-mail, using the Internet, and online notes. All of these advantages are put together to make a very economical and beneficial laptop (Shafer). One of the biggest advantages is portability. A Minnesota State student Timothy Huebsch says, â€Å"On a nice day, we don’t have to be cooped up† (Ojeda-Zapata). One can take his or her laptop to the library, cafeteria, or even to class. The students have all the advantages of a PC without having to sit at a desk working on assignments. Students at Buena Vista University have the capability of accessing the Internet from the residence halls, football stadium, and even the docks on the lake. In other words, it is a major convenience for all the students to have a laptop to write a paper rather than waiting in a line to use a computer lab (Dean). Rick Shafer, who is Buena Vista’s Director of Integrated Technology, summarizes the advantage of portability by saying, â€Å"The main purpose of the laptop program was so that student could have access to computers. Prior to this program students had to wait in line often to use a computer.

Substances and Mixture

A pure substance: †¢ contains atoms of only one kind. †¢ It has fixed  physical and chemical properties  like boiling point, melting point, valency, density   †¢ contains only one chemical identity, e. g. one element or one compound. †¢ cannot be separated into 2 or more substances by physical or mechanical means †¢ is homogeneous, ie, has uniform composition throughout the whole sample †¢ its properties are constant throughout the whole sample †¢ its properties do not depend on how it is prepared or purified †¢ has constant chemical compositionPure Substances Elements and compounds  are both examples of pure substances. Pure substances cannot be separated into simpler substances by physical or mechanical means such as sifting, filtering, crystallization, distillation, etc. eg, distilling pure water (H2O) does not separate water into hydrogen and oxygen, it only produces water vapour. Pure substances display a sharp melting and boiling point. On a graph of temperature vs time, this is shown as flat line where the temperature does not change over time until all the pure substance has melted or boiled.A mixture: †¢ can be separated into 2 or more substances by physical or mechanical means †¢ contain more than one chemical substance †¢ displays the properties of the pure substances making it up †¢ its composition can be varied by changing the proportion of pure substances making it up †¢ they do not have a fixed composition †¢ heterogeneous substances, ones with non-uniform composition throughout the sample, are always mixtures Mixtures Some examples of mixtures are given below: Type of Mixture |Example | |gas in gas |The atmosphere is a mixture of gases, mostly nitrogen and oxygen. | |[pic] | |liquid in liquid |Wine is a mixture of mostly ethanol and water. | |[pic] | |solid in solid |Alloys, such as brass, are made up of a mixture of metals. |[pic] | |gas in liquid |Soft drinks, su ch as cola, are mixtures of mainly carbon dioxide gas and water. | |[pic] | |solid in liquid |Sea Water is a mixture of salts dissolved in water. | |[pic] | |solid in gas |Smoke is mixture of tiny solid particles in atmospheric gases. |Homogeneous mixtures do not display a sharp melting point, they melt over a range of temperatures. Sharpness of the melting point is often used to determine whether a substance is pure or impure (mixture) On a temperature vs time graph there is no flat line during which the temperature remains constant over time. Instead, there will be a slope indicating that the components of the mixture are melting Mixtures can be separated into the pure substances making them up by physical or mechanical means because each pure substance retains its own properties.Separating the Components of a Mixture Most laboratory work in biology requires the use of techniques to separate the components of mixtures. This is done by exploiting some property that distinguishes the components, such as their relative †¢ size †¢ density †¢ solubility †¢ electrical charge Dialysis Dialysis is the separation of small  solute  molecules or ions (e. g. , glucose, Na+, Cl-) from macromolecules (e. g. , starch) by virtue of their differing rates of  diffusion  through a differentially permeable membrane. An example:Cellophane is perforated with tiny pores that permit ions and small molecules to pass through but exclude molecules with  molecular weights  greater than about 12,000. If we fill a piece of cellophane tubing with a mixture of starch and sugar and place it in pure water, the sugar molecules (red dots) will diffuse out into the water until equilibrium  is reached; that is, until their concentration is equal on both sides of the membrane. Because of their large size, all the starch (blue disks) will be retained within the tubing. Chromatography Chromatography is the term used for several techniques for separating the compo nents of a mixture.Follow the links below for examples. Electrophoresis Electrophoresis uses a direct electric current to separate the components of a mixture by the differing  electrical charge. Some methods for separating the components of a mixture include: |separation technique |property used for separation |example | |Sifting (sieving) |particle size |alluvial gold is separating from smaller soil particles using a sieve | |[pic] |Visual Sorting |colour, shape or size |gold nuggets can be separated from crushed rock on the basis of colour | |[pic] | |Magnetic Attraction |magnetism |magnetic iron can be separated from non-magnetic sulfur using a magnet | |[pic] | |Decanting |density or solubility |liquid water can be poured off (decanted) insoluble sand sediment | | | |less dense oil can be poured off (decanted) more dense water | |[pic] | |Separating Funnel |density of liquids |in a separating funnel, less dense oil floats on top of more dense water, when | | | |the valve i s open the water can be poured out from under the oil | |[pic] | |Filtration |solubility |insoluble calcium carbonate can be separated from soluble sodium chloride in | | | |water by filtration | |[pic] | |Evaporation |solubility and boiling point |soluble sodium chloride can be separated from water by evaporation | |[pic] | |Crystallization |solubility |slightly soluble copper sulfate can be separated from water by crystallization | |[pic] | |Distillation |boiling point |ethanol (ethyl alcohol) can be separated from water by distillation because | | | |ethanol has a lower boiling point than water | Element ? Any substance that contains only one kind of an atom ? Elements are made up of  atoms, the smallest particle that has any of the properties of the element. John Dalton, in 1803, proposed a modern theory of the atom based on the following assumptions. |1. Matter is made up of atoms that are indivisible and indestructible. | |2. All atoms of an element are identical. | |3.A toms of different elements have different weights and different chemical properties. | |4. Atoms of different elements combine in simple whole numbers to form compounds. | |5. Atoms cannot be created or destroyed. When a compound decomposes, the atoms are recovered unchanged | ? cannot be broken down into simpler substances ? is a chemical substance that is made up of a particular kind of atoms and hence cannot be broken down or transformed by a chemical reaction into a different element, though it can be transmitted into another element through a  nuclear reaction. ? all of the atoms in a sample of an element have the same number of protons, though they may be different  isotopes, with differing numbers of neutrons. elements can be divided into three categories that have characteristic properties: metals, nonmetals, and semimetals ? Some properties of an element can be observed only in a collection of atoms or molecules of the element. These properties include color, density, m elting point, boiling point, and thermal and electrical conductivity. ? While some of these properties are due chiefly to the electronic structure of the element, others are more closely related to properties of the nucleus, e. g. , mass number. Compounds †¢ The relative proportions of the elements in a compound are fixed. †¢ . Two or more elements combined into one substance through a  chemical reaction form a  chemical compound.All compounds are substances, but not all substances are compounds. †¢ The components of a compound do  not  retain their individual properties. Both sodium and chlorine are poisonous; their compound, table salt (NaCl) is absolutely essential to life. †¢ Properties of compound is different from the elements that made it up †¢ The mass of the compound is determined by the mass of the elements that made it up. †¢ Compounds cannot be separated by physical means: using magnet, filtration, etc. It takes large inputs of energ y to separate the components of a compound Compounds can be broken back into elements by chemical reaction, exposure to light, etc. When compounds are formed heat and light is given out or absorbed. †¢ Compounds  are homogeneous forms of matter. Their constituent  elements  (atoms and/or ions) are always present in fixed proportions (1:1 depicted here). The elements can be divided into three categories that have characteristic properties: 1. Metals 2. Nonmetals 3. Metalloids Most elements are metals, which are found on the left and toward the bottom of the periodic table. A handful of nonmetals are clustered in the upper right corner of the periodic table. The semimetals can be found along the dividing line between the metals and the nonmetals Properties of an element are sometimes classed as either chemical or physical.Chemical properties are usually observed in the course of a chemical reaction, while physical properties are observed by examining a sample of the pure el ement. The chemical properties of an element are due to the distribution of electrons around the atom's nucleus, particularly the outer, or valence, electrons; it is these electrons that are involved in chemical reactions. A chemical reaction does not affect the atomic nucleus; the atomic number therefore remains unchanged in a chemical reaction. Some properties of an element can be observed only in a collection of atoms or molecules of the element. These properties include color, density, melting point, boiling point, and thermal and electrical conductivity. While some of hese properties are due chiefly to the electronic structure of the element, others are more closely related to properties of the nucleus, e. g. , mass number. The elements are sometimes grouped according to their properties. One major classification of the elements is as  metals,  nonmetals, and metalloids. Elements with very similar chemical properties are often referred to as families; some families of eleme nts include the halogens, the inert gases, and the alkali metals. In the  periodic table  the elements are arranged in order of increasing atomic weight in such a way that the elements in any column have similar properties. Chemical properties Chemical properties of elements and compounds Atomic number  Ã¢â‚¬â€œÃ‚  Atomic mass  Ã¢â‚¬â€œÃ‚  Electronegativity according to Pauling  Ã¢â‚¬â€œÃ‚  Density  Ã¢â‚¬â€œÃ‚  Melting point  Ã¢â‚¬â€œÃ‚  Boiling point  Ã¢â‚¬â€œÃ‚  Vanderwaals radius  Ã¢â‚¬â€œÃ‚  Ionic | |radius  Ã¢â‚¬â€œÃ‚  Isotopes  Ã¢â‚¬â€œÃ‚  Electronic schell  Ã¢â‚¬â€œÃ‚  Energy of first ionisation  Ã¢â‚¬â€œÃ‚  Energy of second ionisation  Ã¢â‚¬â€œÃ‚  Standard potential | |Atomic number | | | |The atomic number indicates the number of protons within the core of an atom. The atomic number is an important concept of chemistry and | |quantum mechanics. An element and its place within the  periodic table  are derived from this concept. |When an atom is generally electrically neutral, the atomic number will equal the number of electrons in the atom, which can be found around | |the core. These electrons mainly determine the chemical behaviour of an atom. Atoms that carry electric charges are called ions. Ions either| |have a number of electrons larger (negatively charged) or smaller (positively charged) than the atomic number. | |Atomic mass | | | |The name indicates the mass of an atom, expressed in atomic mass units (amu). Most of the mass of an atom is concentrated in the protons and| |neutrons contained in the nucleus.Each proton or neutron weighs about 1 amu, and thus the atomic mass in always very close to the  mass (or | |nucleon) number, which indicates the number of particles within the core of an atom; this means the protons and neutrons. Each isotope of a | |chemical element can vary in mass. The atomic mass of an isotope indicates the number of neutrons that are present within the core of the | |atoms. The total atomic mass of an element is an equivalent of the mass units of its isotopes. The relative occurrence of the isotopes in | |nature is an important factor in the determination of the overall atomic mass of an element. In reference to a certain chemical element, the| |atomic mass as shown in the periodic table is the average atomic mass of all the chemical element's stable isotopes.The average is weighted| |by the relative natural abundances of the element's isotopes. | |Electronegativity according to Pauling | | | |Electro negativity measures the inclination of an atom to pull the electronic cloud in its direction during chemical bonding with another | |atom. | |Pauling's scale is a widely used method to order chemical elements according to their electro negativity. Nobel prize winner Linus Pauling | |developed this scale in 1932. | |The values of electro negativity are not calculated, based on mathematical formula or a measurement.It is more like a pragmatic range. | |Pauling gave the element with the highest possible electro negativity,  fluorine, a value of 4,0. Francium, the element with the lowest | |possible electro negativity, was given a value of 0,7. All of the remaining elements are given a value of somewhere between these two | |extremes. | |Density | | | |The density of an element indicates the number of units of mass of the element that are present in a certain volume of a medium. | |Traditionally, density is expressed through the Greek letter ro (written as r).Within the SI system of units density is expressed in | |kilograms per cubic meter (kg/m3). The density of an element is usually expressed graphically with temperatures and air pressures, because | |these two properties influence density. | |Melting point | | | |The melting point of an element or compound means the temperatures at which the solid form of the element or compound is at equilibrium with| |the liquid form. We usually presume the air pressure to be 1 atmosphere. | |For exa mple: the melting point of  water  is 0  oC, or 273 K. |Boiling point | | | |The boiling point of an element or compound means the temperature at which the liquid form of an element or compound is at equilibrium with | |the gaseous form. We usually presume the air pressure to be 1 atmosphere. | |For example: the boiling point of water is 100  oC, or 373 K. | |At the boiling point the vapor pressure of an element or compound is 1 atmosphere. | |Vanderwaals radius | | | |Even when two atoms that are near one another will not bind, they will still attract one another. This phenomenon is known as the | |Vanderwaals interaction. |The Vanderwaals forces cause a force between the two atoms. This force becomes stronger, as the atoms come closer together. However, when | |the two atoms draw too near each other a rejecting force will take action, as a consequence of the exceeding rejection between the | |negatively charged electrons of both atoms. As a result, a certain distance wil l develop between the two atoms, which is commonly known as | |the Vanderwaals radius. | |Through comparison of Vanderwaals radiuses of several different pairs of atoms, we have developed a system of Vanderwaals radiuses, through | |which we can predict the Vanderwaals radius between two atoms, through addition. |Ionic radius | | | |Ionic radius is the radius that an ion has in an ionic crystal, where the ions are packed together to a point where their outermost | |electronic orbitals are in contact with each other. An orbital is the area around an atom where, according to orbital theory, the | |probability of finding an electron is the greatest. | |Isotopes | | | |The atomic number does not determine the number of neutrons in an atomic core. As a result, the number of neutrons within an atom can vary. | |Then atoms that have the same atomic number may differ in atomic mass.Atoms of the same element that differ in atomic mass are called | |isotopes. | |Mainly with the heavier at oms that have a higher atomic number, the number of neutrons within the core may exceed the number of protons. | |Isotopes of the same element are often found in nature alternately or in mixtures. | |An example: chlorine has an atomic number of 17, which basically means that all chlorine atoms contain 17 protons within their core. There | |are two isotopes. Three-quarters of the chlorine atoms found in nature contain 18 neutrons and one quarter contains 20 neutrons. The mass | |numbers of these isotopes are 17 + 18 = 35 and 17 + 20 = 37. The isotopes are written as follows: 35Cl and 37Cl. |When isotopes are noted this way the number of protons and neutrons does not have to be mentioned separately, because the symbol | |of  chlorine  within the periodic chart (Cl) is set on the seventeenth place. This already indicates the number of protons, so that one can | |always calculate the number of neutrons easily by means of the mass number. | | | |A great number of isotopes is not sta ble. They will fall apart during radioactive decay processes. Isotopes that are radioactive are called | |radioisotopes. | |Electronic shell | | | |The electronic configuration of an atom is a description of the arrangement of electrons in circles around the core.These circles are not | |exactly round; they contain a wave-like pattern. For each circle the probability of an electron to be present on a certain location is | |described by a mathematic formula. Each one of the circles has a certain level of energy, compared to the core. Commonly the energy levels | |of electrons are higher when they are further away from the core, but because of their charges, electrons can also influence each another's | |energy levels. Usually the middle circles are filled up first, but there may be exceptions due to rejections. | |The circles are divided up in shells and sub shells, which can be numbered by means of quantities. |Energy of first ionisation | | | |The ionisation energy means the ene rgy that is required to make a free atom or molecule lose an electron in a vacuum. In other words; the | |energy of ionisation is a measure for the strength of electron bonds to molecules. This concerns only the electrons in the outer circle. | |Energy of second ionisation | | | |Besides the energy of the first ionisation, which indicates how difficult it is to remove the first electron from an atom, there is also an | |energy measure for second ionisation. This energy of second ionisation indicates the degree of difficulty to remove the second atom. | | |As such, there is also the energy of a third ionisation, and sometimes even the energy of a fourth or fifth ionisation. | |Standard potential | | | |The standard potential means the potential of a redox reaction, when it is at equilibrium, in relation to zero. When the standard potential | |exceeds zero, we are dealing with an oxidation reaction. When the standard potential is below zero, we are dealing with a reduction | |reacti on. The standard potenti |

History of Hersheys Chocolate - Milton Hershey

History of Hershey's Chocolate - Milton Hershey Milton Hershey was born on September 13, 1857, in a farmhouse near the Central Pennsylvania village of Derry Church. Milton was in the fourth grade when his Mennonite father, Henry Hershey, found his son a position as a printers apprentice in Gap, Pennsylvania. Milton later became an apprentice to a candy-maker in Lancaster, Pennsylvania, and candy-making became a passion which Milton grew to love. Milton Hershey: First Candy Shop In 1876, when Milton was only eighteen-years-old, he opened his own candy shop in Philadelphia. However, the shop was closed after six years and Milton moved to Denver, Colorado, where he worked with a caramel manufacturer and learned caramel-making. In 1886, Milton Hershey moved back to Lancaster, Pennsylvania and started the successful Lancaster Caramel Company. Hersheys Chocolate In 1893, Milton Hershey attended the Chicago International Exposition where he bought German chocolate-making machinery and began making chocolate-coated caramels. In 1894, Milton started the Hershey Chocolate Company and produced Hershey chocolate caramels, breakfast cocoa, sweet chocolate, and baking chocolate. He sold his caramel business and concentrated on chocolate-making. Famous Brands The Hershey Chocolate Company has made or currently owns many famous Hershey chocolate candies including: Almond Joy and Mounds candy barsCadbury Creme Eggs candyHersheys Cookies n Creme candy barHersheys milk chocolate and milk chocolate with almonds barsHersheys Nuggets chocolatesHersheys Kisses and Hersheys Hugs chocolatesKit Kat wafer barReeses crunchy cookie cupsMMsReeses NutRageous candy barReeses Peanut Butter CupsSweet Escapes candy barsTasteTations candyTwizzlers candyWhoppers malted milk ballsYork Peppermint Patties Hersheys Kisses chocolates were first introduced in 1907 by Milton Hershey, who trademarked the plume extending out of the wrapper in 1924. Photo Descriptions First: Heart-shaped boxes of Hersheys chocolate are displayed at Hersheys Chicago February 13, 2006, in downtown Chicago, Illinois. The store, the second retail shop for the company outside Hershey, Pennsylvania, opened in Chicago in June 2005. Business at the store has been better than anticipated leading up to Valentines Day Second: The worlds largest Hersheys Kisses chocolate is unveiled at the Metropolitan Pavilion on July 31, 2003, in New York City. The consumer-sized chocolate contains 25 calories; the worlds largest contains 15,990,900.

Free Essays on Asian Parents Vs. The Asian American Child

Amy Tan’s â€Å"Two Kinds† and Janice Mirikitani’s â€Å"Suicide Note† are two literary pieces dealing with Asian American daughters and expectations their Asian parents hold. In â€Å"Two Kinds,† the daughter is an adult looking back on her pressured childhood with her mother. In â€Å"Suicide Note,† the poet, a young college student, who feels it is impossible to please her parents. Although the two works are similar, Tan uses characterization and symbolism to comment on the impact of the daughter’s relationship with her parents, while Mirikitani uses symbolism and voice to convey her message. Amy Tan uses characterization very strongly in the short story â€Å"Two Kinds† for the daughter, Jing Mei. Characterization is used as a literary element through actions, dialogue, and the relationship with others to assist in building Jing Mei’s strong character. Jing-Mei’s mother is a determined Chinese immigrant with high ambitions for her daughter but little practical idea of how they can be achieved. Her mother is motivated by both her haunting past and her hopes for the future. This is seen is the opening paragraph of the story as Tan states, â€Å"America was where all my mother’s hopes lay. She had come to San Francisco in 1949 after losing everything in China†(320). Having come from a traditional Chinese culture, Jing-mei’s mother expects certain behavior of her daughter, such as obedience, respect for her parents, and gratitude for their sacrifices made on her behalf. But she is raising this daughter in America, and Jing-Mei is influenced by many factors that are in conflict with those traditional Chinese values. Her mother wants American success for her daughter, but she wants it on Chinese terms. In characterizing Jing-Mei, Tan allows the reader a number of glimpses into the duality of human nature. Jing-Mei is neither fully Chinese nor fully American, but a blend of both. She is torn between the influences of these... Free Essays on Asian Parents Vs. The Asian American Child Free Essays on Asian Parents Vs. The Asian American Child Amy Tan’s â€Å"Two Kinds† and Janice Mirikitani’s â€Å"Suicide Note† are two literary pieces dealing with Asian American daughters and expectations their Asian parents hold. In â€Å"Two Kinds,† the daughter is an adult looking back on her pressured childhood with her mother. In â€Å"Suicide Note,† the poet, a young college student, who feels it is impossible to please her parents. Although the two works are similar, Tan uses characterization and symbolism to comment on the impact of the daughter’s relationship with her parents, while Mirikitani uses symbolism and voice to convey her message. Amy Tan uses characterization very strongly in the short story â€Å"Two Kinds† for the daughter, Jing Mei. Characterization is used as a literary element through actions, dialogue, and the relationship with others to assist in building Jing Mei’s strong character. Jing-Mei’s mother is a determined Chinese immigrant with high ambitions for her daughter but little practical idea of how they can be achieved. Her mother is motivated by both her haunting past and her hopes for the future. This is seen is the opening paragraph of the story as Tan states, â€Å"America was where all my mother’s hopes lay. She had come to San Francisco in 1949 after losing everything in China†(320). Having come from a traditional Chinese culture, Jing-mei’s mother expects certain behavior of her daughter, such as obedience, respect for her parents, and gratitude for their sacrifices made on her behalf. But she is raising this daughter in America, and Jing-Mei is influenced by many factors that are in conflict with those traditional Chinese values. Her mother wants American success for her daughter, but she wants it on Chinese terms. In characterizing Jing-Mei, Tan allows the reader a number of glimpses into the duality of human nature. Jing-Mei is neither fully Chinese nor fully American, but a blend of both. She is torn between the influences of these...

Smart beta question Essay Example | Topics and Well Written Essays - 500 words

Smart beta question - Essay Example Throughout the time fund manages look forward for different ways to make the investment products effective. The new smart beta strategies works as passive equity investment assets for the market capitalization due to which most of the pension funds in the European countries like Netherlands, Scandinavia etc have shifted their equities portfolios towards smart beta strategies(Skypala). As the article of David highlights that the adoption of Smart beta strategies is one of the fastest growing investments as it tracks certain stock and asset in the index than emphasizing on the entire market. Smart beta has provided greater increase in the interest rate on the equity portfolio(Oakley). It has assessed providing greater and better returns on the equities than the passive or beta funds through taking in account the small company stocks(Skypala). I believe that the Smart Beta is one of the effective approaches that can provide a better combination of passive and active management approache s for the active managers to yields higher returns on the portfolios. In addition, the Smart beta can be an effective approach that lowers the risk for maintaining, enhancing long term returns. This is because the Smart Beta strategies allow multiple approaches for the managers to evaluate the fund management, as it is an alternative strategy that overcomes the risk parity, minimum variance and maximum diversification, value and growth and risk factors indices. However some of the active managers believe that the smart beta has the similar amount of risks involved that the previous approaches. Despite of the fact, the smart beta products still remain one of the most expensive portfolios to invest in than the other passive fund that have eventually decreased their fee to cut bones. This is because the smart beta products have higher and better returns than the other portfolios that provide a better opportunity for its investors to

Poerty Essay Example | Topics and Well Written Essays - 1750 words

Poerty - Essay Example He cautions that the world is wavering by accepting the pleasures of the technological advancement and the impact of the materialistic civilization on the society. He observes the small experiences of life as the unique gift of Nature and wonders about the play of the pair of opposites. He treats grief as an essential ingredient of human life and he is not overwhelmed by those feelings as such and his poems do not take extreme positions. Thus an ordinary trip to farmer’s market or an incident of suicide does not evoke extreme thought-currents in him. His poems are ever calm and the worst situations do not create any harmful waves in his heart and also in the hearts of the readers. The readers experience the pleasure to follow him, not the compulsion. His voice is friendly with an ingredient of humor and at the same time funny, warm and not disrespectful and he has the strong inclination to connect with others through grim and violent situations or incomprehensible circumstance s. The poet’s drive for empathy is pleasingly positive, as he searches, sometimes frenziedly, for any appearance of hope. Having said this, one important aspect relating to the poetry is, a poet does not have control over his emotions in those inspirational moments, as poetry is hailed as the spontaneous overflow of powerful feelings. Nature â€Å"scraps joy† for the poet and that bounty flows through his pen for the benefit of those who have the capacity to accept such simple but profound bounties. Dickman makes his hearty intentions quite clear in â€Å"Slow Dance.† â€Å"There is no one to save us because there is no need to be saved. I’ve hurt you. I’ve loved you. I’ve mowed the front yard.†(38-41) Dickman is the master of the inner world of an individual as such he can correctly express and interpret the different types of emotions generating therein. When one begins reading a poem and reaches up to the end, one feels amply rewar ded as they ooze a sense of fulfillment. Tony Hoagland, in his introduction to All-American Poem, says, â€Å"We turn loose such poets into our culture so that they can provoke the rest of us into saying everything on our minds. They use the bribery of imagination to convince us of the benefits of liberty.† Materialistic civilization and internet revolution have ushered an era of push buttons and a life of hurry. In â€Å"Slow Dance† the author advises the reader to check the momentum, think positively, shun the distractions and enjoy each and every incident of life, as if they are the nature-ordained blessings. Each action, each result, each experience has an element of joy and one has to scrap through it. There are two types of slowing down in life—one you slow down unable to bear the burden of life; second, you willfully and consciously slow down, take time to appreciate life, contemplate on events or developments and try to discover their meanings. In that s ituation you are neither the winner nor the defeatist. What matters is your inquisitiveness to know the reality of that experience. Every moment of life is meaningful, contains new experiences, and you will not be able to experience them for the second occasion in your lifetime, as such they are special. The sights, sounds and events ingrained in that moment are all special. An eternal music is being played and one needs to take note of the notes of music being played at a particular time. Poetry flows