Mandating Writing Courses Essay

Writing is slowly becoming a lost art.   With modern technology, the writing process has become simpler; sometimes words are even completed and corrected by word processing programs for the writer.   Gone are the days of looking through dictionaries to find spellings and meanings of words. Writing is becoming shorter and more abbreviated, and many feel that since technology is cheapening our language, that college writing courses are not necessary.   They are mistaken.   College writing courses such as English 103 and 104 provide an opportunity to learn the skills that are taught through writing.   These very valuable, transferrable, and necessary skills for life and career are organization, research, and persuasion.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Organization is a skill that is reinforced through writing courses, specifically courses like English 103 and 104 that force the writer to think critically about the timing of his or her argument and placement of fact.   Organization is a valuable skill to grasp for both life and career.   Organization aids in the ability to provide directions or information to other people. It also is essential when speaking in front of people in order that they can follow what is being said. An organized speaker or writer can communicate more effectively, and communication is paramount in both life and career in order to be successful.   Writing classes force students to practice being prepared and to put time and effort into their work.   These are skills students cannot succeed in other classes without.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   English 103 and 104 offer also opportunities to learn to research correctly and effectively.   Research is a necessary skill for college as well as in life and career.   It enhances learning and teaches students where to look for information.   It also teaches students how to be responsible for their own learning, which will carry over into their careers as they become responsible for their own jobs. In life, researching skills allow people to take control of their own spending habits and have more consumer power through the ability to have product knowledge and healthy living information available to them.   Research also teaches time management skills and enhances reading exposure to different media.   Research is an essential tool not only in school, but in life and career.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Perhaps the most valuable skill taught in writing classes such as English 103 and 104 is that of persuasion.   Once a student can organize and research effectively, he or she can present a credible and believable argument or persuasive talk or work not only in school, but in real life.   Persuasion is what is used to get a job initially and then to be promoted.   Even relationships require persuasion.   The art of the argument will never die; writing classes are essential in teaching this skill.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   It is sad that as time goes by the English language, a beautiful and complex set of rules and symbols, becomes less important to society.   Colleges and universities should keep the requirements of writing courses such as English 103 and 104 for every student.  Ã‚  Ã‚   Educated people should know how to read and write well as well as posses great organizational skills, researching strategies and effective argumentation abilities.   Writing courses teach these skills.

Child and young persons development

Understand the kinds Of influences that affect CYP's development Criteria Describe with examples the kinds of influences that affect CYP's development including d) background e) health f) environment 3ackground: The children I'll be working With Will come from a wide range Of backgrounds that will have an impact on their development, such as family composition, culture and beliefs etc.If a child iS from a different culture or belief from most of the other children in the class, then here may be certain rules in that belief that may stop them being involved in a play activity the other children may be taking part in. The child may feel excluded and lonely their physical development could be affected but also their social development could be affected. Health: The children and young people come across may have a number of health issues or disabilities.If a child has a disability that restricts them participating n activities this may have an effect not only primarily on their physical development but also their social development. To avod this, the child must be included as best they can and for them to feel valued. Also Is a child is from a low income family they may not nave the correct diet and nutrition to help them to grow. This may also affect their physical development. Environment: The main environments where a CYP develops Will be their school and home. Both at home and atschool if a child is nurtured and given time then they will develop faster and to a higher level.At home whether the CYP is cared for by parents. grandparents or arers then they will be the first people that the child will develop a bond with. Activities such as read too, and with them and letting them know that their opinion matters will help develop positive growth. A child that is sat in front of a computer playing games may not develop and learn key skills as quickly as a child that has lots of interaction with parents/carers, The surrounding area of the home and school can also hav e an effect. Their development will grow if there are libraries. arks, community centres for Sport and other activities. There they will interact With peer and adults developing a range Of skills. criteria describe with examples the importance of recognising and responding to concerns about children and young people's development. Recognising an Issue with a CYP's development Is Important and responding to any concerns is vital! If during work In a school I have a concern about a pupil's development I would first raise It with the class teacher. I may be asked to record my concerns In-case actions are needed to be taken later.I would need to be sensitive to both the child's and their parent's teelngs and even It others have already raised an issue I should still intorm scrTleone senior in the school. An example that may tind of a child's development being compromised could be a pupil that is new to a school that struggles with English as they may have recently moved to the 13K. This could have an effect on not only their intellectual development through not being able to complete the work done in class, but also their social development. If the pupil has trouble Child and young persons development Understand the kinds Of influences that affect CYP's development Criteria Describe with examples the kinds of influences that affect CYP's development including d) background e) health f) environment 3ackground: The children I'll be working With Will come from a wide range Of backgrounds that will have an impact on their development, such as family composition, culture and beliefs etc.If a child iS from a different culture or belief from most of the other children in the class, then here may be certain rules in that belief that may stop them being involved in a play activity the other children may be taking part in. The child may feel excluded and lonely their physical development could be affected but also their social development could be affected. Health: The children and young people come across may have a number of health issues or disabilities.If a child has a disability that restricts them participating n activities this may have an effect not only primarily on their physical development but also their social development. To avod this, the child must be included as best they can and for them to feel valued. Also Is a child is from a low income family they may not nave the correct diet and nutrition to help them to grow. This may also affect their physical development. Environment: The main environments where a CYP develops Will be their school and home. Both at home and atschool if a child is nurtured and given time then they will develop faster and to a higher level.At home whether the CYP is cared for by parents. grandparents or arers then they will be the first people that the child will develop a bond with. Activities such as read too, and with them and letting them know that their opinion matters will help develop positive growth. A child that is sat in front of a computer playing games may not develop and learn key skills as quickly as a child that has lots of interaction with parents/carers, The surrounding area of the home and school can also hav e an effect. Their development will grow if there are libraries. arks, community centres for Sport and other activities. There they will interact With peer and adults developing a range Of skills. criteria describe with examples the importance of recognising and responding to concerns about children and young people's development. Recognising an Issue with a CYP's development Is Important and responding to any concerns is vital! If during work In a school I have a concern about a pupil's development I would first raise It with the class teacher. I may be asked to record my concerns In-case actions are needed to be taken later.I would need to be sensitive to both the child's and their parent's teelngs and even It others have already raised an issue I should still intorm scrTleone senior in the school. An example that may tind of a child's development being compromised could be a pupil that is new to a school that struggles with English as they may have recently moved to the 13K. This could have an effect on not only their intellectual development through not being able to complete the work done in class, but also their social development. If the pupil has trouble

A lesson in opportunity

â€Å"Nature’s bequest gives nothing, but doth lend; And, being frank, she lends to those are free†Ã¢â‚¬ ¦ †¦The pencil in my left hand scratches Shakespeare’s fourth sonnet laboriously across the notebook paper lying on my father’s desk as the dreary rain patters lightly on the screen door to my left. Somehow, the rain gives solace to my melancholy: as the weather cycles emulate the constant changes in the world around me, they remind me that the only constant is change itself. However cliche and ambiguous an idea that is, it is comforting to know that there is some order in this forever-changing world, that the water in an ocean thousands of miles away will continue to evaporate, condense, and fall on my North Texas rooftop, no matter what goes on in my slightly insignificant life. Why, you may be thinking, am I copying the sonnets of Shakespeare on this drab evening? Why this, instead of just reading them? Or why with my left hand, when I am in fact right-handed? I was in no adventurous accident, have broken no bones in my right hand, and no firearm is being held to my brunette head, despite what you may think would be necessary to get a 16-year-old girl to copy 500-year-old poems. Rewind a few hours. I’m sitting in the senior center of the hospital where I volunteer, highlighting admittance forms, pausing now and then to explain to a patient in slightly-too-loud tones that they missed this line, that they were supposed to sign here, laughing comfortingly and assuring them that â€Å"these forms are so complicated,† highlighting and wondering to myself why they are so complicated, and why exactly the patients have to sign the same forms every time they come in for an appointment? My right hand grows tired. I decide to use my left hand and decide that I would like to teach myself to write with my left hand. I’m grounded, after all, for the first time in my life†¦why not take advantage of this daunting week-long house-arrest? I come home, pick up the complete works of Shakespeare I got for five dollars at my favorite book-reseller last week, turn from the page of Romeo and Juliet that I was reading for the fourth or fifth time last night, and scavenge for a pencil. After three some-odd sonnets, I have yet to see any marked improvement, but remain confident that by the time I get to the 154th, at the end of my long week of nothing but work and volunteering, my left-handed writing with be somewhat decipherable. While my slightly insignificant life continues on in the (maybe a little eccentric) way I just described, the cosmos far beyond the dull-gray stratus clouds above continue their elaborate movements, their endless dance above and infinitely beyond the scope of our finite realm. In this finite realm, while at the bookstore the other day, in addition to Shakespeare’s complete works, I picked up Virgil’s Aeneid, Chaucer’s Canterbury Tales, Voltaire’s Candide, Zadig and Other Short Stories, and my summer reading books for AP English IV. After making quick work of the latter (I’ll read them again before school starts), I moved on to the works of Francois Marie Arouet, i.e. Voltaire. My friends, co-workers, and especially my boyfriend Cameron (who learned to appreciate them after I elaborated on a few of Voltaire’s arguments), might make fun of me for it, but I really find this book fascinating! While eating lunch at the hospital cafeteria before m y shift today, I came to the short story â€Å"Micromegas.† This little gem is quite the story. It is the tale of a giant (don’t be fooled by the â€Å"micro† in his name, pay your regards to the suffix), native to one of the planets orbiting the star Sirius, who comes to earth seeking adventure. Because their size is exponentially bigger than that of us five-foot humans, he and his travelling companion from Saturn fail to see the humans around them on Earth. The Saturn-ite (if there be such a title) argues that there is no one on Earth, for he cannot see them. â€Å"Micromegas,† however, â€Å"politely made him sense that this was rather bad reasoning. ‘For,’ he said, ‘you do not see with your little eyes certain stars of the fiftieth magnitude that I perceive very distinctly; do you conclude from this that theses starts do not exist?’† To these colossal beings, we humans were mere atoms on a cramped little globe, and our million-men wars were completely foolish quibbles over pieces of land the size of their heels. The Saturn-ite was closed-minded: he thought that no one sensible could live on such a planet, and looked down on the people once his friend found them. Micromegas, while recognizing that â€Å"People at my court would not deign to look at [humans],† offered the people he had found his protection, because was willing to hear their ideas and discerned that they were truly remarkable beings. Many of us, I believe, could learn a lesson from this character. While we are sitting here in our microscopic homes worrying about what miniscule problems we will face tomorrow, a whole world awaits us. Perhaps we cannot ride on the tails of comets and use Aurora as a doorkeeper like Voltaire’s fantastical characters do, here is our world before us, and however subjectively small or large it is, we will never lack opportunities to do some small bit of good in it. When we walk into school or work, we never lack opportunities to be open-minded in our interactions with other people gaining knowledge where we can and giving it where we are asked, discerning but not judging, and doing good wherever we can. In Voltaire’s â€Å"Zadig,† I read that â€Å"The opportunity of doing harm comes a hundred times a day, and that of doing good once a year.† I believe that an education will provide me with many opportunities to do good in the world around me, and would to love to be able to experience them myself.

Caring for the Populations Part 2 ( Community Health Nursing ) Research Paper

Caring for the Populations Part 2 ( Community Health Nursing ) - Research Paper Example 3), thus the essence of this focus group. The Florida state university is an appropriate location for the focus group, since most of these youths are students. The youths need to intermingle and share their experiences, in order to, fully appreciate the purpose of the group. The university is easy to get to by road, and there are numerous learning institutions, whose youths will be attracted to the group. These flyers will be distributed in learning institutions, churches, residential areas, and social places to ensure that every youth in the community learns about the focus group. This is because; these are the areas that are mostly frequented by the youth and word will spread quickly. This focus group seeks to learn from the youth; the reasons why they engage in risky behaviors, what problems the youth face, how much they know about HIV/AIDS and how it has implicated their well being in many ways. The attendees will benefit from the focus group through being educated on how to prot ect themselves against HIV/AIDS. The focus group will also give incentives such as iPods and tickets to social events to the attendees, as a way of motivating them to join and stay in the group. References Underage Drinking in Florida: The Facts, (2009). ... at the Florida State University for an eye-opening session on youths and HIV/AIDS awareness issues. Free tickets to the Florida Strawberry Festival for the first 50 people!!! HOSTED BY TAMRA CARLEY: SCHOOL

Perspective of ViolenceCriminology Essay Example | Topics and Well Written Essays - 3500 words

Perspective of ViolenceCriminology - Essay Example The most common forms of domestic violence involve emotional and psychological abuse and do not always include behavior that results in physical violence. This can resultin a longer lasting impact on the victim with symptomaticrelated anxiety, trauma and depression. A number of innovative criminal justice system approaches have been developed during the past 15 to 20 years in an attempt to reduce the number of incidences of domestic violence in many countries. Many law enforcement agencies now have policies mandating arrest, or stating a preference for arrest, for domestic violence. Prosecutors are also using a wider array of options to handle domestic violence cases such as no-drop policies, evidence-based prosecution, and special district attorneys assigned to domestic violence cases. As part of the adoption of community policing across the country, local law enforcement agencies are also forming partnerships with community organizations to address domestic violence. All low-income families struggle with limited material resources and related hardships. But families struggling with domestic violence and poverty are likely to have more needs than other families such as, battered women and their children may require protection; men who batter may find themselves facing legal and social service interventions; families will need increased economic resources to survive, and children will require financial stability and emotional comfort. All those who work directly with children and families affected by poverty and domestic violence need to be responsive to these circumstances as well as to the cultural ways in which family members define and most comfortably solve problems. Further, although no single community agency can provide a comprehensive array of the needed responses, collectively, communities can embrace a common vision and work together, across institutional boundaries, to implement this vision as fully as possible. This vision includes th e following five elements of a common practice framework. Young children and their caregivers need to be safe. Domestic violence is a pattern of assault and coercive behaviors including physical, sexual, and psychological attacks, and economic coercion that an adult uses against an intimate partner. This pattern of serious assault is most typically exercised by men against a female partner and sometimes against their children. These assaults are often repetitive and continuous and may leave women and children feeling dazed and bereft. In the face of abuse and assaults, a battered woman with children often confronts two kinds of difficult decisions. First, how will she protect herself and her children from the physical dangers posed by her partner Second, how will she provide for her children This second set of social and economic risks are central in each battered woman's calculation of her children's safety. If, for example, a woman decides to leave her partner to protect herself and her children, where will she find housing and money to f eed her family Who will take care of the children if she must work and her partner is no longer there (Davies, Lyon, & Monti-Catania, 1998) How will she manage the complex, and for many families enduring relationship with the batterer over

Aging population Essay Example | Topics and Well Written Essays - 250 words

Aging population - Essay Example It secondly followed by south Dakota, which has 10% of youth aged between 20-24 .The youth unemployment rate in this state is only 8.4%.the Third number falls to Lowa state. It has a low rate of 11% of unemployed youths (Christine, pg.3). Increased fertility, migration and mortality rate always have tremendous effects on the overall pattern of people in America. Like in Lowa state, the population is mainly composed of youth due to the increased fertility rate. Majority of Lowa youths marries at an average of twenty three years compared to the typical American average of twenty five years. This leads to increased birth rate across the state thus leading to the increased number of young people. Secondly economic trends have an impact on the age structure (Christine, pg.3). In many states like Lowa and Dakota has attracted many young people due to the employment opportunities they offer. This has attracted many young unemployed Americans in these states thus leading to increase of the young group in these states. California has been affected by both internal and international migration. It has faced steady outflow of young people looking for jobs in other states. As these younger people move north and west in search for jobs, the older population is left behind. This has made Florida to have large proportion of older people compared to other

Determining the Perfect Position Essay Example | Topics and Well Written Essays - 1500 words

Determining the Perfect Position - Essay Example Reference is made to leadership theories, as applied in social and business life internationally. Personal leadership approach is presented and evaluated in order to decide which would be the position in which I would perform more successfully, that is which would be my Perfect Position in the workplace. Different approaches have been developed in the literature for explaining the decisions of leaders. These approaches are based on different social or economic conditions. This means that the leadership style of each individual is unique; still, it seems that similarities in regard to the leadership styles of individuals cannot be avoided. The leadership style of people worldwide is evaluated using different criteria. According to Northouse (2009) the leadership style of an individual can be judged by referring to the level at which the particular individual ‘concerns for people or performs in regard to the production process’ (Northouse 2009, p.73). The above leadership approach is incorporated in the ‘Leadership Grid model’ (Northouse 2009, p.73) and includes five different leadership styles, such as ‘the authority-compliance and the team management’ (Northouse 2009, p.73). In the context of the Vroom-Jago Leadership model, there are five different leadership styles, depending on ‘the potentials of a leader’s subordinates to participate in key activities’ (Hellriegel and Slocum 2007, p.225). From a similar point of view, DuBrin (2008) emphasizes on the differentiation between the participative and the authoritarian leadership styles; the first allows subordi nates to participate in the decision making process while the second reflects the power of the leader to decide alone, i.e. without being influenced by the views of his subordinates (DuBrin 2008, p.348). On the other hand, Wright (2009) noted that leadership styles could be divided into six major categories: ‘visionary, coaching, affiliative, democratic, pacesetting

Anishnabe change makers Essay Example | Topics and Well Written Essays - 500 words

Anishnabe change makers - Essay Example The Anishinaabe people all speak closely related Anishinaabemowin languages of the Algonquian language family. One of the Anishinaabe change makers was George Manuel, born back in February 21st 1921 to Maria and Rainbow on the Secwepemc side of Shuswap people. Her mother, Maria later married Louie Manuel, and hence George inherited his second name. He started school at the Kamloops Indian Residential School. During this time he was, diagnosed with tuberculosis and later transferred to Indian TB hospital near Chilliwack, British Columbia. During his spell there, George met Marceline Paul; a Kootenai woman from St. Marys Indian Band and made her his first wife. They both married and together, had six children. He gained strength from his family, which added to his leadership quality. George started developing the urge of taking responsibility as a political leader which began to be a developing strain on his life in marriage. First elected as the chief of Neskon Indian Band and during the year 1959 and after the death of his mentor Andy Paul, he took the responsibility as the head of North American Indian Brotherhood. After he had broken up with Marceline, the federal Department of Indian Affairs offered him a position with the Cowichan Tribes at Duncan where he worked as a community development officer. As a change maker, George felt the need to have a vision for his life and his people in general. He opted to work for his community for the aboriginal people and the indigenous people of the world as well. He recognized that for aboriginal societies to effect change, the members of the community had to work together as one in order to achieve this goal. George moved from his position and advanced to a role with the Alberta brotherhood where he developed a strong and firm working relationship with the Cree political leader Harold

Professional Ethics in Education Essay Example | Topics and Well Written Essays - 500 words

Professional Ethics in Education - Essay Example To what extent should teachers use their power? Cases of teachers misusing their powers have risen. Some teachers may use their powers to exercise their personal interest. For instance, a teacher may favor a specific student for financial support or relationship favors. In an argument by Ryan (2012), many favors students do for teachers are not willingly. They do the favors in fear of consequences they might face. This is an example of misuse of power by teachers. However, in recent years, student bodies have been established which are aimed at minimizing cases of teacher ­- student manipulation. Another power experience in teaching is the ability to make decisions without being questioned. Sometimes teacher make decision without the consideration of the students needs. This is a breach to the rights of the students. In decision making all the concerned parties should be part of the deliberation (Higgins, 2011). With teachers taking advantage of their power and make decisions students have the right to protest the decisions. In every school there should be other bodies which help I the decision making in schools. With the neutral party, fairness and consultation is guaranteed (Robinson, 2005) The management of power among teachers should be recommended. With growing concerns on the ethics of teachers, stakeholders should ensure the code of ethics I teaching profession is followed to the letter. Management of these powers means that teachers’ responsibilities and rights should be controlled. The rights of the students should also be outlined. To oversee the adherence to the rules, there should proper consequences for any breach (Higgins, 2011. With the outline of the rights of students the power in the teachers’ hands will be well managed. It will also give students’ the voice to air their grievances without manipulation by the teachers. The management of the teachers will

Macroeconomics in Unemployment Essay Example | Topics and Well Written Essays - 1500 words

Macroeconomics in Unemployment - Essay Example For instance, in 2011, the United States plunged into its worst unemployment rate in decades, 7% (Domino, 2011). Unemployment is caused by a combination of numerous factors. Despite desperate attempts to curb it, it has persisted. According to Symes, poor government policy on unemployment is the principal cause of unemployment (1995). She also sites high unemployment compensation as a reason for unemployment (p. 173). When unemployed people receive compensation equivalent to what others on employment in other countries earn, they tend to be reluctant in job searching. After all, why search for a job when the government can foot your bills? Minimum wage legislation is also another cause of unemployment. By enacting the minimum wage legislation, the government made it alsmost impossible for small and medium size businesses to hire qualified persons. It is irrational to hire employees when your business cannot pay their salaries. High salaries is against business operation principle of maintaining the lowest possible level of expenditure to maximize profits. Surprisingly, discrimination is still among the factors causing unemployment. Some employers discriminate job seekers based on their race, religion, age, residence, physique, gender, or even political ideologies. Landy claims that, â€Å"Hundreds of thousands not yet old, not yet voluntarily retired find themselves jobless because of arbitrary age discrimination†¦Ã¢â‚¬  (2005). This is a solid evidence of age discrimination in employment. Whatever the reason, job discrimination is not justified at all. Besides the major causes of unemployment, many local factors cause unemployment. Such factors may include the location of the unemployed person, transport flexibility, cost, and availability, and commitment to job searching. Symes (1995) laid a scathing attack on government policies on unemployment terming the policies as the principal cause of unemployment (p. 9). This statement may be debated. However, government policies certainly play a role in influencing unemployment. Some of the government policies that influence unemployment are discussed below. Employment policy Even though commitments may vary, all governments attempt to stimulate employment. The US government for instance has tried to encourage business efficiency by bailing out firms adversely affected by the 2008/2009 economic depression to avoid massive layoffs. The UK government, on the other, hand introduced â€Å"The New Deal,† a programme that offers training and development to the unemployed to enhance their chances of securing jobs. Taxation policy The government may also use taxation, as a primary fiscal policy, to control unemployment. By cutting taxes, the government stimulates economic growth while at the same time reducing the rate of unemployment. This works in two ways. First, tax cuts increases consumers’ income, which means their purchasing power is increased. From the second perspective, b usinesses earn more money, as consumers buy more. The increased income leads to expansion, which consequently leads to hiring. Government Spending Government’s expenditure is not arbitrary, but well calculated. The government’s spending can influence unemployment significantly. For instance, by funding new programmes such as road construction, the government creates direct jobs to the workers involved in the construction. Additionally, there are indirect jobs in the private

Tuition Fees in British Universities Essay Example for Free

Tuition Fees in British Universities Essay Review   all   the   arguments   for   and   against   the   introduction   of   Tuition   Fees   for   entry   into   British   Universities   as   reported   in   the   media. Introduction British   higher   education   enjoyed   the   golden   days   of   70s   –   80s   when   the   generous   support   of   taxpayer   was   even   protected   from   the   intrusion   of   the   Government   by   the   autonomous   University   Grants   Committee.   During   this   period,   not   only   there   were   no   tuition   fees   but   there   was   also   a   generous   means-tested   mandatory   grants   enjoyed   by   most   of   the   students. However,   these   generous   facilities   could   not   be   maintained   since   the   beginnings   of   1980s   and   the   gradual   abolition   of   support   started   with   eliminating   the   overseas   students’   subsidies,   limitations   in   the   eligibility   for   general   social   welfare   grants   and   the   freezing   of   mandatory   grants.    Eventually   grants   were   totally   abolished   in   1997   and   were   replaced   by   loans.   (Johnstone,   2004)   The   Labour   party   represented   by   Mr   Charles   Clarke,   Secretary   of   State   for   Education,   proposed   legislation   for   top-up   fees   which   became   law   in   the   Higher   Education   Act   2004,   though   it   will   be   implemented   in   the   2006   –   2007   academic   year. Previously   the   undergraduate   fees   in   most   universities   were    £1,050.   However,   by   the   implementation   of   differential   fees   or   top-up   the   universities   will   be   able   to   charge   much   more.   According   to   the   Guardian   (2002)   â€Å"The   new   proposals   would   mean   that   universities   could   charge   nearer   the   real   cost   of   studying,   thought   to   be   an   average   of    £5,000   in   the   UK.   But   depending   on   the   institution,   department   and   course,   it   could   be   much   more.   More   loans   would   be   available   to   allow   students   to   pay   fees   up   front.† This   issue   has   been   debated   by   different   parties   and   is   still   facing   a   lot   of   opposition   despite   the   fact   that   it   is   meant   to   be   implemented   in   the   academic   year   2006   –   2007.   In   this   paper   I   am   going   to   study   the   arguments   for   and   against   under   the   following   headings: The Political   Debate Universities and   Students’   Point   of   View Conclusions The   Political   Debate The   Government’s   debate   for   top-up   tuition   fees   originates   from   describing   the   role   and   mission   of   universities   and   the   challenges   they   face   to   accomplish   their   goals.   Mr   Clarke   summarises   the   ambitions   that   the   Government   is   planning   to   achieve   by   the   proposal   in   his   white   paper   as: â€Å"First,   our   universities   have   to   make   better   progress   in   harnessing   our   knowledge   to   the   process   of   creating   wealth. And,   second,   they   have   to   extend   the   opportunities   of   higher   education   to   all   of   our   population,   irrespective   of   their   personal   and   economic   background†Ã‚   (Clark’s   White   Paper   Speech) Then   he   further   states   the   role   of   universities   nationally   in   adapting   to   the   changing   world   and   effecting   change   rather   than   being   affected   by   it. â€Å"In   short,   in   a   world   of   accelerating   change,   we   all   need   to   understand   that   our   societys   principal   weapon   in   ensuring   that   we   master   change,   rather   than   surrendering   to   it,   is   our   education   system,   and   principally   our   universities† Then   he   identifies   the   missions   of   the   universities:   â€Å"†¦Ã¢â‚¬ ¦Ã‚   are   research,   knowledge   transfer   and,   perhaps   most   important   of   all,   teaching†Ã‚   (Clarke,   White   Paper   Speech)   Then   he   describes   the   challenges   universities   face   to   achieve   these   missions   and   argues   for   an   ‘endowment’   device   as   the   best   solution   for   creating   ‘a   financial   regime’.   However,   this   will   take   a   long   time   before   it   becomes   a   reliable   resource.   Therefore   he   argues   for   the   short   term   funding   and   concludes: â€Å"As   countries   throughout   the   world   have   discovered,   requiring   students   to   contribute   to   the   cost   of   their   education   is   the   only   realistic   alternative.† The   Government’s   justification   is   that   this   is   only   fair   since   graduates   earn   double   the   earnings   of   non-graduates   and   therefore   should   contribute   to   the   system   producing   the   considerable   economic   benefits   they   will   enjoy   as   graduates.   It   is   also   pointed   out   that   the   taxpayer   will   rightly   make   a   comparison   and   ask   what   they   benefit   from   their   support   of   the   system. The   Secretary   of   State   for   Education   announced   the   details   of   the   Government’s   proposal,   which   can   be   summarised   in   the   following   points: Universities will   be   able   to   vary   fees   from    £0   to    £3,000      but   fees   can   vary   between   courses,   not   just   between Disadvantaged students   will   get   financial   support   to   study   what   they   want   when   they All students   will   also   protect   by   abolishing   up-front      This   means   no   student      or   their   family      has   to   find   tuition   fees   before   they   start   their   course. Students will   be   helped   further   by   increasing   the   student   loan   in   line   with   living      Students   shouldnt   have   to   rely   on   credit   cards   and   commercial   debt. The bursary   system   will   also   be   fair   on   both   students   and   the   universities,   who   will   use   some   of   their   extra   income   to   provide The   immediate   criticism   made   was   that   the   Labour   Party   effected   the   legislation   though   their   manifesto   promise   regarding   tuition   fees   reads:   â€Å"We   have   no   plans   to   introduce   University   top-up   fees,   and   have   legislated   to   prevent   their   introduction.   The   defensive   rebuttal   made   by   the   Labour   Party   is   that   the   legislation   will   not   take   effect   during   2001   –   2005   Parliament   which   angered   even   the   supporters   of   the   Labour   Party   who   did   not   like   this   mechanism   of   defence. On   the   other   hand,   the   Liberal   Democrats   Party   has   a   strong   counter   debate   based   on   a   number   of   points.   Firstly   they   think   that   top-up   fees   are   unfair   for   a   number   of   reasons: They claim   that   tuition   fees   widened   the   gap   between   social   classes   the   evidence   for   which   is   provided   by   the   independent   National   Audit   Office,   which   belongs   to   the      In   their   research   report   in   the   Student   Income   and   Expenditure   Survey   2002-2003   they   conclude   that   â€Å"The   social   class   gap   among   those   entering   higher   education   is   unacceptably   wide   and   has   widened. Tuition fees   have   been   a   strong   disincentive   for   access   to   higher   education;   and   now   with   the   top-up   fees   this   situation   will      In   fact,   this   is   the   conclusion   of   Professor   Claire   Callender   of   South   Bank   University   who   conducted   a   research   for   the   Government.   He   concludes:   Top-up   fees   of    £3000   will   put   even   more   poor   students   off   university. The poorest   students   are   affected   most   of   all   by   the   debt      This   is   evidential   in   the   Student   Income   and   Expenditure   Survey   which   reports   that   in   2002-2003,   the   poorest   students   affected   by   the   burden   of   debt   were   43%   more   than   the   rich   students.   More   evidences   were   provided   by   Barclay   in   a   survey   conducted   in   2004   (Annual   Survey   of   Expected   Student   Debt)   which   revealed   that   the   projected   average   debt   on   graduation   is    £12,069   (up   10%   on   the   previous   year).   Barclays   surveys   also   predicted   that   debt   on   graduation   will   triple   by   2010,   to    £33,708. Another point   indicating   social   classes   gap   is   the   fact   that   poor   students   take   longer   hours   of   paid      Statistics   of   Students   Income   and   Expenditure   Survey   of   2002-2003   report   that   58%   of   students   took   paid   work   during   term   time   while   this   was   47%   in   the   survey   of   1998-1999.   This   situation   is   particularly   bad   for   students   on   longer   courses,   e.g.   medical   students According to   their   ‘Sign   the   Petition’   article   titled   â€Å"Scrap   Tuition   Fees   and   Top-up   Fees†Ã‚   the   repayment   system   is   also      In   their   own   words: â€Å"The   post-graduation   repayment   system   will   impose   what   amounts   to   a   very   high   marginal   rate   of   income   tax   (higher   than   the   rate   paid   by   a   millionaire)   on   those   least   able   to   pay      young   graduates   just   out   of   college   and   those   working   in   lower   paid   jobs   in   the   public   services   and   voluntary   sector   (disproportionately   women   and   from   the   ethnic   minorities).   The   House   of   Commons   Library   concludes   that   graduates   earning   as   low   as    £35,115   are   already   paying   a   marginal   tax   rate   of   50%,   as   they   pay   off   their   student   loans.   They   will   be   doing   so   for   a   great   deal   longer   to   pay   off   much   greater   debts   if   top-up   fees   are   introduced   as   the   Government   proposes.   The   Library   figures   also   reveal   that   graduates   earning   as   little   as    £15,000   will   pay   a   marginal   tax   rate   of   42%,   more   than   the   current   marginal   rate   for   the   very   highest   earners.† Secondly,   the   Liberal   Democrats   claim   that   top-up   fees   will   not   solve   the   funding   problem.   While   there   is   no   question   that   universities   need   money,   the   important   question   is   where   this   money   should   come   from.   The   Government’s   argument   in   support   of   top-up   fees   is   that   it   will   create   â€Å"a   more   sustainable   funding   regime†,   the   same   justification   of   for   tuition   fees   which   did   not   sort   out   the   funding   problem   for   universities.   Similar   results   are   expected   with   top-up   fees. Top-up   fees   will   not   solve   the   funding   problem:   Everybody   agrees   that   universities   need   more   money.   The   question   is,   where   should   the   money   come   from?   The   Government   says   that   top-up   fees   are   needed   in   order   to   create   a   more   sustainable   funding   regime.   But   exactly   the   same   argument   was   used   to   justify   tuition   fees.   Instead,   funding   per   student   by   the   taxpayer   was   cut   during   Labours   first   term   in   office   and   tuition   fees   merely   plugged   the   gap,   leaving   universities   no   better   off.   The   same   is   likely   to   happen   with   top-up   fees. Thirdly   the   Liberal   Democrats   believe   that   the   Government’s   scheme   is   inefficient. â€Å"The   Government   is   switching   from   up-front   fees   to   post-graduation   repayment   via   the   student   loan   system.   The   cost   to   the   taxpayer   of   financing   this   debt   will   be   substantial.   The   Explanatory   Notes   published   alongside   the   Higher   Education   Bill   indicate   that,   in   order   to   raise    £1   billion   for   universities   in   top-up   fees   income,   the   cost   to   the   taxpayer   will   be   in   the   region   of    £445   million†Ã‚   (Scrap   the   Tuition   Fees   article). Finally   the   liberal   Democrats   are   of   the   opinion   that   education   should   be   free   and   nobody   should   be   denied   access   to   learning   because   of   their   financial   abilities.   This   cannot   be   achieved   unless   tuition   is   free. The   Liberal   Democrats   are   challenged   by   a   valid   question:   What   would   you   do?   They   promise   that   they   would   abolish   all   tuition   fees.   In   other   words   they   would   cancel   the   present    £1125   and   make   sure   that   no   other   charge   will   be   considered. In   addition   they   would   assist   the   low-income   students   by   reintroducing   maintenance   grants   to   meet   living   costs   and   restore   the   students’   right   to   housing   and   unemployment   benefits   during   summer.   The   assistance   will   not   be   limited   to   students   it   will   also   be   extended   to   universities   by   providing   more   resources   that   will   enable   them   to   recruit   and   retain   good   staff   and   improve   the   quality   of   services   in   terms   of   buildings   and   libraries   etc.   A   more   ambitious   resolution   is   the   following: â€Å"Develop   a   21st   century   higher   education   system   which   would   bring   together   universities,   further   education   and   e-learning,   open   up   routes   to   technical   and   vocational   as   well   as   academic   qualifications   and   make   it   easier   for   those   who   wish   to   study   part-time†Ã‚   (Scrap   Tuition   Fees   article† However,   how   is   this   going   to   be   achieved?   The   Liberal   Democrats   say   that   these   commitments   can   be   funded   by   their   proposed   50%   income   tax   for   those   who   earn   more   than    £100,000.   Whether   this   would   be   sufficient   or   not   is   another   question   to   be   answered. Universities   and   Students’   Point   of   View Universities   UK,   a   body   representing   vice-chancellors,   is   of   the   opinion   that   the   Education   Bill   (which   is   now   a   law)   is   necessary   and   fair.   (Brown,   2003)   Brown   emphasises   the   need   for   increased   funding   for   university   teaching,   which   had   been   reduced   over   the   last   two   decades   resulting   in   universities   facing   difficulties   to   achieve   their   main   goals.   He   asserts   that   â€Å"we   risk   losing   our   international   reputation   for   the   quality   and   effectiveness   of   our   higher   education   system.† Another   Universities   UK   authority   asked   to   comment   by   the   BBC   News   commented   as   follows: â€Å"Lets   look   at   what   is   actually   being   proposed   in   the   UK.   The   package   here   offers   students   no   up-front   fees,   loan   forgiveness   at   25   years,   no   real   rate   of   interest,   a   generous   grant   and   bursary   system   and   a   cap   on   the   fee   itself.   By   these   means,   the   UK   scheme   seeks   to   avoid   the   problems   which   others   have   found   elsewhere.   What   is   being   proposed   in   the   UK   will   ensure   that   the   poorest   students   will   be   better   off   while   studying   under   these   arrangements   than   they   are   now      and   they   are   also   effectively   indemnified   against   low   earnings   after   graduation.† Therefore,   we   can   conclude   that   universities   support   the   Government’s   proposal   and   see   it   as   the   most   appropriate   solution.   Brown   in   his   articles   dismissed   the   counter   argument   of   the   Conservatives   and   concluded   that   the   Government’s   proposal   is   fair   and   offers   a   sustainable   solution: â€Å"Universities   are   asking   for   a   major   increase   in   funding,   partly   from   public   funds   and   partly   from   individuals.   Given   the   scale   of   the   funding   gap,   Universities   UK   thinks   it’s   fair   to   ask   those   who   benefit   most   from   higher   education   –   graduates   –   to   contribute   proportionally   more   to   its   costs.   While   the   higher   earnings   of   graduates   mean   that   the   majority   of   UK   taxpayers   who   earn   over    £100,000   have   benefited   from   higher   education,   a   significant   proportion   of   this   group   have   not.   We   therefore   consider   this   solution   to   be   a   relatively   poorly   targeted   way   of   raising   the   necessary   money,   compared   with   the   form   of   progressive   taxation   offered   by   the   Government   proposals   which   targets   only   those   who   have   been   to   university.† On   the   other   hand,   students   represented   by   National   Union   of   Students,   seem   to   be   against   the   to-up   fees   scheme   and   are   pointing   out   the   fall   in   applications   for   universities   which   they   describe   as   â€Å"extremely   worrying†.   In   the   words   of   NUS   president   Kat   Fletcher,   â€Å"The   drop   in   applications   is   extremely   worrying,   and   suggests   that   top-up   fees   and   the   debt   they   represent   are   deterring   potential   students. According   to   Mandy   Telford,   National   Union   of   Students   president: â€Å"If   top-up   fees   come   in,   then   more   and   more   students   will   be   forced   to   choose   their   course   based   on   its   cost   and   therefore   put   themselves   at   a   disadvantage   before   they   even   graduate.   Increased   fees   will   mean   some   employers   will   look   at   the   cost   of   a   course   rather   than   a   graduates   ability.   Furthermore,   if   the   Government   does   not   provide   a   decent   student   funding   package,   then   those   students   forced   to   work   long   hours   in   paid   work   will   be   unable   to   get   involved   in   CV-enhancing   extra-curricular   activities.   This   will   further   widen   the   gulf   between   the   haves   and   have-nots   on   campus   and   after   grad uation.† It   is   obvious   that   the   students   are   against   the   scheme   and   are   worried   about   consequences   they   portrait   whether   they   are   actual   or   assumed   ones. Conclusions It   is   definite   that   the   scheme   proposed   by   the   Government   is   facing   a   lot   of   opposition   mainly   from   obviously   the   Liberal   Democrats,   the   UK’s   well   organized   National   Student   Unions,   the   Labour   Party’s   vocal   political   left.   This   is   so   despite   the   fact   that   some   parts   of   the   Government’s   proposal   seem   fair   and   plausible. It   would   have   been   in   the   interest   of   all   parties   concerned   to   remove   the   issue   from   the   political   agenda   and   refer   it   to   professionals   to   study   and   recommend   feasible   solutions. References Johnstone, D. Bruce (2004) – Fear and Loathing of Tuition Fees: An American Perspective on Higher Education Finance in the UK – downloaded on 12 December from: http://www.gse.buffalo.edu/org/inthigheredfinance/Publications/Fear%20and%20Loathing%20of%20Tuition%20Fees%20PDF.pdf Liberal Democrats (scraptuitionfees.com) – Why do the Liberal Democrats oppose tuition fees and to-up fees? – downloaded on 11 December 2006 from: http://www.scraptuitionfees.com/pages/Why.phtml Wikipedia, the free encyclopaedia – Top-up fees – downloaded on 11 December 2006 from: http://en.wikipedia.org/wiki/Top-up_fees Curtis, Polly – Clarke comes out fighting over fees -Guardian Unlimited (November 26 2003) – downloaded on 11 December 2006 from: http://politics.guardian.co.uk/queensspeech2003/story/0,13994,1093724,00.html Newspaper Article Students Want Top-Up Fees Looked at as Applications Fall The Birmingham Post February 16, 2006. Newspaper Article – Charles Clarke’s statement to the Commons – Guardian Unlimited (January 22 2003) – downloaded on 11 December 2006 from: http://education.guardian.co.uk/specialreports/tuitionfees/story/0,,880051,00.html Nigel Brown (2003) – What’s it worth? The case for variable graduate contributions: A report for Universities UK – Universities UK BBC News Viewpoints: Tuition fees – downloaded on 11 December 2006 from: http://news.bbc.co.uk/1/hi/education/3583401.stm Webb, Steve –Liberal Democrat MP (11 August 2003) – Current Features: Top-up Fees Cause Universal Concern – downloaded on 11 December 2006 from: http://www.libdems.org.uk/parliament/feature.html?id=5133navPage=features.html Guardian Unlimited (November 26 2003) – Paying the price in education – downloaded on 11 December 2006 from: http://education.guardian.co.uk/students/tuitionfees/story/0,12757,1093673,00.html Sing Gill, Parmjit MP (25 January 2005) – Adjournment Debate: University top-up and tuition fees – downloaded on 11 December 2006 fro: http://www.universitiesuk.ac.uk/parliament/showBriefing.asp?id=20

Ferrari dealership Essay Example for Free

Ferrari dealership Essay A siren ripped this thought to shreds, before the same knocking sound which had woken him in the first place, hammered the thought out of his head completely. He moved his head back round to the left to see the milkman knocking on the window, a look of panic on his face. He tried to get up but it was no good; his body simply would not respond. Having seen the blood splattered window, the milkman had rushed next door and dialled 999. Now, the uniformed men hurriedly joined him at the window to see the horrific scene.. Through the glass they saw a large bedroom with what looked like a blunt metal instrument on the floor, in the opposite corner of the room to the window. From the haphazard position of the object, droplets of blood stained the cream carpet up to the white quilt of the double bed, upon which an elderly man lay still. He was attired in a white shirt, black trousers and black leather shoes, with a dress jacket and tie strewn on the floor beside him. Though this was an unusual scene it itself, the group were only driven into action by the site of the mans head. Blood stained the pillow around it, and the terror on his face told them what they needed to know. They needed to act fast. As he lay motionless, the paramedics smashed the window. The men in green uniforms rushed in through the gap they had created. They found him paralysed from the neck down, with a bloody gash across the back of his head. Though the blow which had been delivered to him would have been sufficient to knock him out, death was not instantaneous. As he could not move to get help, blood loss would have killed him eventually, had the milkman not found him. The paramedics rolled him off the bed and onto a stretcher, before loading him into the waiting ambulance, and off to hospital. Paralysis was temporary, and the doctor deemed it fit to allow the police to see him as he recovered. He relayed the events of the night before, and supplied them with a photograph of his wife, from his wallet. Later that afternoon, they returned to the hospital.  Good afternoon sir, said the police inspector as she shook his hand. You will be pleased to hear that we found your wife. She was pulled over for dangerous driving on the M18, near Doncaster. She pulled over, and, while performing the breathalyser test, the officer noticed the blood stains on her blouse. He put two and two together and so checked the photograph he had been supplied with. When he asked her to step out of the vehicle, she tried to escape on foot. Unfortunately we were unable to apprehend her before she got run over while attempting to cross the motorway. She died on her way to the hospital. We offer our condolences for your loss. He nodded in reply.  So, it turns out you were right she thought she had killed you. We found the family portrait in the glove compartment. The inspector placed it on the table beside his bed. By the way, she had five times the allowance of alcohol in her blood. Again he nodded. The following week, as he was being discharged from the hospital, the nurse informed him that his lawyer had called to arrange a meeting about his wifes life insurance. He could hardly suppress a smile as he boarded the elevator down to the hospital reception. As he left the hospital he flagged a taxi and stepped inside.  Any idea where the nearest Ferrari dealership is, mate?.

Wings Of Fire Book Review and Summary

Wings Of Fire Book Review and Summary Written by Dr. A.P.J Abdul Kalam, honorable President of India. Wings of Fire is an autobiography capable of inspiring even a common man into becoming a technologist. A well composed novel which revolves around the life of Mr. Kalam a renowned scientist as he shares his experiences and the minutest of details of his life. I like the way the book has been put together along with the delicate facts of his personal life. His family background, the pain and suffering he went through and recollected himself is commendable. The day I finished reading this book, such an influential personality impacted me very deeply and it gave me a glimpse of how the power of positive thinking can help achieve all odds. This autobiography comprises of a balance of details of the technological and political challenges faced to prosper in its aeronautical and space program. It is also a success story of Dr.Kalams participative management practices. Also, it gives an insight into the lives of Hindus and Muslims of India and their relationships among each other and among multi religious communities in India. Wings of Fire is an account of a young boy who tries to achieve his dreams beating all odds. The story emphasizes the importance of family, relatives and friends in helping achieve each others goals and turning dreams to reality. It teaches us to become a patriotic citizen of our country shown in the book as a determinant India and countless effort of its scientists in achieving superiority in aeronautical, space and rocket technology. This book offers an important lesson of finding success from failures of Indian space and rocket infrastructural programs. A good presentation of the role of other renowned scientists moulding our countrys future. This book is full of information and is a recommended choice for every student, because this book has the influence and power to motivate a person to stand out in life. Wings of Fire is a unique model of accomplishing ones goals, while fulfilling the promise to its country. As I read through this book I felt the same humility that Mr.Kalam felt when he was engaged into the program. A friend recommended me this book and I am glad that he did. This book is an biography of Indias president Abdul Kalam which has been co-authored with famous Arun Tiwari, who once had worked with Kalam in the field of military defense research. As from the book itself, this is the story of Kalam who flourished from darkness into the bright sunlight, his personal and professional effort. . . . . . . This is also the narrative of independent Indias struggle for technological self adequacy sovereignty in defense systems a story as much regarding politics, as it is regarding science. The story tells us about Kalams rise from a humble lower-middle class family his narrative of Indias efforts in rocketry space technology. Segregated into four sections, the book gradually reaches for the stars Orientation, Creation, Propitiation Contemplation. As a tribute to his mother and father, the book is dedicated to his parents. The first segment relates to the early life of Avul Pakir Jainulabdeen Kalam. His recollections of the early days are very suggestive of good old Magudi set up. He remembers his parents, relatives and teachers his most influential characters in the book. Adding color to the section are pictures of that time. This segment covers all his early learning and travels. The next segment is related to Kalams further education and work experience and his involvement with projects of military defense and space, primarily the SLV3. This part has many scientific details and is an introduction to defense and space research organizations. Kalam is an aam aadmi at heart, this is shown in the book in many of his narratives through his interaction with even the insignificant people in the hierarchy like Dr Brahm prakash, Prof Satish Dhawan and Prof Vikram Sarabhai. The third segment covers the years from 80-91 when Kalam is posted from ISRO to military defense labs. Filled with many pictures, this section too keeps us entertained. And to imagine he worked mostly in government institutions where bureaucracy and red tapes are the order of the day. We have all heard of SLV3, PSLV, Akaash, Naga, Agni, Trishul in the news and these technological achievements marks the success of what is now, one of the strongest and determined aeronautical and space organization of India. The last segment is connected with the later years where Kalam is bestowed upon with series of awards, his thought and his visions for a proud India. It is almost impossible not to be inspired by the life of Mr.Kalam. This segment along with the conclusion also mentions of Kalams dream for the year 2020. The book itself is written in simple English and it seems as if the author is speaking out to the reader directly. One must read this for the following reasons Indias greatest scientist Abdul Kalams story, military and defense research, missile technology, Indias vital space programs and general knowledge. Throughout the book there are morals that are for the grooming purposes for everyone, even for the administrators. Abdul Kalam tells us how the finest of people can be brought out. Abdul Kalam is referred to as spiritual scientist, his visions and contributions to his country. As a young man, Abdul Kalam was inquisitive and keen to learn more and more about science. Kalams mentors persuaded him to ponder onto the great opportunity into space science and by achieving this India will become self-sufficient in aeronautical and rocket science. He was the first one with a vision that India has great potential in its space and satellite development of launch vehicles. SLVs provide as the foundation for a range of state-of-the-art missile technology in Indias military. From an American viewpoint, when everyone is shouting bloody murder and weapon proliferation, Abdul Kalams memories of Frances taking away of support and fake accusations of German help serve as a alarming reminder that embargoing a country simply cannot work if the countrys public is strong enough to control their own destiny. Its worrying that there is little debate on the ethics of an impoverished country developing nuclear weapons and deploying delivery systems. . . .But thats almost totally lost in the argument of self-reliance, a determination to never again surrender to foreign rule. Abdul Kalam, an optimist, made helped India become self sufficient in its space and rocket technology. The book also inspires the youth of India living nationally and internationally that they appreciate the one marvel achieved by their nations hero, Abdul Kalam and strive themselves to become strong in every area of their profession and make India prosper for eternity. Abdul Kalam, the man with many names. He is most trusted man in India according to survey, He is also known as the missile man of India. Abdul Kalam will be cherished long after he is gone, the man whom India loves. The book is a journey into Abdul Kalams life; the book however does not cover his presidency days that were published before he became the president of India. Abdul Kalam stayed in Ramesh Varam which is famous for its Shiv temple. The famous temple was few kilometers journey from Abdul Kalams home, a Muslim dominated area. Abdul Kalam use to sell newspapers to help his brother, was good friend of the priest of the temple and his father was respectable man whom people used to turn for advice. Abdul Kalam writes about his school days, his brother in laws influence on him and his teachers in the initial chapters. He also writes about his financial challenges he faced during the time he was into education. The later chapters are some of Vikram Sarabhais immense contribution in establishment of space research center and opening up new feets for coming scientists. Abdul kalams efforts in association with other scientist would make ordinary Indian understand the zeal , the effort of human soul in making India , a well respected country in space science. As a mentor of Abdul Kalam, Vikram Sarabhai had expert management skills and team building skills with which he groomed Abdul Kalam into becoming a scientist to remember for years to come. In one of his meeting with Vikram Sarabhai at 3 a.m, Abdul Kalam worked hours at stretch with his colleague for presentation to defense minister and he forgets an important personal event to attend to, this shows Kalams determination for his work and his country to succeed. ISRO, prithvi, agni, nag, trishul are some of the achievements which every Indian is proud of. It was a moment to cherish when India made its first journey to the moon and along with this journey to success was Abdul Kalams belief that nothing can stop India from reaching the stars and he certainly proved himself as one of the stars. Considering that this book comes from a scientist, this book does have little scientific narration. SLV, Geo satellite, composite material, mechanical engineering and such things. The journey itself always has technical errors especially when its scientific in nature. Abdul Kalam, like the man himself forced his will to victory over failures, fears and disappointments. At the core, the book is about the great Indian dream. A wish that all the founding fathers of a country have, a wish fulfilled by Abdul Kalam. A country which is divided by religion and caste. A country which has a corrupt political system and where money rules, Abdul Kalam still made millions of citizens of India a proud nation. Aftermath

The Graduate Essay -- essays papers

The Graduate This paper will be both a critique as well as an analysis of the relationships between both my generation and the time period in which the movie took place. In the critique, I which to look at the movie score and the dependency that I felt Ben and Katherine had for each other. There were several issues that I felt my generation had in common with Ben's generation. These issues were the need to rebel and the detachment we feel from our parents. There were several aspects of the movie, which I think should have been removed. The first aspect is the movie score, which was sung by Paul Simon and composed by Simon and Garfunckel. In my opinion, the music was very folksy. Folksy in the way that it should be something that people meditate to not listen to on a movie screen. I also felt the movie score did not fit in with the movie, because the music was too mundane for the fast pace of the movie. The next aspect is the dependency that Ben and Katherine had for the other. I do believe that they really loved each other, but that each person represented something that the other did not see in themselves. I felt that Katherine saw in Ben his rebellious behavior which she wish she had and Ben wished that he had Katherine's quiet and peaceful spirit. I really felt this movie related to my generation because it touched on a few important issues that are still common now. These issues are the need to rebel from society, and the detachment from the parent...

Symbols and Symbolism Essay - Use of Symbols in Nathaniel Hawthornes T

Use of Symbols in The Scarlet Letter In World Book Dictionary, a symbol is defined as something that stands for or represents something else, especially an idea, quality, or condition. Symbols can be objects, characters, figures, or colors used to represent ideas or concepts. In the novel The Scarlet Letter, by Nathaniel Hawthorne, there are many symbols that are throughout the novel. While symbols can be created, such created symbols are subjective and must be given meaning within their context and because the context is different among individuals and societies and can vary over time. Some symbols that are used in the novel The Scarlet Letter is the scarlet letter, the meteor, Pearl, the rosebush next to the prison door, and the scaffold. The scarlet letter is a symbol that is a symbol of shame, Instead it becomes a power of identity to Hester. As time passes the letter's meaning on Hester's chest shifts also. "..that many people refused to interpret the scarlet "A" by its original signification. They said that it meant "Able"; so strong was Hester Prynne, with a woman's strength" (145). From the beginnings the scarlet letter intended to mark Hester as an adulterer and eventually it comes to stand for able. It marks her as a person of importance. As Dimmesdale stands on the scaffold with Hester and Pearl in Chapter XII, a red "A" appears in the night sky. "..looking upward to the zenith, beheld there the appearance of an immense letter -the letter "A"-marked out in lines of dull red light" (140). To Dimmesdale, the meteor implies that he should wear the mark of shame just as Hester Prynne. The meteor is interpreted differently from the rest of the community. The c... ... of the meeting house. The minister went up the steps" (132). The scaffold is a place of public confession for Revered Dimmesdale. Whoever mounts the scaffold draws attention of the public. In the novel The Scarlet Letter, by Nathaniel Hawthorne, there were several symbols used in the novel. The scarlet letter was meant to be a symbol of shame but it became a power of identity for Hester. The meteor, for Dimmesdale meant he should be wearing the scarlet letter just like Hester. To the town, the meteor meant "angel" which meant that the Governor entered the gates of heaven. Pearl was a symbol that was a living version of her mother's sin. The rosebush by the prison door represents the ability of nature to endure and outlasts a man's activities. The scaffold is a place of public confession and alludes back to the sin of adultery.

Atwood :: Character Analysis, Kat, Disintegration

Atwood uses symbolism to convey how a person’s personality can disintegrate by living in a repressive society. In the beginning of the story, Kat goes through a surgery to remove a large ovarian cyst which she keeps and names â€Å"Hairball†. This large cyst is in fact, a symbol that represents Kat’s personality disintegration. Most cyst that develop in the human body are dysfunctional, and Kat can be seen as a dysfunctional woman when she decides to keep this cyst. â€Å"The cyst turned out to be a benign tumor. Kat liked that use if ‘benign,‘ as if the thing had a soul and wished her well† (304). This specific passage shows the readers how Kat is slowly loosing her mind by thinking that her cyst has a soul of its own. In addition, she humanizes her cyst by naming it â€Å"Hairball† and by giving it human characteristics: â€Å"Hairball’s baby teeth glint in the light; it looks as if it’s about to speak† (312). More over, Hairball is described as having baby teeth which can represent how it is like a baby who still developing. This developing cyst can also symbolize how Kat is trying to develop her own personality. However, this becomes a challenge for her because she lives in a society where male domination is present. She works as a photographer for an avant-garde magazine, and tries to express her ideas, but the men whom she works with don’t let her do so. Kat trying to develop her personality within her society leads her to become lost, and back to becoming dysfunctional just like a cyst trying to be a tumor. The author uses Hairball as a symbol to highlight how Kat’s personality disintegrates by living in a society where gender inequality is supported. Characterization plays an important role when conveying how one’s personality can disintegrate by living in a restrictive society. Although Kat is slowly loosing her mind, in the story, she is portrayed as a confident woman who tries to strive for excellence. This can be seen when she wants to name the magazine â€Å"All the Rage†. She claims that â€Å"it’s a forties sounds† and that â€Å"forties is back† (311). However the board of directors, who were all men, did not approve. They actually â€Å"though it was too feminist, of all things† (311). This passage not only shows how gender opportunities is apparent in the society Kat lives in, but also shows the readers why Kat starts to loose her mind.

Development Of Electrocoagulation System Using Cfd Environmental Sciences Essay

Oil – H2O emulsions occur in many phases during oil production. The chief undertaking in seaward oil and gas production is to divide the gas, oil and H2O stages and to handle the single stages in order to run into the merchandise specifications. Separating H2O from uninterrupted flows of oil is normally required in oil production applications, oil refineries and chemical workss every bit good as some topographic points where it is indispensable that the hydrocarbons non be contaminated with H2O. The possible jobs with H2O taint were first emphasized during the last portion of World War II when it was found that aeroplanes could wing high plenty to do the H2O to stop dead in the fuel lines. The pilots found this unreasonably inconvenient because it caused the engines to halt, so equipment was designed to guarantee that merely bantam sums of H2O were allowed to stay in the air power fuel. A mixture of oil and H2O called as an emulsion ; an emulsion is a mechanical mixture, non a solution, dwelling of droplets of one non-miscible fluid dispersed in another uninterrupted fluid. In the instance of H2O and oil, two types of emulsion are common, depending on which is the uninterrupted stage. 1. Oil in H2O emulsions. 2. Water in oil emulsions Oil and H2O may comparatively conveniently separate utilizing gravitation and assorted enhanced gravitation systems. In the instance of taking oil from H2O, droplets of oil rise within the H2O and in taking H2O from oil, H2O droplets fall within the oil.In instances where the uninterrupted stage is oil ; it may be advisable to use extra force to assist coerce the H2O to divide. In electrostatic desalters and negotiators, an electrical field is applied and in blending cartridge centrifuges the usage of tightly packed fibre beds are used.Aims:In general, this undertaking is intended to carry through the undermentioned aims: To make an electrocoagulation system to be used to cut down the H2O content of the petroleum oil. To Design and Simulate the electrocoagulation system utilizing Computational Fluid Dynamic ( CFD ) application. To measure the functionality of the developed electrocoagulation system in footings of efficiency and functionality.LITERATURE REVIEWDefinition of Electrocoagulation:Definition of electrocoagulation from exford dictionary Electrocoagulation ( EC ) as an electrochemical method was developed to get the better of the drawbacks of conventional H2O and effluent intervention engineerings. In EC, aluminium or Fe hydrated oxide flocs which destabilize and aggregate the suspended atoms or precipitates and absorb dissolved contaminations are produced by anodal disintegration followed by hydrolysis. Electrocoagulation uses an electrical current in an electrochemical cell to clot contaminations in effluent. EC is good suited to handling effluent with the undermentioned contaminations: emulsified oils, PAHs, ill settling solids, ill soluble organics, contaminations in general that add turbidness to H2O, every bit good as negatively charged metal species such as arsenic, Mo, and phosphate. Electrocoagulation ( EC ) , besides known as Radio Frequency Diathermy or Short Wave Electrolysis, is a technique used for wash H2O intervention, effluent intervention, industrial processed H2O, and medical intervention. Electricity-based electrocoagulation engineering removes contaminations that are impossible to be removed by filtration or chemical intervention systems, such as emulsified oil, entire crude oil hydrocarbons, suspended solids, and heavy metals. A to the full automated modular system has no filters to clean or replace and does non necessitate the usage of chemicals.Theory of Electrocoagulation:2.2.1 What is the procedure all about?Electrocoagulation ( EC ) procedure has been attracted a great attending in handling industrial effluents because of the versatility and environmental compatibility. This technique has some advantages when compared to conventional methods such as simple equipment, easy to run, less keeping clip, decrease or absence of adding chemicals, rapid deposit of the electrogenerated flocs and less sludge production. Therefore, it was shown that EC could be used as an effectual and dependable method for cut downing or taking a big assortment of pollutants in effluents ( Kobya et al. , 2006 ) . Aluminum or Fe is normally used as electrodes and their cations are generated by disintegration of sacrificial anodes upon the application of a direct current. The metal ions generated are hydrolyzed in the electrochemical cell to bring forth metal hydrated oxide ions harmonizing to reactions ( 1 ) , ( 2 ) and ( 3 ) and the solubility of the metal hydrated oxide composite formed depends on pH and ionic strength. Insoluble flocs are generated at pH scope between 6.0 and 7.0 as can be seen from the solubility diagram of aluminium hydrated oxide Al ( OH ) 3 ( s ) demoing pH versus solubility ( Bensadok et al. , in imperativeness ) . Metal species react with negatively charged atoms in the H2O to organize flocs. The in situ coevals of coagulators means that electrocoagulation procedures do non necessitate the add-on of any chemicals. The gases produced at the cathode during the electrolysis of H2O and metal disintegration as seen in Eqs. ( 1 ) , ( 2 ) and ( 3 ) let the ensuing flocs to d rift ( Daneshvar et al. , 2006 ) . View the MathML beginning ( 1 ) View the MathML beginning ( 2 ) View the MathML beginning ( 3 ) The electrocoagulation has successfully been used for the intervention of effluents including dairy effluent ( Azengil and A-zacar, 2006 ) , alcohol distillery effluent ( Yavuz, 2007 ) and textile effluent ( Ogutveren, 1992 and Can et al. , 2006 ) . Meanwhile, EC procedure has been widely used to handle effluent which has high measure of oil-grease, COD and toxic such as olive oil factory effluent ( Tezcan Un et al. , 2006, Adhoum and Monser, 2004 and Khoufi et al. , 2007 ) . Treatment of oil refinery effluent was studied by Rajkumar and Palanivelu ( 2004 ) at a fixed current denseness utilizing Ti/TiO2-RuO2-IrO2 electrode and an undivided reactor with add-on of chloride while the initial COD value of 602 milligrams La?’1 was reduced to 152 milligrams La?’1 with an energy ingestion of 235.3 kWh/kg after 20 Ah/L of charge input. In this survey, treatability of VORW to legal discharge demands at assorted runing conditions by electrocoagulation utilizing aluminium electrode with add-on of Na2SO4 and PAC ( poly aluminium chloride ) that would be executable and economic in usage for little and mid size installations was investigated. Electro-coagulation is an electrochemical procedure that combines the consequence of: 1. ) electrolysis gases, that is hydrogen and O 2. ) production of polyvalent cations from corrodible anodes, e.g. Fe During the electrolysis procedure, metal cations signifier and react with hydroxide ions in cathode to organize metal hydrated oxides. In the instance of Fe electrodes, there are two feasible mechanisms for the production of the metal hydrated oxide: In acidic medium, Anode: Fe ( s ) a† Ã¢â‚¬â„¢ Fe2+ ( aq ) + 2e- 4Fe2+ ( aq ) + 10 H2O ( cubic decimeter ) + O2 ( g ) a† Ã¢â‚¬â„¢ 4 Fe ( OH ) 3 ( s ) + 8H+ ( aq ) Cathode: 2H+ ( aq ) + 2e- a† Ã¢â‚¬â„¢ H2 ( g ) Overall: 4 Fe ( s ) + 10 H2O ( cubic decimeter ) + O2 ( g ) a† Ã¢â‚¬â„¢ 4Fe ( OH ) 2 ( s ) + 4H2 ( g ) In alkalic medium, Anode: Fe ( s ) a† Ã¢â‚¬â„¢ Fe2+ ( aq ) + 2e- Fe2+ ( aq ) + 2OH- ( aq ) a† Ã¢â‚¬â„¢ Fe ( OH ) 2 ( s ) Cathode: 2H2O ( cubic decimeter ) + 2e- a† Ã¢â‚¬â„¢ H2 ( g ) + 2OH- ( aq ) Overall: Fe ( s ) + 2H2O ( cubic decimeter ) a† Ã¢â‚¬â„¢ Fe ( OH ) 2 ( s ) + H2 ( g ) Once the Fe hydrated oxide is produced, it removes pollutants by surface complexation and electrostatic attractive force. The pollutants presumptively act as a ligand to adhere with an Fe ion. Furthermore, the Fe hydrated oxide formed during reaction contains evident positive and negative charges which attract face-to-face charged polluting species and take them from the solution. ( EC ) . Electrocoagulation is initiated by the oxidization of sacrificial anodes out of aluminum or Fe giving up, severally Al3+ and Fe2+ ions. The latter ions are quickly oxidized to Fe3+ by air oxidization. The metal ions combine to the hydroxyl ions produced by the H2O electrolysis at the cathode, to organize the corresponding metal hydrated oxides, which favor the formation of the flocs by destabilization of the contaminations or particulate suspensions. The flocs formed can be recovered from the liquid surface by grating – when the bubbles of H produced at the cathode allow floatation – or settle depending on their denseness. Electrocoagulation is a procedure consisting of making a floc of metallic hydrated oxides within the wastewater to be treated by electrodissolution of a soluble anode. The coagulator in this technique is mentioned in situ by disintegration of a sacrificial anode and it involves three chief procedures [ 13 ] and [ 14 ] : electrolytic reaction at electrode surface, formation of coagulators by electrolytic oxidization in aqueous stage and surface assimilation of colloidal atoms on coagulator, and remotion by deposit or floatation. Therefore, the appropriate choice of the electrode stuffs is really of import. The most common used stuffs for electrocoagulation are aluminum or Fe. They are inexpensive, readily available. However, aluminum was found to be a more appropriate electrode stuff harmonizing to the Fe electrode public presentation [ 15 ] . The electrochemical reactions with aluminum as anode may be summarized as follows: At the anode: M ( s ) a† Ã¢â‚¬â„¢ M3+ ( aq ) + 3ea?’ ( 1 ) ( 2 ) View the MathML beginning In the solution: M3+ ( aq ) + 3H2O a† Ã¢â‚¬â„¢ M ( OH3 ) ( s ) + 3H+ ( aq ) ( 3 ) M3+ ( aq ) and OHa?’ ions generated by the electrode reactions ( 1 ) and ( 2 ) react, severally, to organize assorted monomeric species, depending on pH scope, which transform eventually into M ( OH ) 3 harmonizing to complex precipitation dynamicss. Freshly formed formless M ( OH ) 3 ( sweep flocs ) with big surface countries which are good for a rapid surface assimilation of soluble organic compounds and caparison of colloidal atoms. Consequently, these flocs can be removed by deposit or by floatation utilizing H2 bubbles produced at the cathode [ 16 ] . Optimizing the electrocoagulation procedure implies finding of the experimental conditions for separation of oil from oil-in-water emulsion. In the preliminary survey, the job can be defined as destabilising the emulsion by destructing the interfacial movie and get the better ofing the repulsive force effects of the electrical dual bed to let the eventually sized oil droplets to organize larger droplets through coalescency. In the 2nd phase, the optimum operating conditions will be applied and the research will concern the optimum operational parametric quantities aimed to divide oil utilizing the electrochemical method. While the aim is to measure one or more factors that have an unquestionable consequence on the procedure separation. In conventional multifactor experiments, optimisation is normally carried out by changing a individual factor while maintaining all other factors fixed at a specific set of conditions. It is non merely time-consuming, but besides normally incapable of making the true optimum due to disregarding the interactions among variables. Therefore, it is desirable to develop an acceptable procedure in shortest possible clip utilizing minimal figure of work forces, hours and natural stuffs. In add-on, the technique of the experimental design is an efficient method of bespeaking the comparative significance of a figure of variables and their interactions [ 17 ] . For this intent, response surface method ( RSM ) was proposed to find the influences of single factors and their synergistic influences. RSM is a statistical technique for planing experiments, edifice theoretical accounts, measuring the effects of several factors, and seeking optimal conditions for desirable responses [ 18 ] . The chief advantage of this method of other statistical experimental design methods is the decreased figure of experiments tests needed to measure multiple parametric quantities and their interactions [ 19 ] . Recently, this method has been used to find optima l parametric quantities in different procedures [ 20 ] and [ 21 ] . Electrocoagulation is the procedure of destabilising suspended, emulsified, or dissolved contaminations in an aqueous medium by presenting an electric current into the medium. In its simplest signifier, an electrocoagulation reactor may be made up of an electrolytic cell with one anode and one cathode. The conductive metal home bases are normally known as ‘sacrificial electrodes ‘ and may be made of the same or different stuffs ( anode and cathode ) ( Mollah et al. , 2001 ) . Electrocoagulation is the electrochemical production of destabilization agents ( such as Al, Fe ) that brings about neutralization of electric charge for taking pollutant. Once charged, the atoms bond together like little magnets to organize a mass. This procedure has proven really effectual in taking contaminations from H2O and is characterised by decreased sludge production, no demand for chemical usage, and easiness of operation ( Rajeshwar and Ibanez, 1997 ) . Colloid – destabilizing agent s that consequence on-charge neutralization are produced by electrolysis in the EC procedure. For illustration, aluminum anodes are used to bring forth aluminum cations which have the same consequence as the add-on of Al-based coagulators in conventional intervention systems.2.2.2 How effectual is electrocoagulation:There were n't many siecntific documents discoursing the application of electrocoagulation in taking H2O in petroleum oil, nevertheless many surveies have discussed the effictiveness of electrocoagulation procedure in effluent interventions every bit good as in interrupting oil H2O emulsion. Which has been practiced in these industries for old ages. Therefore these informations will be analysed in our literature reappraisal, and it will be the sicientific princibles in which we base our research on with careful scrutiny of the parametric quantities in them. The scientific publication below will discus the followers: why electrocoagulation is needed and better than conventional methods in separation or emulsion breakage: the consequences and findings in these publication that evaluate the effectivity of the electrocoagulation system the parametric quantities that affect these consequences2.2.3 why electrocoagulation is needed and better than conventional methods in separation or emulsion breakage?Electrocoagulation ( EC ) procedure has been attracted a great attending in handling industrial effluents because of the versatility and environmental compatibility. This technique has some advantages when compared to conventional methods such as simple equipment, easy to run, less keeping clip, decrease or absence of adding chemicals, rapid deposit of the electrogenerated flocs and less sludge production. Therefore, it was shown that EC could be used as an effectual and dependable method for cut downing or taking a big assortment of pollutants in effluents ( Kobya et al. , 2006 ) . In recent old ages, several surveies have focused on electrocoagulation, which is an effectual procedure used to destabilise and take finely spread atoms from Waterss and effluents. These surveies have shown that electrocoagulation is a competitory engineering for the remotion of pollutants from supply H2O [ 1 ] , [ 2 ] and [ 3 ] , urban effluents [ 4 ] and besides in the intervention of existent and man-made industrial wastewaters [ 5 ] and [ 6 ] such as those generated in the agro-alimentary [ 7 ] , [ 8 ] and [ 9 ] , metalworking [ 10 ] and fabric industries [ 11 ] , [ 12 ] and [ 13 ] .The advantages reported for this engineering, as compared to the conventional curdling procedure ( add-on of coagulator by solution dosing ) , are the simpleness of the equipment required, versatility, safety and easy mechanization of the procedure [ 14 ] , [ 15 ] , [ 16 ] and [ 17 ] as this attack does non necessitate the add-on of any chemicals. The procedure consequences in high-energy efficiency, selectivity and cost effectivity, every bit good as a reduced sum of precipitate or sludge, which sediments quickly [ 18 ] . In add-on, the low current demand allows such procedures to be run by green energy beginnings such as solar power, air current Millss and fuel cells [ 17 ] . The consequences obtained allow us to sort this technique as one of the most promising methods for handling effluent watercourses polluted with colloids and colorants or dwelling of oil-in-water emulsions. The development of EC procedure has been hindered for old ages by the high investing costs and terrible competition with the chemical processes. It started to recover importance with betterment of electrochemical procedures and announcement of more rigorous environmental statute laws on effluent. This new rise of electrocoagulation has besides been due to the comparative decrease in the operation and investing costs. EC has the possible to be competitory with regard to both economical and environmental standards for intervention of effluent and other related H2O direction issues [ 8 ] . This technique has been applied for intervention of Waterss incorporating suspended solids [ 9 ] , oils and lubricating oils [ 10 ] , [ 11 ] , [ 12 ] and [ 13 ] , dyes and fabric effluents [ 14 ] and [ 15 ] , or industrial wastes incorporating heavy metals [ 16 ] and phosphate [ 17 ] . EC was besides applied for defluoridation of H2O [ 18 ] and urban wastewatersMethods of demulsification oil-water emu lsion include chemical, mechanical and lectrochemical techniques [ 1 ] . Chemical curdling is carried out by adding salts such as ferrous sulfate or aluminum sulfate to the emulsion followed by a precipitation reaction. This method generates a high water-content sludge with attendant dewatering and disposal jobs beside the high cost of the coagulating chemicals. Mechanical methods such as ultrafiltration are limited in usage because of the rapid fouling of the membranes used in ultrafiltration [ 1 ] . Electrocoagulation is having an increasing credence by industry in position of its advantages compared to other methods [ 1 ] and [ 2 ] . Several methods have been used for the intervention of theses wastes † agricultural waste â€Å" , such as chemical destabilization by utilizing inorganic salts [ 2 ] , flocculation [ 3 ] , dissolved air floatation [ 4 ] , and membrane procedures [ 5 ] and [ 6 ] . A reappraisal of literature indicated a certain figure of surveies which show the success of the oil separation from greasy rejections by utilizing electroflotation [ 7 ] and [ 8 ] . The chief disadvantage of this method is the restriction of separation efficiency by the oil concentration in the emulsion. To cut down this restriction, other techniques based on the combination of the electroflotation with flocculation were used successfully [ 9 ] . Recently, there is a demand to place new engineerings that achieve technically and economically efficient separation of oil from oil-in-water emulsion. For this intent, electrocoagulation procedure is playing a more outstanding function in the intervention of greasy effluents [ 10 ] , [ 11 ] and [ 12 ] , because it provides some advantages: no chemical additives are added to destabilise the emulsion, simple equipment, easy operation, low capital and operating cost and reduced sum of sludge. Electrocoagulation ( EC ) and electrocoagulation/flotation ( ECF ) processes can be applied to a wide scope of H2O and effluent intervention systems and are most effectual in taking inorganic contaminations and pathogens. Because of their wide pertinence, they have been used for groundwater and surface H2O redress at several sites ( Joffe and Knieper, 2000 ) . These procedures are characterised by easiness of operation, reduced production of sludge, and no demand to manage chemicals. They have been applied expeditiously to assorted H2O intervention jobs. Therefore, if EC can replace conventional chemical curdling, really small alteration is required to do the present intervention workss more efficient and decide the many jobs caused by chemical curdling ( Rajeshwar and Ibanez, 1997 ) . This research presents information refering to the remotion pollutants by electrocoagulation in H2O and effluent.2.3 Computational Fluid Dynamic ( CFD )Fluid flows encountered in mundane life including meteoric phenomena such as rain, air current, hurricanes, inundations, fires every bit good as environmental jeopardies such as air pollution, conveyance of contaminations heating, airing and air conditioning of edifices, and autos. When discuss about fluid flow it does non halt until the fluid but instead widen to the airing form such as burning in car engines and other propulsion systems, interaction of assorted objects with the environing air/water, complex flows in furnaces, heat money changers, chemical reactors etc. it besides affect the procedures in human organic structure blood flow, external respiration, imbibing, and so on and so forth. The importance of CFD is so distinguish that it provides a qualitative and sometimes quantitatve anticipation of fluid flows by agencies of mathematical mold ( partial differential equations ) , numerical methods ( discretization and solution techniques ) and package tools ( convergent thinkers, pre- and postprocessing public-service corp orations ) . It enables scientists and applied scientists to execute ‘numerical experiments ‘ ( i.e. computing machine simulations ) in a ‘virtual flow research lab ‘ .Definition of Computational Fluid Dynamic ( CFD )Computational fluid moral force is the scientific discipline of foretelling fluid flow, heat and mass transportation, chemical reaction and related phenomena by work outing numerically the Lashkar-e-Taiba of regulating mathematical equations. It is besides a preservation of mass, impulse, energy and species.The consequences of CFD analysis are relevant in conceptual surveies of new designs, elaborate merchandise development, problem shot, and redesigning.CFD analysis complements proving and experimentation and reduces the entire attempt required in the experiment design and information acquisition. There are many different definition given to CFD, below are some of the definitions: The art of replacing such Partial Differential Equation ( PDE ) systems by a set of algebra equations which can be solved utilizing digital computing machines ( Kuzmin, D ) Computational fluid kineticss ( CFD ) is an technology method in which flow Fieldss and other natural philosophies are calculated in item for an application of involvement ( hypertext transfer protocol: //www.ansys.com, retrieved on 11 July 2011 ) TheA predictionA ofA theA behaviourA ofA fluids andA ofA theA effectsA ofA fluidA motionA pastA objectsA byA numerical methodsA ratherA thanA modelA experiments ( Dictionary.com, retrieved on 11 July 2011 ) Computational fluid kineticss, normally abbreviated as CFD, is a subdivision of fluid mechanics that uses numerical methods and algorithms to work out and analyse jobs that involve fluid flows. Computers are used to execute the computations required to imitate the interaction of liquids and gases with surfaces defined by boundary conditions. With high-velocity supercomputers, better solutions can be achieved. Ongoing research outputs package that improves the truth and velocity of complex simulation scenarios such as transonic or disruptive flows. Initial proof of such package is performed utilizing a air current tunnel with the concluding proof coming in all-out testing, e.g. flight trials.2.3.2 Background and historythe cardinal footing of about all CFD jobs are the Navier-Stokes equations, which define any single-phase fluid flow. These equations can be simplified by taking footings depicting viscousness to give the Euler equations. Further simplification, by taking footings depic ting vorticity outputs the full possible equations. Finally, for little disturbances in subsonic and supersonic flows ( non transonic or hypersonic ) these equations can be linearized to give the linearized possible equations. Historically, methods were foremost developed to work out the Linearized Potential equations. Planar methods, utilizing conformal transmutations of the flow about a cylinder to the flow about an aerofoil were developed in the 1930s. [ 1 ] The computing machine power available paced development of 3-dimensional methods. The first work utilizing computing machines to pattern fluid flow, as governed by the Navier-Stokes equations, was performed at Los Alamos National Labs, in the T3 group. The group published a paper patterning two dimensional twirling flow around an object in July 1963. This paper used the vorticity watercourse map method, developed by Jake Fromm at LANL. The first paper with 3-dimensional theoretical account was published by John Hess and A.M.O . Smith of Douglas Aircraft in 1967. [ 2 ] This method discretized the surface of the geometry with panels, giving rise to this category of plans being called Panel Methods. Their method itself was simplified, in that it did non include raising flows and hence was chiefly applied to transport hulls and aircraft fuselages. The first lifting Panel Code ( A230 ) was described in a paper written by Paul Rubbert and Gary Saaris of Boeing Aircraft in 1968. [ 3 ] In clip, more advanced 3-dimensional Panel Codes were developed at Boeing ( PANAIR, A502 ) , [ 4 ] Lockheed ( Quadpan ) , [ 5 ] Douglas ( HESS ) , [ 6 ] McDonnell Aircraft ( MACAERO ) , [ 7 ] NASA ( PMARC ) [ 8 ] and Analytical Methods ( WBAERO, [ 9 ] USAERO [ 10 ] and VSAERO [ 11 ] [ 12 ] ) . Some ( PANAIR, HESS and MACAERO ) were higher order codifications, utilizing higher order distributions of surface uniquenesss, while others ( Quadpan, PMARC, USAERO and VSAERO ) used individual uniquenesss on each surface panel. The advanta ge of the lower order codifications was that they ran much faster on the computing machines of the clip. Today, VSAERO has grown to be a multi-order codification and is the most widely used plan of this category. It has been used in the development of many pigboats, surface ships, cars, choppers, aircraft, and more late wind turbines. Its sister codification, USAERO is an unsteady panel method that has besides been used for patterning such things as high velocity trains and rushing yachts. The NASA PMARC codification from an early version of VSAERO and a derived function of PMARC, named CMARC, [ 13 ] is besides commercially available. In the planar kingdom, a figure of Panel Codes have been developed for aerofoil analysis and design. The codifications typically have a boundary bed analysis included, so that syrupy effects can be modeled. Professor Richard Eppler of the University of Stuttgart developed the PROFILE codification, partially with NASA support, which became available in the early 1980s. [ 14 ] This was shortly followed by MIT Professor Mark Drela ‘s XFOIL codification. [ 15 ] Both PROFILE and XFOIL incorporate planar panel codifications, with coupled boundary bed codifications for aerofoil analysis work. PROFILE uses a conformal transmutation method for reverse aerofoil design, while XFOIL has both a conformal transmutation and an reverse panel method for aerofoil design. An intermediate measure between Panel Codes and Full Potential codifications were codifications that used the Transonic Small Disturbance equations. In peculiar, the 3-dimensional WIBCO codification, [ 16 ] developed by Charlie Boppe of Grumman Aircraft in the early 1980s has seen heavy usage. Developers turned to Full Potential codifications, as panel methods could non cipher the non-linear flow nowadays at transonic velocities. The first description of a agency of utilizing the Full Potential equations was published by Earll Murman and Julian Cole of Boeing in 1970. [ 17 ] French republics Bauer, Paul Garabedian and David Korn of the Courant Institute at New York University ( NYU ) wrote a series of planar Full Potential aerofoil codifications that were widely used, the most of import being named Program H. [ 18 ] A farther growing of Program H was developed by Bob Melnik and his group at Grumman Aerospace as Grumfoil. [ 19 ] Antony Jameson, originally at Grumman Aircraft and the Courant Institute of NYU, worked with David Caughey to develop the of import 3-dimensional Full Potential codification FLO22 [ 20 ] in 1975. Many Full Potential codifications emerged after this, climaxing in Boeing ‘s Tranair ( A633 ) codification, [ 21 ] which still sees heavy usage. The following measure was the Euler equations, which promised to supply more accurate solutions of transonic flows. The methodological analysis used by Jameson in his 3-dimensional FLO57 codification [ 22 ] ( 1981 ) was used by others to bring forth such plans as Lockheed ‘s TEAM plan [ 23 ] and IAI/Analytical Methods ‘ MGAERO plan. [ 24 ] MGAERO is alone in being a structured Cartesian mesh codification, while most other such codifications use structured body-fitted grids ( with the exclusion of NASA ‘s extremely successful CART3D codification, [ 25 ] Lockheed ‘s SPLITFLOW codification [ 26 ] and Georgia Tech ‘s NASCART-GT ) . [ 27 ] Antony Jameson besides developed the 3-dimensional AIRPLANE codification [ 28 ] which made usage of unstructured tetrahedral grids. In the planar kingdom, Mark Drela and Michael Giles, so alumnus pupils at MIT, developed the ISES Euler plan [ 29 ] ( really a suite of plans ) for aerofoil design and analysis. This codification foremost became available in 1986 and has been farther developed to plan, analyze and optimise individual or multi-element aerofoils, as the MSES plan. [ 30 ] MSES sees broad usage throughout the universe. A derivative of MSES, for the design and analysis of aerofoils in a cascade, is MISES, [ 31 ] developed by Harold â€Å" Guppy † Youngren while he was a graduate pupil at MIT.The Navier-Stokes equations were the ultimate mark of developers. Planar codifications, such as NASA Ames ‘ ARC2D codification foremost emerged. A figure of 3-dimensional codifications were developed ( ARC3D, OVERFLOW, CFL3D are three successful NASA parts ) , taking to legion commercial bundles.2.3.3 Application of Computational Fluid Dynamic ( CFD )CFD is used to imitate some of difficult to double expe rimental status or to look into some of difficult to mensurate variables ( Allied env. Tech, 2000 ) . It is besides used to depict the equipment public presentation and work out to give information such as temperature, speed profiles and equipment size ( Allied env. Tech, 2000 ) . CFD is besides known in optimising the air flow and energy preservation in research lab goons and vented enclosures ( Kolesnikov A, Ryan R & A ; Walters D, 2001 ) . In an technology probe, CFD analysis of temperature, speed and chemical concentration distributions can assist applied scientists to understand the jobs right and supply thoughts for the best declaration ( Park H, 2010 )3.4 The design of Electrostatic DesalterThe electrostatic desalter / negotiator procedure involves the creative activity of a high electromotive force electric field through which the petroleum must flux from the entryway heading below the electrodes to the issue heading in the top of the vas. The little H2O droplets in the petr oleum are coalesced in the electric field into big droplets which fall quickly to the interface degree taking entrained salt and rushing up the settling rate of the H2O stage. In the unit high electromotive force is applied to one of two sets of steel Electrode grids in the vas. These two sets of grids are parallel to the horizontal centre line of the vas. The lower grid ( hot grid ) is located near the halfway line of the vas and is charged with the secondary electromotive force or the transformer ( high electromotive force ) . This grid is suspended from an insulated support frame.8 The upper grid is anchored to the vas wall through the support beam and serves as a land grid. The flow rate determines the needed keeping clip in the electric field. When this rate is increased much beyond the capacity of the unit, the amalgamate droplets can non settle out and some solid atoms and/or H2O may transport over into the merchandise. Desalters and negotiators differ in that desalters normally are provided with extra H2O beyond what is of course entrained in the oil flow and negotiators are non. This is because the basic map of a negotiator is to take the H2O that is present and the basic map of the desalter is to take the salts present by fade outing them in H2O and taking the H2O. The salts are removed because they cause corrosion jobs downstream in the refinery. File: Desalter Diagram.png Figure 2.1: cross sectional position of Electrostatic petroleum oil desolater3.0 METHODOLOGY3.1 How are we traveling to make this undertaking?Gather more information about the procedure Choose the appropriate design Find the geometry that is more approperate to handel the sort of map that we want After make up one's minding that sort of deminsion the simulation procedure will get down by two stairss Using ploy Making geometry First is make up one's minding the demision of the pipe in footings of diameter and hight Decide the type of connexion between the different parts wether we are traveling to see the different parts of the design or loop should handle it as a 1 integrated portion for better consequence Decide what sort of stuff will be our wall The thickness of these walls will besides play a important portion Planing the electric parts of the system Inlet and mercantile establishment of the current The thickness of the electricalplates What sort of stuff we are traveling to utilize for these electric home bases home bases What will be the surface country that we will necessitate for better curdling Using fluent In this subdivision what we have to make is import our design that we purportedly prepared the geometry from ploy Volumes should be checked wether they are positive or non Choosing a proper units of measuring Puting operating conditions Puting the type of stuffs used Identifying fators that wil be iterated to measure the effectivity of the system Desiding wether there should be traveling parts or non. 5-Gathering the consequences and informations for analytical work 6-After analyzing the information gathered from loop decisions shall be drown about the system and parametric quantities used and what consequence they have on the system 7-Strenghths of our design will be highlighted 8-Weaknesses of the system will be identifiable 9-A comparing of the findings and decisions to the aims that were set 10-Recommendation will be set to better the failings in the system design.3.2 How to utilize CFD3.2.1 GambitIn the ploy subdivision, we do two chief things that are: Making geometry bring forthing mesh In usual cases, CFD jobs will hold the job description in which the dimensions of the geometry will be known. After get downing the ploy we build the geometry, the scheme in making so is the â€Å" top-down † solid mold attack in which we construct the geometry by making volumes ( bricks, cylinders, etc. ) and so pull stringsing them through Boolean operations ( unite, subtract, etc. ) . This manner, you can rapidly construct complicated forms without first making the implicit in vertices, borders, and faces. The first measure in covering with ploy is utilizing the graphical user interface as depicted below. hypertext transfer protocol: //202.118.250.111:8080/fluent/Gambit13_help/tutorial_guide/tgimage/fig_tg_01_02.gif Figure 3.1: first measure in covering with ploy Following measure is making a volume. First, utilizing the operation tool tablet as shown above, select the geometry button. After that, click ‘create volume ‘ and so take the volume you want to build whether it is a brick or a cylinder and et cetera. Second, incorporate different volumes utilizing BooleanA Operations in which you can unify two or more volume. Subtract on volume from another, or split volume from another. hypertext transfer protocol: //202.118.250.111:8080/fluent/Gambit13_help/tutorial_guide/tgimage/form_tg0103.gif Figure 3.2: making a volumeA 3.2.2 Manipulate the Display.1. Zoom out from the current position by keeping down the right mouse button in the artworks window and forcing the mouse off from you. 2. Revolve the position around the screen centre by keeping down the right mouse button and traveling the mouse from side to side. 3. Revolve the position in free-form manner by keeping down the left mouse button and traveling the mouse. 4. Translate the show by keeping down the in-between mouse button and traveling the mouse. 5. Divide the artworks window into four quarter-circles by snaping the A SELECT PRESET CONFIGURATION A hypertext transfer protocol: //202.118.250.111:8080/fluent/Gambit13_help/tutorial_guide/tgimage/btn_gc_preset.gifA bid button in theA Global ControlA toolpad. GAMBITA divides the artworks window into four quarter-circles and applies a different orientation to the theoretical account in each of the four quarter-circles. Each position of the artworks window can be manipulated independently. All alterations to the theoretical account appear in all parts of the artworks window, unless you disable one or more quarter-circles. hypertext transfer protocol: //202.118.250.111:8080/fluent/Gambit13_help/tutorial_guide/tgimage/fig_tg_01_06.gif Figure 3.3: GAMBIT GUI-four graphics-window quarter-circles 6. Restore a individual show of the theoretical account. a ) Use the left mouse button to choose the graphics-window â€Å" sash ground tackle † -the little grey box in the centre of the artworks window. B ) Use the mouse to drag the sash ground tackle to the bottom right corner of the artworks window. 7. Restore the front position of the theoretical account by left-clicking theA ORIENT MODELA hypertext transfer protocol: //202.118.250.111:8080/fluent/Gambit13_help/tutorial_guide/tgimage/btn_gc_orient.gifA bid button in theA Global ControlA toolpad. 8. Scale the theoretical account to suit the artworks window by snaping theA FIT TO WINDOWA hypertext transfer protocol: //202.118.250.111:8080/fluent/Gambit13_help/tutorial_guide/tgimage/btn_gc_fit.gifA bid button in theA Global ControlA toolpad.3.2.3 Mesh the Volume1. Make a mesh for the volume. MESHA hypertext transfer protocol: //202.118.250.111:8080/fluent/Gambit13_help/tutorial_guide/tgimage/btn_mesh.gifA – & gt ; A VOLUMEA hypertext transfer protocol: //202.118.250.111:8080/fluent/Gambit13_help/tutorial_guide/tgimage/btn_m_volm.gifA – & gt ; A MESH VOLUMESA hypertext transfer protocol: //202.118.250.111:8080/fluent/Gambit13_help/tutorial_guide/tgimage/btn_m_volm_mesh.gif This opens theA Mesh VolumesA signifier. hypertext transfer protocol: //202.118.250.111:8080/fluent/Gambit13_help/tutorial_guide/tgimage/form_tg0104.gif a ) A Shift-left-click the volume in the artworks window. GAMBITA will automatically take theA CooperA Scheme TypeA as the engaging tool to be used, and will utilize anA Interval sizeA ofA 1A ( the default ) underA Spacing. B ) ClickA ApplyA at the underside of theA Mesh VolumesA signifier. This accepts the volume you selected as the one to be meshed. It besides accepts the beginning faces ( the faces whose surface meshes are to be swept through the volume to organize volume elements ) that GAMBITA has chosen for theA CooperA engaging strategy and starts the engagement. A position saloon appears at the top of theA GAMBITA GUI to bespeak how much of the engagement is complete. The volume will be meshed as shown in Figure 3.4. hypertext transfer protocol: //202.118.250.111:8080/fluent/Gambit13_help/tutorial_guide/tgimage/tg010034.gif Figure 3.4: Meshed volume2.3.4 FluentAnother manner of utilizing it is through Fluent. This is the interface of fluent. Figure 3.5: Fluent This is how you operate Fluent: Import ( graduated table ) the mesh file ( the 1 we will make in ploy ) by snaping the file button and choosing read instance and acquire into the file that you ab initio created from ploy. Click on grid and choice cheque to analyze whether or non the volumes are all in positive values 3. Click define underside and choice units to choose that type of units suited for your theoretical account. 4. Choice physical theoretical accounts in which you can utilize syrupy theoretical account and the types of that theoretical account. 5. Define stuff belongingss based on your job and the stage of that stuff. 6. Prescribe runing conditions puting the force per unit area, denseness, or gravitation of your theoretical account. 7. Prescribe boundary conditions whether they should be fluid or liquid, traveling wall, traveling zone or stationary wall based on your theoretical account. Supply an initial solution before get downing the loop. Set convergent thinker controls and whether or non the graph should be plotted, iterate and proctor solution, the aforethought graph will be as below. Figure 3.6: Fluent operation To acquire a ocular image on what is go oning, make an ISO surface and choose the speed magnitude contorous to acquire an illustration shown below. Figure 3.7: contours of speed magnitude ( m/s )