Yeah free essay sample

As a romantic poet, he brought into play all means of romantic expression and achieved perfect unity between content and form in his poetry. Lie Basis poetry has an intense subjective and self-expressive tendency, and his emotions were always expressed with momentum of an avalanche. Extreme exaggeration, apt comparison and profound imagination effected a high realism. When reading the lines, Slashing water with the blade of my sword, it flows on all the more raise my goblet, drown my dollar deep, yet it waxed doubly sore, readers cannot help being moved by the despair a midst the renouncement.This expressive technique is especially seen in poems Traveling to Titanium Mountain in a Dream: A Parting Song and Difficult is the way to Shush. Lie ABA often made extensive use of technique involving imagery, exaggeration, analogy and personification in his poems,concocting a vision of fantasy and mystique, in language that is brisk, lively and refined. We will write a custom essay sample on Yeah or any similar topic specifically for you Do Not WasteYour Time HIRE WRITER Only 13.90 / page Lie ABA also wrote a number of poems from various viewpoints, including the personae of women. For example, he wrote several poems in the Uzi Ye, or Lady Midnight style, as well as Han folk-ballad style poems.Horace Horses lyric poetry comprises his seventeen Epode, and 1 03 Odes in four books. The former, which include some of his early work, are on a variety of political and satirical themes, with a few love poems. Most are written in an iambic meter, a longer line being followed by a shorter one, which is known as the epode, or after song. The first three books of odes were written between 33 and 23 BC, and reflect the events of the time. The fourth book was published in 15 BC. Horses odes are regarded as his finest works and are written in a variety of Greek meters whose rules he followed strictly. His other works include Carmen Secular, a poem to various gods, commissioned by Augustus to celebrate the Secular Games in 17 BC; three books of Epistles, Of which the third is generally known as the literary essay Ears Poetic; and two books of Satires the Latin word from which satire comes had the meaning of a medley of reflections on social conditions and events.Horace appears to have been a bit of a hypochondriac, while enjoying to the full his life, his work, and the position his work gave him in society. He died only a ewe months after his patron Nascent. Shops the tenth Muse In literary history and critical theory Shops greatest importance is to be found in her contribution to the idea of the lyric genre. Her work, which claims to be direct, impassioned, and simple and which is addressed to a circle of close friends and lovers rather than being impersonal or directed at connoisseurs, has significantly influenced the evolution of poetry.Her celebration of love has reechoed through the centuries not only in the work of translators and direct imitators, but also in all those other voices that have eared declare their love to be radically important, more compelling and serious than abstract notions of truth or justice or piety. At the same time Shops reminds modern readers of poetrys roots in magic and religion while occupying a firm place in Greek literary history as a metrical inventor and an expert practitioner of her art.Finally, she is widely recognized as one of the great poets of world literature, an author whose works have caused her readers to repeat in many different forms Stratas amazed epithet when he wrote that she could only be called a marvel. Shops was called lyrics because, as was the custom of the time, she wrote her poems to be performed with the accompaniment of a lyre. Shops composed her own music and refined the prevailing lyric meter to a point that it is now known as Sapphic meter.She innovated lyric poetry both in technique and style, becoming part Of a new wave Of Greek lyricist who moved from writing poetry from the point of view of gods and muses to the personal vantage point of the individual. She was one of the first poets to write from the first person, describing love and l oss as it affected her personally. Her style was sensual and melodic; primarily songs of love, yearning, and reflection. Most commonly the target of her affections was female, often one of the many women sent to her for education in the arts. She nurtured these women, wrote poems of love and adoration to them, and when they eventually left the island to be married, she composed their wedding songs. That Shops poetry was not condemned in her time for its homoerotic content (though it was disparaged by scholars in later centuries) suggests that perhaps love between women was not persecuted then as it has been in more recent mimes.Especially in the last century, Shops has become so synonymous with woman-love that two Of the most popular words to describe female homosexualitylesbian and Sapphic have derived from her. Yuri Poetry consists of a poem, such as a sonnet or an ode, that expresses the thoughts and feelings of the poet. The term lyric is now commonly referred to as the words to a song. Lyric poetry does not tell a story which portrays characters and actions. The lyric poet addresses the reader directly, portraying his or her own feeling, state of mind, and perceptions.

Breaking into the Lucrative Magazine Market with the Big R Game

Breaking into the Lucrative Magazine Market with the Big R Game Many people have a tremendous amount of baggage when it comes to one of the smallest words in the English language: no. Its mostly a learned behavior. As Ive watched my daughter growing up, the first few years she didnt seem to have a problem with rejection. For example, while learning to walk, balance rejected her countless times. Each time she fell, shed sit there for a few moments, then giggle and start all over. This is not the case for many fledgling writers. In fact, Ive talked to quite a few who have so much fear of being rejected they wont submit their material. While thats one way to avoid rejection, it will stop you from building a writing career. But what if you could turn the process of rejection to your favor? When I decided to write for magazines, I created a writing game. I call it the Big R Game. The rules are simple; in fact, theres only one, and its summarized in the object of the game: Collect as many rejections as you can, as fast as you can, while writing as well as you can. I set my target for 100. This might sound crazy. Why would anyone set a goal to collect a hundred rejection letters? Arent rejection letters to be avoided? Well, maybe in a perfect world, but the writing and publishing world is far from perfect. My rationale for such a game was simple. I knew that if I won at this game Id do at least two things right: Id write a lot, and Id submit what I wrote. These are the two most important activities a writer needs to do if he wants to succeed at the larger game of being a published and profitable writer. Playing the Big R Game also took the edge off of receiving rejection letters. Each time one arrived in the mail, I was winning the game, not only the Big R Game but also the much larger game of becoming a successful writer. Each rejection carried me one step closer to learning my craft. If you have a problem with rejection, try a game or two of the Big R. You may find it lifting your spirit and dissolving the resistance youve added to writing. The other big benefit of the game is that if you set out to collect 100 rejections, you’ll surprisingly receive a fair amount of acceptances. Since playing the Big R Game, Ive published over 350 magazine articles in such publications as Unity Magazine, AARP (then Modern Maturity), Body and Soul (then New Age Journal), Yoga Journal, and Better Homes and Gardens, to mention just a few. Many of them have been part of my pet writing project, Project Purpose: to write and publish articles about people whose lives are dedicated to a bold and inspiring purpose or vision. But more about that in a future article.

A clear and concise statement of the constitutional issue involved Essay

A clear and concise statement of the constitutional issue involved - Essay Example Following are some of the arguments why he still, though late has the right to demand justice at the U.S. Supreme Court. The Fifth Amendment to the Constitution of the United States refers that no person accused of crime may be compelled to bear witness against himself or herself as held in ‘State of New York, petitioner v. John SUGGS, respondent’ (2011). The Supreme Court of America has held that this rule is applicable not only on trials but also on police interrogations. Furthermore if the police officials want to question a suspect, he must be given the Miranda Rights. Here, Dylan was in the same situation of being in the police custody when he was questioned by the police officer Smith, and should have been given the Miranda Rights. Therefore, the very purpose of the Miranda Rights was violated while questioning Dylan. Again, the provisions of the 5th Amendment protect the appellant against the compelled self-incrimination and provides him with the right to a grand jury, where Dylan had been forced for self-incrimination. It has been stated in Bram v. United States (1897) that the de termination of the confession to be competent is done by applying the portion of Fifth Amendment, which states that â€Å"no person shall be compelled in any criminal case to be a witness against himself† (Bram v. United States, 1897). Fourth Amendment of the Constitution of United Sates, Citizenship Rights, Section (1), ratified in 1868, refers â€Å"No state shall make or enforce any law which shall abridge the privileges or immunities of citizens of the Unites States; nor shall any State derive any person of life, liberty, or property, without due process of law; nor deny to any person within its jurisdiction the equal protection of laws† (The Constitution of the United States). The provision of this Fourth Amendment had been violated while questioning Dylan. The evidence was obtained from him by illegal means and by violation of the Federal Constitution rights. The

Article Abstract 8 Essay Example | Topics and Well Written Essays - 250 words

Article Abstract 8 - Essay Example The empirical analysis is carried out on a racial basis. The conclusion of the research is that race has no significance whatsoever where the price of a rookie baseball card is concerned. This conclusion was reached after lack of evidence of customer discrimination on racial basis for the blacks or Hispanics research subjects (Gabriel, Curtis and Timothy 228). The estimation of the results of the research analysis has been well broken down and articulated well. This is especially so after the results being differentiated for the hitter and pitchers and the composite indexes of the prices well indicated. The estimated results also differentiate between the card price of Hispanics and that of the blacks in the descriptive statistics. The researchers did not clearly explain the sample size, population or even the sampling technique used in this particular research. The other thing that should have been present but lacked in this research is more literature review. The researchers only dwelt on literature by one group of researchers and hence making the research not

Feasibility I Assignment Example | Topics and Well Written Essays - 1250 words

Feasibility I - Assignment Example Venture concept refers to a start-up entity built with the intention of benefiting financially. A business endeavor may also be deemed a small business. Numerous ventures will be advanced by one or more groups or individuals with the anticipation of the business raising a financial benefit for all sponsors. Most business ideas are generated on an insufficient supply in the market or the market demand. If the new venture is accepted by entrepreneurs or investors the growth of the new proposal will start and all supporting players will help expand and market the new venture to gain financially. The Food retail industry, for instance, particularly bake products has continued to develop into consumer demand. Rolls, fresh bread, cakes, and pastries are products customers seek on a daily basis. The new venture notion of Innovative bakery services and goods consumer is what Sweet Berry Company seeks about to establish. Introducing New Business Proposal –Sweet Berry Company The company makes customized pastries. What this means is that the clients log onto our website choose the product, for example, a cake then choose the ingredients that they want to be used to make a cake. The advantages of this are numerous as we can specify needs such as health or medical concerns for the clients. For example, clients who are lactose intolerant can place an order where the cake is made without the use of dairy products. This is where a business owner takes into consideration factors such as labor, location, suppliers, transportation amongst other factors (EPA, 2008). Investors are usually able to gauge a good business plan from the information contained in the technical feasibility. It is used to asses costs, long-term planning and troubleshooting. For our particular model of business, we have no competitors for this particular brand locally. The model that we have taken is from companies such as Indulge bakery in Colorado and sweet themes

Cultural Aspects Of The Amish Society

Cultural Aspects Of The Amish Society The Amish originated in Switzerland but is now culturally centered in the States and Canada. The Amish are called the Old Order Amish or Pennsylvania Dutch. The religion is strict in the teaching of separation from the world and a tightly knit community. The doctrine that the Amish follow teaches farming and simplicity. Because of this simplicity, the Amish are now allowed to have electricity, own cars, or go to war. What modern people see as necessities in todays world, the Amish people live without in the Pennsylvania Dutch society. The Amish originated in Switzerland around the time of 1525. In the 16th century, the act of baptizing an adult was considered a crime. The members were beaten and thrown into rivers and left to die painful deaths. The carnage in Europe led to the immigration of the Amish (Amish). A man named Jacob Ammann lead the Swiss Mennonites, now called the Amish, to the United States of America and Canada (Origins). When the Amish settled in the United States the religion had its own ideas of how strict the religion should be. As groups of people began to split, different religious groups formed. The Old Order Amish are the strictest of the groups (Amish). In the religion the services are done in the homes. These homes are designed to be able to have a large group of people in them. There are members of the religion that half a higher position than normal members. There is a deacon, a bishop, and two preachers. The church is held on Sundays and the members of the church take turns on who will host the next service (BBC). The doctrine of the Amish teaches its members about farming and simplicity. The unwritten rules are called Ordnung. This unwritten set of rules is followed by everyone but if there is a question about them then the oldest members of the community will take up the position and make sure the rule is made clear. The religion teaches that individualism is not something important or to be proud of but that its better to be plain and simple. The Amish believe that God is happier when people take care of the world and remain pacifists. If anyone breaks these rules the person who is accused will be shunned until forgiveness has been offered (BBC). The clothing of the women in the Amish society consists of long plain dresses and bonnets (Amish). The women can also wear long sleeves and a full skirt with plain shoes. The women do not wear make-up. The mens clothing is of the same plainness as the womens. The men wear dark colored pants or trousers, braces, and straight-cut coats. The men are often seen with a wide brimmed hat sometimes made of straw. The children wear closely to the same clothing that the adults wear with the exception that they often go barefoot (BBC). The life of the Amish consists of no electrical uses in their homes. There are exceptions as dairy farmers have to comply to the religions. The electricity is only wired up to the barns and is not used but to continue as dairy farmers (BBC). Everything done by the Amish involved the help of the community as a whole. If a family needs a barn built the whole community comes together and helps build the barn and depending on the size, it can be put up in a few days or a few weeks (Origins). As the Amish practice separation from the modern world, they practice different languages. At home the families use a German based language called Pennsylvania Dutch. At church the Amish use a high German dialect. When speaking to a person that isnt Amish, or English, the use English (BBC). As tourism of Amish communities grows, Amish people are starting businesses to help make money. It has been noted that Amish businesses do better than U.S. businesses. Amish businessesà ¢Ã¢â€š ¬Ã‚ ¦ are growing, prospering, and thriving. The Amish have low business failure rate, 4 percent a decade compared to the 70 percent failure rate of new U.S. businesses within their first three years of operation. This increase in business success rates could be the result of more tourism. à ¢Ã¢â€š ¬Ã‚ ¦the Aurthur Vistor center recorded 29,114 visitsà ¢Ã¢â€š ¬Ã‚ ¦ (Turco). Many Amish people have shops that consist of wood shops, selling craft such as quilts, selling fruits and vegetables, bakeries, restaurants, gift shops, and an open farmers market (Mink). Most of the businesses have 10 or fewer employees who are Amish. In some business it is completely ran by family members (Tenner). Most Amish families are farmers. They use horses, oxen, or mules to plow their fields. The machinery used cannot have rubber wheels but metal ones instead. Many of the Amish produce corn to feed the animals that they family will use for meat. Some of the meat may be sold at the markets and the hides of the animals are used to make leather goods. Some families may be smaller and that raise animals for their own consumption while other farms may be raising or growing the animals or crops to sell. The animals grown may be chickens, pork, beef, and lamb. Some major crops grown are corn and oats (BBC). Some farmers use pesticides, herbicides, and may use seeds that have been altered genetically (Tenner).Other farmers rely on nature to benefit them in the way that nature does. Farmers that use more traditional ways rely on birds to take care of their insect problems. the birds, you see, are our allies. Each year, the swallows kill thousands of insects over our fieldsà ¢Ã¢â€š ¬Ã‚ ¦ the Amish need the birds so they help them by building them nest and never tarring down the old nest. Some Amish believe by using horses rather than tractors, they are being closer to one with nature (Kline). The families in the Amish communities usually have an average of seven to eight children. The families never divorce and only marry other Amish. The Amish do not marry a first cousin and would prefer not marrying the second cousin either (BBC). The husbands are usually the ones that are responsible for bringing in the most money. They are usually the farmers and do the harder labored work in the barns and in the fields. Some men many have a change of roles and may do more of the gardening and house roles that most women would do (Amish Studies). The wives can be the bread winner in some cases because she may run a business. Most wives are stay at home moms that have the responsibilities of taking care of the children and doing task around the house. Most women do not have full time jobs because of their children. Women and men share the house hold decisions for the most part. The husband usually just makes religious decision and the wife is more active in nurturing the religion and making more household decisions (Amish Studies). The wives arent always busy with house chores. The Amish sisters have gatherings that mix everyday chores up. The group of women may get together and make quilts or have fun while harvesting vegetables. In a time of an emergency the community will come together to help the families. The wives will care for the children and the men will focus on more labored work. The elderly also help the families. The grandmothers will help baby sit and the grandfathers will help the other men with outside chores (Amish Studies). The childrens roles at home are chores around the farm such as feeding chickens and collecting the eggs and milking cows. The children go to school until 14 and 15 years old. A normal school has about 25 to 35 people in a one room schoolhouse. The material is taught in English and is usually taught by younger women (BBC). In the Amish schools text books are used and the teacher has the same education as an eighth grader (Halvorsen). The teachers have been taught by older more experienced Amish teachers. By the time an Amish girl is twelve years old she knows how to cook a meal for a whole crew of Amish workers, and a young man knows farm operations by the time he is a teenager. The Amish limit the education because after school the children learn the vocational skills (BBC). After they leave school Amish boys learn work skills such as farming and carpentry on the job, while Amish girls concentrate on practical domestic matters This remains true until the child turns 16 and goes through a period called Rumspringa. Rumspringa is when an Amish child is allowed to go out into the world to choose if he or she wants to go live there or wants to become a full Amish member. 90% decide to do so (BBC). The transportation of the Amish consists of simply horses and buggies. The Amish can take rides in someone elses car. For long distances, this is a good way for getting around. The Amish can hire someone to drive them to places if need be (BBC). Most stores have made hitching post and accommodations for the Amish. Amish friends, please clean up after your horse. A shovel and garbage can are provided (Mink). The life of the Amish is centered on their community, having strong family bonds, and living life with a simplicity that most modern people dont have. The Amish remind people of how things used to be and because of this the tourism in the Amish communities are growing. This doesnt change the roles of the people or their beliefs in their religion. The Amish live in peace and harmony with nature and themselves. Riley 7

Constantinople :: essays research papers fc

This essay will attempt to analyse and explain all the causes and factors that lead to the choice of Constantinople as eastern capital of the empire. From the very outset the reasons for such a catalytic â€Å"move†, which provided the impetus for the creation of a new era, will be examined as lucidly as possible. To conclude, having appraised the above, much light will be thrown on the choice of Constantinople, amongst other locations, as the eastern capital of the empire in terms of geographical position, religious and economical factors. Numerous were the reasons that gradually led to the movement of the empire to the East. Initially, Rome was very far from the regions of the shores of the Bosphorus and the river Euphrates and thus unable to confront effectively the empire’s most significant enemies (the Goths and the Persians) that had made their appearance from the 3rd century. Additionally, Rome, a centre of paganism, with its memories of municipal traditions and â€Å"republican sentiment, with its aristocratic, educated and fiercely traditionalist senators †, had begun to annoy the Roman Emperor Constantine the Great (337-362). He, himself, was a vigorous supporter of Christianity and especially after the prolonged period of his successful confrontation with Licinius (314-323), he was convinced that the future belonged to the Christians and for that reason, he decided to turn decisively towards the East, which was the main source and origin of the new religion. Furthermore, from the 3rd century onw ards, most of the emperors originated from provinces and did not share significant bonds with Rome. What Constantine visualised instead of sacrifices to pagan deities and four emperors with irregular courts and capitals, was an empire with one emperor and one established capital, along with a splendid innovative church devoted to the glory of the one true God . He therefore regarded the foundation of a new city as the most important symbol of his deeper aim, the renewal of the empire. In 324, the old Greek trading city of Byzantium (modern Istanbul) was chosen by Constantine the Great as the ultimate spot for the new city that would form the headquarters of the empire in the East and was renamed after his own name, Constantinople (Constantinou-polis). It is a fact that among the fundamental criteria for choosing this specific location were its strategic geographical position between Europe and Asia, its strategic value for the command of the seas and of the main routes over-land from East to West and from North to South, as well as the right connection between the centre and the periphery of the Empire.

Reinvest in R&D

To what extent is it necessary for companies to reinvest profits in research and development? In the past 20 years, intellectual property has been highly respected in the world. In other words, there has been a majority of companies that paid more and more attention with regard to the performance of department of research and development (R&D), and especially for technologic corporations that own the fast product-life-cycle. Despite the fact that some people will argue whether reinvesting more source in research and development is successful strategy or not, an important issue for management studies would be normally discussed to be to what extent companies have to reinvest in research and development. This essay will seek to discuss some solutions of a number of large technologic companies form different views and also try to find the optimum one. Firstly, there are two solutions will be discussed. Secondly , They will be compared each other. In the end, the essay could summarize that which solution is the best. One way of solving the problem would be to undoubtedly reinvest a significant amount of profits in R&D, even if it may occupy more 15% of the revenue. In fact, John Madden (2010) emphasized that â€Å"Most successful companies reinvest 3-6% of net sales into research and development† and some companies in the specific industries would arrive at 15% of revenue into R&D. In addition, according to Chesbrough, H. W. (2006: xix), â€Å"Internal R&D was viewed as a strategic asset and even barrier to competitive entry in many industries†. In particular, those enormous technologic corporations with considerable capitals and extended schemes of R&D could compete, such APPLE, IBM and HTC. Therefore, it could be said that the solution entirely agree R&D is a vital cycle and asset in developing company. Evidence indicates that most products of technologic corporations be probably own shorter product-life-cycle. As a result, R&D will allow the company to create new products continually. Following that, company makes a majority of profit form these new products. For example, ADES stated that more than 60% of revenue of Xerox earn from the new products that launched in the past two years. Moreover, investing R&D oneself will control the main techniques and put up the higher barriers to control competitor’s entrance. For instance, Apple enterprise continually devotes to discover new technology to take out enormous intellectual patents and then raise their competitiveness. On the other hand, firms need to spend huge time money and manpower to participate in the process of R&D and some companies that want to reinvest in R&D must ante up bigger risk. Unfortunately, this investment may be frequently sunk costs. A number of businesses fail and go bankrupt in the bad condition. On balance, it is not only unsuitable methods for all enterprise, but it is not unique answer. Another way to solving the problem would be to stop any investment of R&D. This is to say, the corporations do not have to reinvest any resource into R&D and also do not need to organize the department of R&D oneself. However, it does not mean that they must not acquire any new techniques and products of next generation. They just utilize some methods or strategies to gain a number of technology what they want, such as technical authorization, technical transfer, outsource R&D, hire consultants and enterprise merger and acquisition. To a certain extent, there are probably noticeable advantages in this solution. Firstly, the firms just spend lower cost to gain new technical knowledge and then finish the mission of R&D. Secondly, this should be able to compress the time of researching new technical knowledge and also shorten in the procedure of developing the coming products. Furthermore, the brilliant product could be successfully launched at the good timing. In contrast, evidence indicates that the strategy of utilizing outsource seem to be marked difficult for how to execute deeply it. There is one instance of enterprise merger and acquisition of exploring the post-acquisition integration risks. According to Chen, C. H. and Shih, H. T. (2008), Whether the mission or vision of the both company is the same or not will be a vital factor. The reason totally affects the success of an acquisition. In addition, how to find out and to purchase the primary techniques is also an obvious problem. Clearly, this method has some strengths and weaknesses, thus below two will be evaluated as follows. Both methods have probably offered most corporations to solve the R&D problem. Similarly, all of them agree that the importance of R&D and utilizing new techniques in the company. Moreover, there are also the similar risks in both ways. Tassey (1997) stated that uncertainty of R&D is â€Å" the inability to estimate the reward and risk. † On the other hand, one of their different points is the speed of exploiting new product. This would seem to be the way of cooperating other R&D institutions. The other one could be whether they can control the key techniques to persistently maintain core competitiveness of the enterprise or not. According to Porter (2004:164), â€Å"Technological change is one of the principal driver of competition. It plays a major role in industry structural. † technological As for that, organizing own R&D might be an appropriate way. Overall, how to keep the main technical knowledge is a very vital around growing energy and supporting stable profit of most firms. Despite the fact that outsourcing can help corporations acquire rapidly knowledge, reinvesting income in R&D by themselves is apparently better. Obviously, every method has different characters to solve the R&D problem. So people should understand the situation of the companies themselves before choosing the solution. All in all, it is difficult to clearly identify what extent is suitable to plow revenue in R&D related to the large technologic companies to and decide the best way to solve this problem. However, Here there are two methods to solve the problem in this essay. The best way seems to be the first one. It could be said that should do their own individual R&D seem to be one of competitive capabilities in a firm, and then it may affect the growth of a company in the future, such as launching latest production and recognizing new marking. Nevertheless, they should estimate the overall risk before deciding that. References: ADES (2008) Invest in R&D, It’s vital for your business’ survival. (school practitioner). ADESBLOG Weblog [online] 5th March. Available from: http://www. adesblog. com/2008/03/05/invest-in-research-and-development/. [Accessed 22/8/11]. CHEN, C. H. and SHIH, H. T. 2008) Mergers and Acquisitions in China: Impacts of WTO Accession. United Kingdom: Edward Elgar Publishing Limited. CHESBROUGH, H. W. (2006) Open Innovation: The New Imperative for Creating And Profiting from Technology. United States of America: Harvard Business School Publishing Corporation. MADDEN, J. (2010) Research and Development- reinvestment in innovation [www] Airborn Electronics. Ava ilable from: http://www. airborn. com. au/spec/econ. html [Accessed 22/08/11]. PORTER, M. E. (2004) Competitive Advantage. New York: Free press. TASSEY, G. (1997) The Economics of R&D Policy. United States of America: Quorum books.

Biography of James Watt, Modern Steam Engine Inventor

Biography of James Watt, Modern Steam Engine Inventor James Watt (January 19, 1736–August 25, 1819) was a Scottish inventor, engineer, and chemist. He developed a workable steam engine that utilized a separate condenser; this innovation made the steam engine a useful tool for a vast range of uses. In many ways, Watts invention- or rather, his improvement on an earlier invention, the Newcomen steam engine- was the technological impetus behind the Industrial Revolution. Fast Facts: James Watt Known For: Invention of the steam engineBorn: January 19, 1736 in Greenock,  Renfrewshire, Scotland, United KingdomParents: Thomas Watt, Agnes MuirheadDied: August 25, 1819 in  Handsworth, Birmingham, England, United KingdomEducation: Home educatedPublished Works:  A System of Mechanical PhilosophyAwards and Honors: Many streets and schools carry his name; statues of his likeness in Picadilly Gardens and St. Pauls CathedralSpouse(s): Margaret (Peggy) Miller, Ann MacGregorChildren: James Jr., Margaret, Gregory, Janet, AnnNotable Quote: I had gone to take a walk on a fine Sabbath afternoon. I had entered the Green by the gate at the foot of Charlotte  Street and had passed the old washing house. I was thinking upon the engine at the time, and had gone as far as the herds house, when the idea came into my mind...I had not walked  farther  than the Golf  house when the whole thing was arranged in my mind. Early Life James Watt was born on January 19, 1736, in Greenock, Scotland, as the only surviving child of four of James Watt (1699–1737) and Agnes Muirhead (1901–1754). Greenock was a fishing village that during Watts lifetime became a busy town with a fleet of steamships. James Jr.s grandfather Thomas Watt (1642–1734) was a well-known mathematician and local schoolmaster. James Sr. was a prominent citizen of Greenock and a successful carpenter and ships chandler who worked at outfitting ships and working on their instruments, compasses, and quadrants. At various times, James Sr. was also the chief magistrate and treasurer of the town. Education James Watt was intelligent, but because of poor health he was unable to attend school regularly. Instead, he gained the skills he would later need in engineering and tooling by working with his father on carpentry projects. By age 6, James Watt was solving geometrical problems and conducting his earliest investigation into the nature of steam, which involved experimenting with his mothers tea kettle. In boyhood, Watt was an avid reader and found something to interest him in every book that came into his hands. When Watt was finally sent to the village school, his ill health prevented his making rapid progress; it was only when he was 13 or 14 that he began to exhibit his abilities, particularly in mathematics. His spare time was spent sketching with his pencil, carving, and working at the tool bench with wood and metal. He made many ingenious mechanical works and some beautiful models, and enjoyed repairing nautical instruments. Apprenticeship After his mother died in 1754, the 18-year-old Watt was sent to Glasgow to train as a merchant with his uncle John Muirhead. One of his mothers relatives was the chair of the Oriental Languages and Humanities department at Glasgow College, and Watt became a member of the literary society there. He also met other scholars at Glasgow who would prove influential and supportive of his career: Robert Dick, professor of natural philosophy, Robert Simpson in mathematics, and William Cullen in medicine and chemistry. It was Dick who suggested that Watt go to London to get training as a mathematics instrument maker. With a letter of introduction, Watt left for London in 1755 and began working with the instrument maker John Morgan. Watt was not officially an apprentice, but he did work on mechanical instrumentation: Morgan thought he was talented but took too long to complete his work. The job with Morgan ended in June 1756 and Dick got him a short-term position to work on an astronomical clock, reflecting telescopes, and transit instruments. Watt returned to Greenock at the end of the year, but he soon went back to Glasgow where he began a small business in quadrant-making. He was appointed mathematical instrument-maker at Glasgow College, supported by Dicks replacement John Anderson, and by Cullens replacement and chemist Joseph Black (1728–1799). Black is best known for his work on latent and specific heats and for his discovery of carbon dioxide, and he was to become a staunch supporter of Watt. Early Experimentation In 1759, John Robison, a student at Glasgow, showed Watt a model of the Newcomen steam engine and suggested it might be used to propel carriages. The Newcomen was invented and patented in 1703 by Thomas Newcomen (1664–1729), and Watt began building miniature models using tin steam cylinders and pistons attached to driving wheels by a system of gears. In his own experiments he used, at first, apothecaries trials and hollow canes for steam reservoirs and pipes, and later a Papins digester and a common syringe. The latter combination made a noncondensing engine, in which he used steam at a pressure of 15 pounds per square inch. The valve was worked by hand, and James Watt saw that an automatic valve gear was needed to make a working machine. This experiment, however, led to no practical result and for the next several years, he abandoned this research. Watt stayed with the college until the 1760s, when he took up a partnership with a merchant named John Craig, financed partly with Black. One venture of theirs was producing alkali from salt- in the 18th century, alkali could only be produced from plants. Craig and Watt were one of several people looking for a way to create it chemically, an effort not achieved until 1820. Watt and Craig also worked on pottery kilns and glazes for making tin-glazed delftware. Marriage and Family In 1764, Watt married Margaret Millar, known as Peggy, a cousin he had known since they were children. They were to have five children, only two of which lived to adulthood: Margaret, born in 1767, and James III, born in 1769, who as an adult would become his fathers main support and business partner. The Newcomen Steam Engine Over the winter of 1763–1764, John Anderson at Glasgow asked Watt to repair a model of the Newcomen engine. He was able to get it running, but he was curious as to why the machine consumed so much steam and condensing water. Watts began studying the history of the steam engine and conducted experimental research into the properties of steam. The Newcomen steam engine model had a boiler that was made to scale and was incapable of furnishing enough steam to power an engine. It was about nine inches in diameter; the steam cylinder was two inches in  diameter and had a  six-inch  piston stroke. Watt made a new boiler that could measure the quantity of water evaporated and the steam condensed at every stroke of the engine. Watt soon discovered that the engine required a very small quantity of steam to heat a very large quantity of water. He immediately started to determine with precision the relative weights of steam and water in the steam cylinder when condensation took place at the down stroke of the engine. James Watt independently proved the existence of latent heat, which had been discovered by his mentor and supporter Joseph Black. Watt went to Black with his research, who shared his knowledge with Watt. Watt found that, at the boiling point, his condensing steam was capable of heating six times its weight of water used for producing condensation. Watts Separate Condenser Realizing that steam weight for weight was a vastly greater absorbent and reservoir of heat than water, Watt saw the importance of taking greater care to economize it than had previously been attempted. At first, he economized in the boiler and made boilers with wooden shells in order to prevent losses by conduction and radiation. He also used a larger number of flues than Newcomen had to secure  more complete  absorption of the heat from the furnace gases. He also covered his steam pipes with  non-conducting  materials and took every precaution to secure the complete utilization of the heat of combustion. He soon discovered that the sources of heat loss in the Newcomen engine ­ were: The dissipation of heat by the cylinder itself, which was of brass and was both a good conductor and a good radiator.The loss of heat consequent upon the necessity of cooling down the cylinder at every stroke in producing the vacuum.The loss of power due to the pressure of vapor beneath the piston, which was a consequence of the imperfect method of condensation. His first attempt at a cylinder of  non-conducting  material was made of  ­wood soaked in oil and then baked, which did increase the economy of steam. He then conducted a series of very accurate experiments upon the temperature and pressure of steam by measuring the amount of steam used at each stroke of the engine. He was able to confirm his previous conclusion that three-fourths of the heat supplied to the engine was wasted. Further Improvements After his scientific investigations, James Watt worked on improving the steam engine with an intelligent understanding of its existing defects and a knowledge of their cause. Watt soon saw that in order to reduce the losses in the working of the steam in the steam cylinder, it would be necessary to find a way to constantly keep the cylinder as hot as the steam that entered it. According to James Watt: The idea came into my mind that, as steam was an elastic body, it would rush into a vacuum, and, if a communication were made between the cylinder and an exhausted vessel, it would rush into it, and might be there condensed without cooling the cylinder. I then saw that I must get rid of the condensed steam and injection water if I used a jet, as in Newcomens engine. Two ways of doing this occurred to me: First, the water might be run off by a descending pipe, if an off jet could be got at the depth of 35 or 36 feet, and any air might be extracted by a small pump. The second was, to make the pump large enough to extract both water and air. He continued, When analyzed, the invention would not appear so great as it seemed to be. In the state in which I found the steam engine, it was no great effort of mind to observe that the quantity of fuel necessary to make it work would forever prevent its extensive utility. The next step in my progress was equally easy- to inquire what was the cause of the great consumption of fuel. This, too, was readily suggested, viz., the waste of fuel which was necessary to bring the whole cylinder, piston, and adjacent parts from the coldness of water to the heat of steam, no fewer than from 15 to 20 times in a minute. James Watt had invented his all-important separate condenser. He proceeded to make an experimental test of his new invention. His little model worked very well, and the perfection of the vacuum was such that the machine lifted an 18-pound weight suspended from the piston rod. He then constructed a larger model, and the result of its test confirmed the results of his first experiments. Watt Builds His Own Steam Engine It took years for Watt to figure out the details of the new steam engine. To start with, Watt had to find a way to prevent the condenser from filling with water. He tried several approaches, including an air pump, which relieved the condenser of the water and air which collected in the  condenser and lessened the vacuum. He next substituted oil and tallow for the water used to lubricate the piston, keeping the steam tight and preventing the cooling of the cylinder. Another cause of refrigeration of the cylinder and consequent waste of power in its  operation was the entrance of air, which followed the piston down the cylinder at each stroke, cooling its interior by its contact. The inventor prevented this from happening by covering the top of the cylinder and surrounding the whole cylinder with an external casing, or steam jacket, that allowed the steam from the boiler to pass around the steam cylinder and press on the upper surface of the piston. After building his larger experimental engine, Watt rented a room in an old deserted cottage. There, he worked with mechanic Folm Gardiner. Watt had just met John Roebuck, a wealthy physician, who had, with other Scotch capitalists, recently founded the celebrated Carron Iron Works. Roebuck began to support Watts efforts financially and Watt frequently wrote to Roebuck  describing  his progress. In  August 1765, he tried the small  engine and wrote Roebuck that he had good success, although the machine was very imperfect, and informed Roebuck that he was starting to make the larger model. In  October 1765, he finished the large steam engine. The engine, while ready for trial, was still far from perfect. It nevertheless did good work for such a crude machine. Financial and Personal Setbacks Unfortunately, by 1765, James Watt was reduced to poverty, and, after borrowing considerable sums from friends, he finally had to seek employment in order to provide for his family. During a span of about two  years, he supported himself as a civil engineer, surveying and managing the building of several canals in Scotland and exploring coal fields in the neighborhood of Glasgow for the magistrates of the city. He did not, however, entirely give up his invention. In 1767, Roebuck assumed Watts liabilities to the amount of  1,000 British pounds and agreed to provide more capital in exchange for  two-thirds  of Watts patent. Another engine was built with a steam cylinder seven or eight inches in diameter, which was finished in 1768. This worked sufficiently well to induce the partners to ask for a patent, and the specifications and drawings were completed and presented in 1769. Watt also built and set up several Newcomen engines, partly, perhaps, to make himself more thoroughly familiar with the practical details of engine building. Meantime, he prepared plans for and built a moderately large engine of his own new type. Its steam cylinder was 18 inches in diameter, and the stroke of the piston  was 5 feet. This engine was built at  Kinneil and was finished in  September 1769. It was not all satisfactory in either its construction or its operation. The condenser was a surface condenser composed of pipes somewhat like those used in his first little  model and did not prove to be satisfactorily tight. The steam piston leaked seriously, and repeated trials only served to make its imperfections more evident. He was assisted with financial and moral support by both Joseph Black and John  Roebuck, but  he felt strongly about the risks he ran of involving his friends in serious losses and became very despondent. Writing to Black, Watt said: Of all things in life, there is nothing more foolish than inventing; and probably the majority of inventors have been led to the same opinion by their own experiences. Partnership With Matthew Boulton In 1768, James Watt traveled to London to get his patent submitted, and on the way he met Matthew Boulton. Boulton was the owner of a Birmingham manufacturing company known as the Soho Manufactory, which made small metal goods. He  had inherited his fathers business and built it up considerably. He and his business were very well known in the mid-18th century English enlightenment movement. Boulton was a good scholar,  with a considerable knowledge of languages and science- particularly mathematics- despite having left school as a boy to go to work in his fathers shop. In the  shop, he soon introduced a number of valuable improvements and he was always on the lookout for other ideas that might be introduced into his business. He was also a member of the famous Lunar Society of Birmingham, a group of men who met to discuss natural philosophy, engineering, and industrial development together: other members included the discoverer of oxygen Joseph Priestley, Erasmus Darwin (grandfather of Charles Darwin), and the experimental potter Josiah Wedgewood. Watt joined the group after he became Boultons partner. A flamboyant and energetic scholar, Boulton made the acquaintance of Benjamin Franklin in 1758, who then visited Soho. By 1766, these distinguished men were corresponding, discussing among other things the applicability of steam power to various useful purposes. They designed a new steam engine and Boulton built a model, which was sent to Franklin and exhibited by him in London. They had yet to become aware of the existence of James Watt. When Boulton met Watt in 1768, he liked his engine and decided to buy an interest in the patent. With Roebucks consent, Watt offered Boulton a  one-third  interest. Although there were several complications, eventually Roebuck proposed to transfer to Matthew Boulton  one-half  of his proprietorship in Watts inventions for the sum of 1,000 pounds. This proposal was accepted in  November 1769. Working Steam Engines In  November 1774, Watt finally announced to his old partner Roebuck that he had made a successful trial of the Kilmeil engine. He did not write with his usual enthusiasm and extravagance; instead, he simply wrote: The fire engine I have invented is now going, and answers much better than any other that has yet been made, and I expect that the invention will be very beneficial to me. One reason for his lack of enthusiasm was that his wife had died during childbirth the previous year, in September 1773. Heartsick, Watt buried himself in work. From mid-February 1774 he was working on thermometers and barometers. He ended his civil engineering business in Scotland (in part because of a financial crisis in Scotland) and in May he journeyed south to Birmingham, where he joined the Lunar Society. In 1775, he went into a full-time partnership with Matthew Boulton. From that point forward, the firm of Boulton and Watt was able to produce a range of working engines with real-world applications. New innovations and patents were taken out for machines that could be used for grinding, weaving, and milling. Steam engines were put into use for transportation on both land and water. Nearly every successful and important invention that marked the history of steam power for many years originated in the Boulton and Watt workshops. Retirement and Death Watts work with Boulton transformed him into a figure of international stature among men of letters. His 25-year-long patent brought him wealth; and he and Boulton became leaders in the technological Enlightenment in England, with a solid reputation for innovative engineering. Watt married Ann Macgregor in 1776 and they had two children (Gregory and Jessy), both of whom would die young. James Watt Jr., his son from his first wife, survived his father and went on to have a role in the continuing English Enlightenment. As a result of his partnership with Matthew Boulton, James Watt became a very wealthy man, building an elegant mansion known as Heathfield House in Handsworth,  Staffordshire. He retired in 1800 and spent the rest of his life in leisure and traveling to visit friends and family. He died on August 25, 1819, at Heathfield. He was buried in the graveyard of  St Marys Church in Handsworth. Legacy In a very meaningful way, Watts inventions spurred on the Industrial Revolution and innovations of the modern age, ranging from automobiles and trains to factories and the social issues that evolved as a result. In addition, Watts name has been attached to streets, museums, and schools. His story has inspired books, movies, and works of art, including statues in Piccadilly Gardens and St. Pauls Cathedral. On the statue at St. Pauls are engraved the words: James Watt...enlarged the resources of his country, increased the power of man, and rose to an eminent place among the most illustrious followers of science and the real benefactors of the world. Sources Jones, Peter M. Living the Enlightenment and the French Revolution: James Watt, Matthew Boulton, and Their Sons. The Historical Journal 42.1 (1999): 157–82. Print.Hills, Richard L. Power from Steam: A History of the Stationary Steam Engine. Cambridge: Cambridge University Press, 1993.Miller, David Philip. Puffing Jamie: The Commercial and Ideological Importance of Being a ‘Philosopher’ in the Case of the Reputation of James Watt (1736–1819). History of Science 38.1 (2000): 1–24. Print.The Life and Legend of James Watt: Collaboration, Natural Philosophy, and the Improvement of the Steam Engine. Pittsburgh: University of Pittsburgh Press, 2019.  Pugh, Jennifer S., and John Hudson. The Chemical Work of James Watt, F.R.S. Notes and Records of the Royal Society of London 40.1 (1985): 41–52. Print.Russell, Ben. James Watt: Making the World Anew. London: Science Museum, 2014.  Wright, Michael. James Watt: Musical Instrument Maker. The Galpin Soci ety Journal 55 (2002): 104–29. Print.

Council Responsible for Genetics Essay Essays

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