Free Essays - Use of Satire in Pride and Prejudice :: Pride Prejudice Essays

Use of Satire in Pride and Prejudice Satire is used in Pride and Prejudice by Jane Austen to show the deficiencies in morals and ethics of the characters that Austen disapproves of. Satire is used to "attack" characters and to bring about change. The different characters types she satirizes are "suck-ups," hierarchical, and/or ignorant. Austen disapproves of Mr. Collins and that is why she attacks and satirizes him. Mr. Collins is a "suck-up." His living with Lady Catherine has caused him to demoralize himself. He thinks and talks highly of people higher than himself, such as, Lady Catherine DeBourgh. An example of this is when they were invited to dine with Lady Catherine DeBourgh and Mr. Collins then tells Elizabeth, "Do not make yourself uneasy, my dear cousin, about / your apparel. Lady Catherine is far form requiring that elegance of dress in us which becomes herself and / daughter. I would advise you merely to put on whatever / of your clothes is superior to the rest / ...she likes to have the distinction of rank preserved" (137 Austen). This shows how high he thinks Lady Catherine is and this sort of shows that he thinks he's sort of better than her by implying that she doesn't have an elegant dress. Another example of him "sucking-up" is when Mr. Collins introduces himself to Mr. Darcy at the ball. After introducing himself and making a "speech," Mr. Darcy "replied with an air of / distant civility / ...and Mr. Darcy's contempt / seemed abundantly increasing with the length of his / second speech" (85 Austen). When Mr. Collins returned to Elizabeth, he told her "Mr. Darcy seemed much / pleased with the attention" (85 Austen). Mr. Collins is so thickheaded that he didn't notice Mr. Darcy's contempt towards him. When Mr. Bennet commented on Mr. Collins letter, Mr. Bennet said that Mr. Collins letter contained a "mixture of servility / and self importance" (56 Austen). This is why Mr. Collins is also a fop. A fop is someone who sees himself/herself as much more sophisticated and well liked than they really are. He continually brags about his "so-called" friendship with Lady Catherine DeBourgh.

Andy Warhols Impact on Art Essay -- Artist Art

Andy Warhol's Impact on Art Andrew Warhola was born August Sixth, 1928, in Pittsburgh Pennsylvania. He was the youngest son of Julie and Andrej Warhola, both immigrants from Czechoslovakia. After a quiet childhood spent alternately alone and in art classes, Andrew went to college. He then got a job doing commercial art, largely advertisements for large companies. Over time his name was shortened and Andy Warhol changed the face of modern art. Through his silver lined Factory and the many people who frequented it a revolution was born. This paper will discuss some of these people and examine the impact they all made on modern art. Ruska Dolina was a small Ruthenian suburb of Pittsburgh. It was populated with, of course, eastern European immigrants. Andy Warhol was born into this very close-knit neighborhood speaking his parent's native tongue. Julia Warhola was herself a bit of an artist, in later years she would collaborate with her youngest son. Andrej Warhola worked in the great steel mills of Pittsburgh. The Warhola household was very typical of the times. Julia would stay home, cook, and read to her boys while Mr. Warhola worked in a steel mill sweatshop with hundreds of other immigrants. The family was strictly Eastern Orthodox Catholics. On Sunday, the day of rest, no one was allowed to move. These days were passed indoors with Mrs. Warhola telling stories to the boys. Like most children, Andrew collected the pictures and posters of various celebrities that would define such a body of his work in later years. Andrew was a rather small boy. In interviews Andy Warhol said that he was pale and scrawny and that he was thusly bullied on several occasions by his classmates. When he was fourteen Andrew's father died of tuberculosis, a common malady of the times, especially for the profession. This had a profound affect on young Andrew. As was the Orthodox tradition, the body was laid out in the house for three days of mourning and visitation. During this span Andrew hid under his bed refusing to look at his father's body. Despite the poorly paying job, Andrej managed to set aside money for college. However, he saved only enough to send one child, and the general consensus was that this would be Andrew. In Fifth grade Andrew started attending the free Saturday classes that the Carnegie Institute taught. It is noted that even then... ...as that Ginsburg communicated with writing, while Warhol stuck mainly to his art. Ken Kesey was also a Beatnik regular. Perhaps crazier than the rest, he still managed to write arguably the most sensible book. When chronicled in On the Road, Ken Kesey was the insane Dean Moriarty. Given this character, he most likely would have fit right in at the hectic, hedonistic scene of the Factory in the early Nineteen-Sixties. Each of the artists mentioned here met Andy Warhol at different phases of his career. While the majority of them were seen at the infamous Factory, some came both before and after. Regardless of where they met and knew Warhol, they each had their own individual lessons and impacts. Jean-Michel Basquait was perhaps the last artist to come around and really know Andy Warhol. Julia Warhol was certainly the first. In between were very many amazing artists, almost too many artists to talk about. The most important, of course, have been mentioned in this paper. Andy Warhol is a man still impacting art long after his death. His visionary style changed forever the face of both commercial art and gallery art. Hopefully this paper communicated a bit of that genius.

Pension reform in Europe

Task 6 Are future pensions secured? Bruno Miguel Silva Abrantes Current Issues in Economic Policy Academic year 2012-2013 Contents Are pensions secured? Understanding pensions Pensions aim to handle the transition of a person as worker to retired. So that he enjoy an income provided by the state or another organization and maintain a similar standard of living to what he had while employed and thus have a comfortable life economically, until the end of his life.The second objective of a pension is related to the fght against poverty which is done through a redistribution of income that romotes equity, within the elderly class. 1 There is a growing concern on the part of the European Commission on the sustainability of pension systems in the various countries of the European Union. The recent financial and economic crisis has revealed weaknesses that several countries have and bring into question the sustainability of the pension system. Economic growth slowed, unemployment has risen and the public accounts are in poor condition.One of the more serious implications on future pensions is related to the fact that a large part of the population remains unemployed or is forced to accept Jobs where they get lower ncomes, or work less time, which will result in a lower pension. 2 Further compounding the situation is a major demographic trend towards an aging population. The increase in life expectancy over the past decades, combined with low fertility rates is creating a change in the composition of the population. The number of active workers will decrease while the number of people who are retired will increase.Moreover, the numbers of years that a person remains employed is dwindling, partly because people start to work later, due to the many years spent in education. On the other hand there is a great tendency in obtaining early retirement ue to existing policies and management ot age in What are the main systems of pension funding? the labor market. In several co untries of the EIJ-27 the public sector is largely responsible for pensions, early retirement, disability and survivors. However there are some differences between the various members of the European Union at the level of pensions related to occupational or private pensions.In a generalized way pensions can be classified into three pillars: The public social security system, mandatory or voluntary occupational schemes and voluntary private schemes. The first, public social security system is undoubtedly largely responsible for the allocation of pensions to the population in most member states of the EIJ-27. This pillar can be characterized mainly by the Pay-as-you-go system (PAYG). In this system pensions are financed directly from taxes and social contributions that workers are paying in the present.The taxes are used to pay pensions in the short-term instead of being used to create funds that may grow in the long-term and benefit future generations. 3 Schemes within the second pil lar can be mandatory or voluntary occupational schemes. Participation in these funds is usually mandated by law and aims to provide an adequate pension to retired people according to what they saved during their working life. These funds are created by a company or organization in order to provide proper pensions to their employees, which should correspond to the effort and contribution the workers exercised.Both the employee and the employer contribute to the fund, which grows with the return rates that vary with the state of the market and the economy. The amount of the pension depends on the number of years of service and final salary of the employee. These funds are important to relieve the responsibility of the state to secure pensions in the whole population, but also because it is believed that these organizations are able to grow a fund more effectively than the state would. 4 The third and final pillar is characterized by private schemes. These are schemes that help people to accumulate savings for their retirement.The people who wish to do so can choose from a wide range of schemes who best match their needs. There are funds that are riskier; however the contribution that person does is less than the benefit you will receive if all goes well. On the other hand there are safer funds in which the benefit will match the contribution made. Typically these funds are voluntary and are complementary to government reforms that people receive from the state. 5 Looking at table 7(in appendix) we can divide public pensions, which are part of the first pillar of pensions in various sub-groups.Among which we can find Minimum pension / social allowance, Old age, early retirement, disability and survivors' pensions. Early- retirement, old-age pensions, disability and survivors' pension exist in almost all 27 member states. Early retirement does not exist in the Netherlands, Malta, United Kingdom and Norway. These schemes operate mostly in the form of earnings-relat ed, which means that pensions are assigned according to what people earned and contributed during their working life. However not all countries have adopted this scheme in the same way.In Denmark, survival and disability pensions are awarded according toa flat rate, offering a pension with a fixed value over time. This way of organizing pensions can promote greater social equity it the people who are the target of these flat-rate pensions have not worked or contributed enough to receive a ension that is sufficient to have a good quality of life in old age. However the state has to make an extra effort to fund this pension scheme, an effort that ultimately fall on taxpayers, since the people who will receive these pension contributed less than the amount of pension they will receive. Minimum pension or social allowance schemes exist in all EIJ member-state. These pensions are usually means-tested, in the sense that people are tested to understand whether they are , that is according to what the person has earned and contributed as an employee, or if they did not ork and had no and any gain if they have worked and which contributed received is not enough to access a normal pension. This type of pension is normally financed by taxes on citizens rather than individual contributions of individuals to pension funds. In the 2nd pillar we find Mandatory / voluntary schemes occupation.

Women’s roles in the US

The varieties about women's roles were constructed In ways that have been altered or erased for social and political purposes. The roles of black women were undermined during slavery and Hawaiian women's roles were taken away after colonialism. Women's roles should be recognized because it makes a significant contribution to decentralization and resistance. The erasure of women's roles have been constructed In favor of white supremacists and colonists, thus, keeping knowledge about women's roles away from the public view.This week's readings reflect the counter-forces that fight against this trend. The two examples discussed In this paper will help demonstrate how the recognition of women's roles make significant contributions to decentralization and resistance. Black women's role during slavery was undermined In the Monomania Report. Angela Davis critiques the history of slavery aspect of the Monomania report because it fails to recognize the significance of black women's role in sl avery claiming that matriarchy comes from the legacy of slavery.Davis challenges this Idea by arguing that matriarchy did not come from slavery since matriarchy Implies power, which enslaved black women did not have. Davis indicates that although black women did not have power of the law/state, they created their own modes of power. She also indicates the reason why black women played a significant role during slavery is because they made resistance possible for others in the African American enslaved communities. Since women had the double burden of working in the fields and doing domestic work, they became the maintainers of the slave headquarters.This allowed women to recognize how much the master depended on them, giving women the consciousness of resistance. This is an example of how knowledge Is distorted In he Monomania report since It falls to address the truth about women's roles In slavery and falsely concludes that black families are unstable because they are matrilineal. Recognizing black women's roles during slavery is imperative to eradicate the myth that black families are unstable because they are matrilineal and how they made resistance possible for others.Another example of the recognition of women's roles is the inclusion of indigenous feminism. Lisa Keelhauled Hall indicates the importance of recognizing the erasure of indigently, specifically Hawaiian women in the united States as a result of colonialism. She critiques the conceptual erasure of U. S. Imperialism In the Pacific. The erasure of Hawaii in contemporary understandings of the united States, and the racial erasure of indigenous peoples.She argues indigenous feminism should counter these erasures â€Å"because colonization relies on forced forgetting and erasure, the need to bring the past forward Into our consciousness† Is Important for decentralization (Hall, 279). Although Hawaiian women's roles were unrecognized, Hall contends that Hawaiian women held significant power until the colonists stripped political power and voting rights from them. Additionally, Hawaiian women were aced with the imposition of Christianity, monogamy, and heterosexual marriage.Indigenous feminism Is Important to the process of decentralization for Hawaiian women and other indigenous women because it â€Å"grapples with the ways patriarchal 1 OFF analyzing the sexual and gendered nature of the process of colonization† (Hall, 278). Although women's roles were constructed in ways that were altered or erased, which favored white supremacists and colonists, Hall and Davis produced scholarly works that enabled people to recognize that women's roles made a significant contribution to the process of decentralization and resistance.

Developments In Direct Reduced Iron

Developments In Direct Reduced Iron ( DRI )Direct reduced Fe ( DRI ) is produced through the solid province decrease of Fe oxides derived from Fe ore or electric discharge furnace ( EAF ) mulcts for the usage as a virgin Fe beginning in the EAF or basic O furnace ( BOF ) processes. Virgin Fe beginnings are needed in the EAF procedure to thin the remainders ( Cu, Ni, Cr, Mo, or Va ) nowadays from old steel doing operations in the bit steel used as the primary natural stuff used in the EAF. DRI is produced in many different procedures utilizing several different fuels and different provender stocks. The DRI processes use several reaction vass including shaft furnaces, rotary fireplace furnaces, fluidized bed reactors, traveling bed reactors, and rotary kilns. The fuels used in the procedures are chiefly coal or natural gas, these fuels are used to make a reduction ambiance and elevated temperature to make a more favourable reaction. The quality of the DRI is measured by the sum of meta llic Fe ( Fe or Fe3C ) is present in the merchandise. This figure is called metallization and is reported in a per centum of the entire mass of the merchandise. The merchandises of the DRI procedures are either pelletized into DRI or briquetted into hot briquetted Fe ( HBI ) . The decrease of the Fe ore or EAF mulcts takes topographic point in several reactions that cut down the Fe oxides to metallic Fe ( eq. 1 and 2 ) . The reduction gases are produced by burning natural gas or a C beginning so adding the heated burning merchandises to the reaction vass. Fe2O3 + 3H2 ( g ) > 2Fe + 3H2O ( combining weight. 1 ) Fe2O3 + 3CO ( g ) > 2Fe + 3CO2 ( combining weight. 2 ) Hydrogen and C monoxide are formed from burning natural gas, while merely C monoxide is formed when coal or coke is combusted. The difference between the procedures is how the provender stock is exposed to the burning gases. The most common type of reaction vas is the shaft furnace where the provender stock is fed into the top of the furnace so dropped through the vas to be exposed to the reduction gasses so extracted from the underside of the furnace. The conceiver of utilizing the shaft furnace for DRI production is the Midrex corporation and is known as the Midrex Process. The Midrex procedure uses a Reformed natural gas as the decrease gas and requires the usage of pelletized Fe ore as a provender stock. The natural gas is combusted in a reforming vas so fed into the shaft furnace where it is assorted with extra natural gas and O to make some more chemical energy for the procedure ( figure 1 ) . The fluke gas is so fed through a station burning chamber and the energy extracted from station burning is used to preheat the provender gas. This gas is so fed to a bag house where it is scrubbed before being reintroduced to the ambiance. This procedure creates chiefly DRI pellets due to the provender stock being pelletized Fe ore and at that place non being a demand to alter the geometry through briquetting. A mistake of the Midrex procedure is its dependance on pelletized ore. The procedure requires the provender stock to incorporate no more than 3 % mulcts. The DRI pellets produced have a high metallization of 95 % on norm, doing it the highest quality DRI. The usage of the station burning allows the Midrex procedure to derive the bulk of the available energy and is what has made it favourable for the bulk of world-wide DRI production A faster production method and 1 that has more flexibleness than the shaft furnace is the rotary fireplace furnace or the Fastmet procedure. The rotary fireplace furnace is a uninterrupted operation that feeds stuff into a revolving furnace that passes the stuff through the reduction atmosphere so removes the stuff near when it completes the full rotary motion ( figure 2 ) . Unlike the Midrex procedure the Fastmet procedure uses mulcts as a feedstock. This allows for the recycling of EAF mulcts and mill dust that would be otherwise disposed of as a risky stuff. The Fastmet procedure uses a C cut downing agent and O burners. The C can be from legion beginnings such as coal, C bearing wastes, and coke. The procedure is seldom run utilizing coke due to the high cost of the coke and the procedure being capable of running on lower quality C mixes. The procedure requires a pelletizing or a briquetting operation due to the provender stock being mulcts. The full procedure requires between si x and twelve proceedingss to finish. The rotary fireplace furnaces produce a direct reduced Fe with a metallization runing from 85-92 % depending on the quality of the provender stock. Fluidized bed reactors are a batch reactor that introduces the stuff into the reactor so the reduction gasses are fed into the underside of the vas with adequate force per unit area to drift the provender stuff. This natation of the provender stuff allows for all of the surface country of the stuff to be exposed to the reduction gasses. There are several signifiers of fluidized bed reactors being used in the market today. The difference between the reacting vass is the figure of responding vass and the type of fuel used to making the reduction gases. The first type of fluid bed reactor is the Finmet procedure using Fe ore mulcts or EAF dust as a provender stuff and natural gas as a cut downing fuel. This procedure uses up to a four phase reactor with the progressive phases utilizing a higher gas speed and a lower reaction clip to derive between 91 % and 93 % metallization ( figure 3 ) . The Finmet procedure requires a briquetting operation because the provender stock is mulcts but be cause of necessitating a high pureness natural gas fuel it produces a really low residuary HBI. The following two procedures, Circofer and Circored, both feature a two phase fluidized bed reactor with the first phase being a short keeping clip vas with a high gas speed and the 2nd phase a long keeping clip with a low gas speed ( figure 4 ) . The difference between the two is that the Circofer procedure uses metallurgical coal for a fuel while the Circored procedure uses natural gas. Both of these reach an mean 92 % metallization and provender pellets. Hsysla steel developed a traveling bed reactor to make DRI ( figure 5 ) . The Hyl procedure provenders lump Fe into the procedure and a high H content reformed natural gas. The high H is created by reforming with a nickle-based accelerator. The Hyl procedure uses an elevated temperature and force per unit area to increase the processing clip for the reactions. The high H and the elevated temperature and force per unit area create a high quality DRI with 93 % mean metallization. The concluding reactor vas is the Allis Chalmers controlled Atmosphere Reactor ( ACCAR ) . The ACCAR uses a counter flow rotary kiln. The rotary kiln procedure uses a low quality but extremely reactive coal to make cut downing gasses ( figure 6 ) . The rotary kiln produces a DRI with a 92 % metallization. The responding vas does non use any of the station burning in the procedure but station burning vass have been added to the procedure to make adequate energy to power the full installation and add some back to the grid. With DRI being produced in many different treating methods there are some cardinal characteristics that set some appart from the others. The rotary kiln, shaft furnace, and the traveling bed reactor vass produce the highest metallization. The rotary fireplace furnace has the fastest procedure clip. The most popular on the market right now is the Midrex shaft furnace with about 60 % of the market portion of DRI production ( table 1 ) . DRI is a stuff that EAF operations have come to depend on and will go on to increase usage due to the high cost of hog Fe and the continued recycling of bit steel.Table 1 ) Comparative sum-up of procedures as of 2008World Production Reactor Feed Type Reducing agent Average metallization Merchandises ACCAR 24.0 % Rotary Kiln pellets Low quality Coal 92 % Pellets and Energy FinMet 2.0 % Fluid bed reactor ore mulcts natural gas 91-93 % Briquettes Hyl 14.5 % Traveling bed reactor ball ore Coal 93 % Pellets or briquettes Midrex 58.2 % Shaft pellets natural gas 95 % Pellets Circofer 0.5 % two stage fluid bed ore mulcts Coal 92 % Pellets or briquettes Circored 0.5 % two stage fluid bed ore mulcts natural gas 92 % Pellets or briquettes Fastmet 0.4 % Rotary fireplace EAF dust/scrap Carbon 85-92 % BriquettesPlants CitedBresser, W. , & A ; Weber, P. ( 1995 ) . Circored and circofer: State of the art Technology for low cost direct decrease. Iron Steel Eng. ( USA ) Vol. 72, no 4, pp. 81-85. Energiron. ( n.d. ) . HP- HYL Process Description. Retrieved December 7, 2009, from Energiron Corperate Website: hypertext transfer protocol: //www.energiron.com/tour/HYL % 20DR-Minimill % 20QTVR % 20tour/files/supportdocs/dri/pressprocess.pdf Kobe Steel, LTD. ( n.d. ) . FastMet Process. Retrieved Decemeber 7, 2009, from Kobelco, Kobe Steel LTD: hypertext transfer protocol: //www.kobelco.co.jp/p108/fastmet/indexe.htm Kobelco. ( n.d. ) . Fastmet Process Flow. Retrieved December 7, 2009, from Kobelco Corperation Website: hypertext transfer protocol: //www.kobelco.co.jp/english/topics/2008/10/fastment_process_flow.pdf Lepinski, J. A. ( 1980 ) . THe ACCAR System and its Application to Direct Reduction of Iron Ores. Iron Steel Eng Vol. 57, no. 12, pp. 25-31. Lopez, G. G. , & A ; Noriega, E. ( 2008, December ) . InTech Hot Fe. Retrieved December 7, 2009, from Emerson Process Management: hypertext transfer protocol: //www.easydeltav.com/news/viewpoint/InTech1208.pdf Lopukhov, G. A. ( 2003 ) . The ‘Finmet ‘ engineering. Elektrometall Vol. 1, pp 43-44. Midrex Corp. ( 2009, April 1 ) . 2008 World Direct Reduced Statistics. Retrieved December 7, 2009, from Midrex Corperate Website: hypertext transfer protocol: //www.midrex.com/uploads/documents/MIDREXStatsBook2008.pdf Quintero Yanez, D. ( 1992 ) . Development of Thursday Use of HYL DRI in the Electric Arc Furnace. 4th European Electric Steel Congress, ( pp. pp 273-283 ) . Madrid ; Spain. Schutze, W. R. ( n.d. ) . HBI – Hot Briquetting of Direct Reduced Iron. Retrieved December 7, 2009, from Koppern Corperation Web site: hypertext transfer protocol: //www.koeppern.de/download/11_7.pdf Tanaka, H. , Harada, t. , & A ; Yoshida, S. ( 2005 ) . Development of Coal-Based Direct Reduction Ironmaking Process. SEAISI Quarterly Vol 34, Number 4, ppp 26-33. Weber, P. , Hirsch, M. , Bresser, W. , & A ; Husain, R. ( 2009 ) . Circofer, A Low Cost Approach to DRI production. Retrieved December 7, 2009, from Hot Briqetted Iron Association: hypertext transfer protocol: //www.hbia.org/Technical/openpdf.cfm? filename=DRProcess/1994-1DR.pdf

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

Environmental Ethics - Climate Change - Essay Example This lack of action on climate change has the potential to turn this world into an inhabitable place for the future generations. Climate change can be considered as one of the most challenging issues in this era of development, and it has to be the moral responsibility of every individual and government to take action against climate change to make this earth a safer place for future generations. A recent report commissioned by the World Bank has stated that by the end of this century the world will become warmer by 4oC and to avoid this, stringent measures need to be taken immediately. The report has already observed the negative impacts of climate change on human health from events like rising sea level, draughts, heat waves etc (Climate Change Report....., 2013). Climate change Some of the sun’s heat that reaches the earth’s surface gets absorbed and the rest gets radiated back to the atmosphere in the form of infrared heat. However, 90% of the heat gets absorbed by the greenhouse gases like water vapor, carbon dioxide, methane, nitrous oxide etc and is radiated back to the earth’s surface thereby rising the temperature of the earth. Human activities are to a large extent responsible for the creation of these gases. The most common factor is burning of fossil fuels like coal and oil which increases the level of carbon dioxide (CO2). Some lesser contributory human factors for production of greenhouse gases are clearing of land for agriculture and industry. Today, human beings heavily rely on industrial activities, and these have â€Å"raised atmospheric carbon dioxide levels from 280 parts per million to 379 parts per million in the last 150 years.† The general belief among climate scientists is that greenhouse gases produced by human activities have a 90 percent contribution towards the rise of earth’s temperature in the past five decades (A Blanket around the earth, n.d.). The impacts of climate change are manifold. Ice ha s been melting at a rapid pace all over the world especially at the poles like mountain glaciers and ice sheets in West Antarctica and Greenland, and also Arctic sea ice. There has been an increase in rain and snowfall across the world, and sea level has risen considerably in the last century. Continuous global warming can cause increased rate of natural calamities like hurricanes and other storms, floods and draughts (Effects of global warming, 2007). Climate change is also affecting the economy and health of human beings. The increasing heat and heat waves can have extreme effects on health and can also cause deaths. Climate change also increases the probability of diseases that get transmitted by food, water and insects (An Introduction to climate change, 2011). Climate change is also having negative effects on global economy. According to a recent study, nearly 400,000 people are dying annually all over the world that puts a dent in the world economy by $1.2 trillion. This decre ases the world GDP by 1.6%. The effect is more common in developing countries whose main occupation is agriculture. Climate change can destroy crops and other agricultural products and this leads to massive deaths caused by poverty, malnutrition, hunger and other related diseases. Burning of fossil fuels causes air pollution that kills almost 4.5 million people per year. But the extreme impacts of economies will be caused by weather extremities like droughts, floods and hurricanes

Examples of attributes Essay Example | Topics and Well Written Essays - 500 words

Examples of attributes - Essay Example rmacist aunt in Jordan and has been reinforced by my experiences during the period I volunteered to work in the Emergency Room of the Methodist Hospital, which opportunely happened to be just across the corridor from the Pharmacy. I grabbed any opportunity which presented itself to observe the pharmacists and their interaction with the patients and even went so far as to convince one of the pharmacists to let me ‘shadow’ her for a couple of days! Believe me, the more I saw, the more I liked what I saw of pharmacy! Belonging to a family of doctors and pharmacists does go a long way towards stimulating intellectual curiosity. My earliest memories of family life are filled with hazy recollections of animated discussions and even heated debates centered round medical ethics, drug research and exciting laboratory breakthroughs. Of course, as a child, I hardly grasped the issues involved and most of it was just lively chatter to me. However, the seeds were sown for my growing curiosity to learn more about these subjects which could evoke such passionate responses from my family. This intellectual stimulation has steered me towards the conviction that pharmacy is the path I want to pursue in life. My growing fascination with the world of drugs has been unequivocally reinforced over the years as I gained the relevant academic knowledge. I think that drugs are the miracle workers of medical science. I never cease to marvel at the fact that it is miniscule quantities of chemical substances that are actually responsible for the working of the human brain and contribute to everything from physiological well-being to states of mind! This a major part of the reason why I enjoy being a student instructor in Chemistry. Wanting to further explore this world, I decided to work at a National Home Care Institute as an Oasis. As a part of this service, I entered the nurses’ notes and records of medication into the computer and reviewed the accuracy of the medication and the