National music of China, Indonesia and Brazil Essay

National music of China, Indonesia and Brazil - Essay Example This "National music of China, Indonesia and Brazil" essay outlines the historical reasons for the national music's uprising. The idea of nationalism was first based on divisions between the German, Italian or French style, most which was seen in the image of the nation. However, this became more prevalent in the 1800s and 1900s, specifically because of the national agenda and political approach. Many leaders were searching for an identity which closed the doors to trade and other aspects of country interference, specifically to gain power over those within the country. Others were trying to shape the image of the nation, specifically so it would produce pride among those in the nation and increase the cultural and production. This led to the main aspects of national pride which were reflected in the music. The concept of patriotism which was pushed by the political leaders and society was followed by several composers experimenting with music and trying to find different ways of exp ressing what was occurring within the society. Composers such as Bartok were renowned for going into the fields and moving into the early fields of ethnomusicology. Folk songs from villages would be recorded then transferred into the classical styles within the nation. Other regions of the world followed this format, specifically with the folk music, combined with the contemporary idioms that were within each of the countries. Countries were able to keep their identity and heritage while associating the different concepts to modern and contemporary styles. This was followed with the continuous nationalism that experimented with modern sounds but announced that the movement of technique was specifically for a region. For instance, the concept of Impression, led by Ravel, was based on the French contemporary aspects in society. These several movements then redefined the approach to nationalism and the way in which it was associated with culture and society (Grosby, Leoussi, 55: 2007). Defining Contemporary Nationalism There are several elements which create a sense of nationalism in society and the contemporary approach which is a part of the music created. This is not only based on the idea of folk music and the presentation of one type of music presenting a country. The definition of nationalism has transcended into defining a country by the sounds which belong to a specific country and create an understanding of the artists which are in this region. This began with the contemporary approach to the modern compositions, which included the French Impressionism. While this wasn’t French, different techniques and theories led several to the belief that it belonged to this region. The ideal wasn’t only associated with the definitions of what it meant to be national through folk music, but also included the several techniques used. Instrumentation, distinct sounds, approaches to the culture and creating a sense of diversity within a given region

NORM Management Process Cycle

NORM Management Process Cycle Naturally Occurring Radioactive Material (NORM) at ADNCO, Management Procedure and Measurements Ahmed AL Azeezi Contents Introduction: Literature review: Methodology Findings: Conclusion and Recommendation Figure 1: Penetration power of ionizing radiation Figure 2: NORM exposure routes Figure 3: NORM Management Process Cycle, enhanced (more details) chart Figure 4: Norm Program strategy Figure 5:900 series mini monitor probe type 44A Table 1 : Units of Radioactivity and Radiation Levels Table 2: Types of Radiation Table 3: NORM Area Classification for Non-Classified workers Introduction: Nowadays, Oil GAS industry is having a lot on challenges because of the complexity of this industry and the interaction with the other aspects such as the earth cosmic properties. However, one of the most important aspect for the oil gas is Naturally Occurring Radioactive Material (NORM). These materials are having a negative effect on the humane body and the environment which required to have a strict procedure to control such materials in production of the oil until handing these the concentered NORMs during the transportation from one point to another. In this report, I will be covering the definition of the NORMs and how it can be detected on the process side with a real measurement example. Also, if these materials are present, how can we mitigate these effect of exposure to the radioactive materials? According of the ADNCO Code of practice (COPV2-09). Literature review: NORMs are covering all the naturally occurring radionuclides and presenting at different concentrations in the earth crust. Moreover, these materials can be enhanced in the concentration due to the process accumulation which is associated with the recovery of oil and gas such as separators reflux pumps. This enhancement process of NORMs called TENORM (Technologically-Enhanced Naturally Occurring Radioactive Materials). The sludge, pipe scales and drilling mud are an examples of materials which can contained the elevated levels of NORMs. There are two main types of NORM contamination at Oil GAS industry which are Radium and Radon (Rn-222) contaminations. The Radium is existing in water and low specific activity scale. Moreover, the radon is usually found on natural gas production wells. Furthermore, there are two systems of measuring of radioactivity and radiation levels, which are international system (SI) and the traditional US unites with its conversion factors between them as shown in the below table: Application SI units US units-Old system Conversion Factors Radioactivity Becquerel (Bq) Picocuire (pCi) 1Bq=27pCi Concentration Becquerel/Gram (Bq/g) Picocurie/gram (pCi/g) 1Bq/g=27pCi/g Surface Activity Bq/100 cm2 Disintegrations per minute/ 100cm2 (dpm/100cm2 ) 1Bq/100cm2= 60dpm/100cm2 Exposure Coulomb/kilogram (C/Kg) Roentgen (R) 1C/KG= 3876R Dose Equivalent Sievert (Sv) Rem 1sev=100Rem Table 1 : Units of Radioactivity and Radiation Levels NORM can be divided in three types of radiation as shown below: Radiation types Definition Health Hazards Controls Alpha Particles (ÃŽ ±) -Ra-226 -U-238 -Po-210 -Pb-210 Radiation is made up of heavy, charged penetrate that cannot penetrate very fare, even in air Internal health hazards through inhalation, ingestion and absorption exposure routes skin Beta particles(ÃŽ ²) -Ran-228 -Pb-210 -Bi-210 Radiation consists of lighter charged particles than alpha particles that travel faster and are thus more penetrating than alpha radiation. Internal health hazards through inhalation, ingestion and absorption exposure routes Shielded by thin layer of metal or plastic Gamma rays (Y) -Ra-226 -Pb-210 Radiation consists of high energy rays and is very penetrating External health hazard to human bodies Shielded by thick layers of led or other dense materials including meter of concrete or several meters of water. Table 2: Types of Radiation Figure 1: Penetration power of ionizing radiation On the other hand, the health effect of these NORMs are vary with four factors which are: Total amount of energy absorbed Exposure duration Dose rate Particular organ exposed. The exposure to the NORM is not comparable with the man-made sources such as the X-Ray. A chronic exposure to these NORM without using any PPE (personal protection equipment) which is adequate to the existing radiation increases the likelihood of gaining cancer. During oil gas processing stage, the TENORM will be accumulated on two different forms as shown below: NORM in Scale Radium, one of the naturally occurring nuclides in the uranium decay series co-precipitates with strontium, barium or calcium as sulphates or carbonates and deposit on the internal surfaces of the oil and gas facilities. The formation of the scales eventually effects the integrity of the equipment, vessels and pipelines and consequentially reduces the capacity of the process facility. NORM in Sludge and Scrapings Radionuclides, mainly radium are found in sludge, produced sand and produced water. Other nuclides such as lead 210 and polonium 210 can also be found in pipeline scrapings and the sludge accumulation in lower level of the tank of gas oil separators, dehydration vessels and pipeline scrapings. Figure: 2 illustrate the NORM exposure routes to the human body as shown below. Figure 2: NORM exposure routes Referring to ADNOC COPV2-09, the NORM management process cycle has been developed and illustrated as shown below chart: Figure 3: NORM Management Process Cycle, enhanced (more details) chart The NORM management process cycle is giving a workflow how can we handle these materials if it is detected on the Oil Gas process, which basically is having an actions and controls to eliminate the effect of these radioactive to the workers, public and the environment and make it As Low As Reasonably Achievable (ALARA). Thus, before implementing the management process cycle, NORM Management Strategy was establish to make the process cycle more effective and it is consist of five keys area as follow : NORM Survey and Monitoring Workers protection and Training Control of NORM contaminated equipment Control of NORM Waste Development of NORM Management procedure. Figure 4: Norm Program strategy For any newly finished oil / gas producer well, the initial (baseline) survey shall be conducted for NORM and if the result is positive more controls and actions shall be implemented through the NORM management process cycle. Radiation Protection officer (RPO) shall be certified and having adequate competency to locate assess the radioactive on-site. The normal duties of workers don’t include exposure to NORM radiation. They are considered as members of the public. The ADNOC limit on effective dose received by any employee, shall be not exceeding the 50mSv in any single year during with a 100mSv over the 5 years. Otherwise, the worker with more dose than 50mSv/year shall be consider as classified radiation workers. Those workers shall have a periodic medical surveillance in order to insure the fitness and health. Moreover, the location/equipment can be classified in to three zones depending on the dosing values as shown below table: Dose ( µSv/Hr) Definition Requirements Unrestricted Area -Normal Work Permits -Basic Approved PPE -Good Hygiene 0.5 – 1.5 NORM supervised Area -Work to be supervised by PRO -Use NORM applicable PPE(according to standard EN 149 FFP3) -Control public access by PRO -Demarcation with warning NORM sign -Train workers -Monitor NORM levels before and after work completion -inform HSE focal points -Permit to work required 1.5 – 4.5 NORM Controlled Area (restricted) -Stop the work -inform line manager and PRO for further instruction -Control worker access b PRO -Demarcation with warning NORM sign -if dose rate exceed 4.5 µSv/hr, workers exposure must be controlled below the annual exposure of doe rate of 20  µSv. Table 3: NORM Area Classification for Non-Classified workers Methodology Hence, the NORM measurement can done through two types, either by field or laboratory measurements and both of have its own requirements and conditions. However, in this report, the field measurement will be carrying for a gamma radiation in different locations. So, the instrument was used for this measurement is the 900 series mini monitor probe type 44A in counts per seconds-cps. This meter is a very sensitive gamma rays and it is detecting the radiation as a number not level concentration. The methodology of the survey as presented below steps: Carry out initial survey beyond the site boundary to measure background radiation levels in cps using contamination meter as mention above. Hold the probe close to the surface to be surveyed, moving slowly over the area noting any response from the contamination meter and compare the background levels. If the measured radiation levels are found twice the back ground levels, measure dose-rate ( µSv/h) at a distance of 1 meter from the contaminated equipment using the dose rate mete. Measure NORM at different positions of potential NORM contaminated equipment at three different heights and average of the three readings at each height. When surveying cylindrical shape, the inside of the pipe should always be checked by placing the probe a few centimeters inside each end and record the results. Figure 5:900 series mini monitor probe type 44A Findings: The process of measuring the NORM was done by a expert third party (M/s Aberdeen Radiation Protection Services) in different locations at upstream of the oil and gas well producer, but the below table is showing only the risky data which required to have a more analysis on the amount of the gamma radiation emitted at these points. Area 1 Plant No1 Location Value of measurement Produced water pump pipe work. 100 cps Max. External surface of empty storage tank 30 cps Inside this tank adjacent to manhole entrance 200 cps External surface of base of Separator V0311 200-300 cps External surface of base of Separator V0312 140 cps Open drain Grill 30 cps Area 1, 12 well inlet at manifold Background reading, No radiation External surface test separator 110 cps All the reading are in counts per second and most of them are above 100 counts which is reflecting that it is required to have more analysis by using external dose rate meter to know the exact concentration and exposure dose to surrounding which can be emitted. Moreover, the laboratory measurement shall be one of the option to have more details by using the radiometric analysis device. Conclusion and Recommendation To sum up, the naturally occurring radioactive material are associated with oil and gas industry which shall be controlled in order to reduce the negative effect on the workers, public environment. The process of evaluating the NORM (specially the baseline) is very critical and it can be led to catastrophe condition if the outcomes are not reflecting the actual situations. This finding of Gamma rays in our case are indicating there is an industrial hygiene issue to the worker which required to have more control on the PPE and exposure duration. However, these reading are located mostly on oil separation side (upstream), however, the downstream, gas processing industry is very important point to be assessed which was missed during the third party assessment at upstream feed. In order to reduce the amount of exposure, the worker shall be following the ADNOC COPV2-09 as a guidelines such as monitoring, workers protection requirements and transport of NORM contaminated equipment. Moreover, the Gamma elements will be moving from the upstream to downstream which will be reaching the gas processing units. So, it is recommended to have regular inspection for the radioactive materials specially the glycol unit will observed most of the moisture on the process which can be containing the radiation elements. Reference: Heath Safety and Environmental Management Manual Of Codes of Practice, Volume 2: Environmental protection, ADNCO-COPV2-09†Guideline on management of naturally occurring radioactive material (NORM)†. CRP-HSE-10-39, â€Å"ADCO NORM Management Procedure†

Biofuel is An Alternative Energy Source Essay -- Power Energy Bio Fuel

Biofuel: An Alternative Energy Source Abstract As the world’s source of fossil fuels diminishes, another source of energy must replace fossil fuels. This paper evaluates biofuel, one alternative form of energy by showing what biofuel is, how it works, its historical use, and benefits and drawbacks it pertains. I hypothesized that biofuel would be an effective alternative energy. My conclusion does not support my claim, but in terms of worldwide usage. Introduction: With the world’s source of fossil fuels depleting, we need to find an alternative energy source. Biofuel is one considerable option. Although biofuel has not been used widespread, it has been used quite extensively in several countries. Such countries include Sri Lanka, China, India, and countries/regions in Africa that have large amounts of wood. Biofuel has appeared to be fairly effective in developing areas, and other countries have started using it. Background Biofuel is energy that is harvested from biomass through incineration, or combustion of the material. Such biomass materials may include wood, paper, charcoal, crop residue, and agricultural waste. Biofuel is renewable, because such biomass materials can be produced to create biofuel. Many rural areas use biofuels as their major energy source, because biomass tends to be abundant in such areas. Sub-saharan areas depend a lot upon wood. The combustion of biomass releases sources of nitrogen oxide, carbon monoxide, Biofuel 3 and hydrocarbons. There are many types of biofuel; some common ones include methanol and ethanol, biodiesel, and biogas. The combustion of manure produces one type of biofuel known as biogas, which composes of 65% methane. Biogas can be harvested from manure through a process... ...gy/1183636805.22/?searchterm=biofuel 3. (2003). A History of Biodiesel/Biofuels. Retrieved July 28, 2007, from Yokako Biofuels Web site: http://www.ybiofuels.org/bio_fuels/history_biofuels.html 4. Giampietro, M., Ulgiati, S., & Pimentel, D. Feasability of Large-Scale Biofuel Production. JStor, Retrieved July 25, 2007, from http://www.jstor.org/view/00063568/ap040415/ 04a00080/13?citationAction=save&charset=u&frame=noframe 5. West, Larry The Pros and Cons of Biofuel. Retrieved July 30, 2007, from About.com: Environmental Issues Web site: http://environment.about.com/od/fossilfuels/a/biofuels.htm 6. Yevich, R., & Logan, J.A. (June 30, 2002). An assessment of biofuel use and burning of agricultural waste in the developing world . Global Biogeochemical Cycles i>, Retrieved July 19, 2007, from http://www.whrc.org/ policy/COP/India/Yevich%20and%20Logan.%202003.pdf. Biofuel is An Alternative Energy Source Essay -- Power Energy Bio Fuel Biofuel: An Alternative Energy Source Abstract As the world’s source of fossil fuels diminishes, another source of energy must replace fossil fuels. This paper evaluates biofuel, one alternative form of energy by showing what biofuel is, how it works, its historical use, and benefits and drawbacks it pertains. I hypothesized that biofuel would be an effective alternative energy. My conclusion does not support my claim, but in terms of worldwide usage. Introduction: With the world’s source of fossil fuels depleting, we need to find an alternative energy source. Biofuel is one considerable option. Although biofuel has not been used widespread, it has been used quite extensively in several countries. Such countries include Sri Lanka, China, India, and countries/regions in Africa that have large amounts of wood. Biofuel has appeared to be fairly effective in developing areas, and other countries have started using it. Background Biofuel is energy that is harvested from biomass through incineration, or combustion of the material. Such biomass materials may include wood, paper, charcoal, crop residue, and agricultural waste. Biofuel is renewable, because such biomass materials can be produced to create biofuel. Many rural areas use biofuels as their major energy source, because biomass tends to be abundant in such areas. Sub-saharan areas depend a lot upon wood. The combustion of biomass releases sources of nitrogen oxide, carbon monoxide, Biofuel 3 and hydrocarbons. There are many types of biofuel; some common ones include methanol and ethanol, biodiesel, and biogas. The combustion of manure produces one type of biofuel known as biogas, which composes of 65% methane. Biogas can be harvested from manure through a process... ...gy/1183636805.22/?searchterm=biofuel 3. (2003). A History of Biodiesel/Biofuels. Retrieved July 28, 2007, from Yokako Biofuels Web site: http://www.ybiofuels.org/bio_fuels/history_biofuels.html 4. Giampietro, M., Ulgiati, S., & Pimentel, D. Feasability of Large-Scale Biofuel Production. JStor, Retrieved July 25, 2007, from http://www.jstor.org/view/00063568/ap040415/ 04a00080/13?citationAction=save&charset=u&frame=noframe 5. West, Larry The Pros and Cons of Biofuel. Retrieved July 30, 2007, from About.com: Environmental Issues Web site: http://environment.about.com/od/fossilfuels/a/biofuels.htm 6. Yevich, R., & Logan, J.A. (June 30, 2002). An assessment of biofuel use and burning of agricultural waste in the developing world . Global Biogeochemical Cycles i>, Retrieved July 19, 2007, from http://www.whrc.org/ policy/COP/India/Yevich%20and%20Logan.%202003.pdf.

Information management in healthcare systems Essay

There is no doubt that it is very important to manage health information especially in realization that patient information is usually scattered in different locations in the health care system. There is need to centralize health information in order to ease dissemination of health care records thus improving quality of care. On the same note, information management in healthcare systems is a potential means of cutting down health care costs. In spite of its importance, management of health information is challenged complexities of implementing electronic information systems, as well information flow all of which are costly to health care providers. Electronic information systems and health care quality Incomplete patient information has been associated with medical errors that have resulted into avoidable deaths. Valerius (2007) for instance reports that up to 98,000 patients in the U. S. ere said to have died as per the Institute of Medicine 2000 report due to avoidable medical errors with most of them being due to lacking patient information. The poor management of patient records is partly attributable to failure to adopt advanced information systems. Health care systems are reluctant in adopting electronic health records (ERH) yet ERH have the potential to eradicate most of the problems related to missing patient information. It should be noted that while an ERH system is encouraged, it is possible to use an electronic system together with a manual system. Due to the complexity associated with shifting from a manual system to an electronic system, medical practitioners tend to reluctant to implement electronic systems (Harrison & McDowell, 2008). As such, the main focus of such practitioners is to provide medical care to the patient and unfortunately neglect record keeping yet patient information is very vital in health care. Information flow Information management in health care systems is a challenging aspect in terms of sharing information. Lack of a central repository on patient information predisposes the patient to medical risks. Stevens (2005) observes that when health information is not centralized, it leads to delayed medical procedures as time is taken to look for the doctor who may be having the information. This is expensive financially and it is a time wasting experience that predisposes the patient to inappropriate medical procedures or death in some case. Even in cases where there is an information repository, information sharing may be a source of problem. In most health care systems, the patient is mandated to collect information on performed medical procedures and then present the same to a general practitioner or a clinician. This process of information flow is not efficient and reliable since the patient can easily damage or misplace the medical report. Stevens (2005) mentions that the likelihood of the medical information not landing into the hands of the intended clinician is high. This is an issue that can be effectively addressed by centralizing patient information. Confidentiality of patient information Maintaining patient information confidentially is one of the principles guiding health care practitioners and breaking such has legal implications (Dolan & Barrister, 2004). As such, healthcare information management is supposed to adhere to this principle. This is however a difficult task with a centralized system which may to a greater extent allows accessibility of information by unauthorized persons. However, this is can be countered by proper authentication of the users of the healthcare system. In addition, the ensuring that the released information flows to the right persons is a potent way of curbing breach of confidentiality. In conclusion, it is appreciable that healthcare systems experience challenges in maintaining efficient information management systems. Reluctance to adopt electronic health record systems and little emphasis on need to preserve patient information is the main cause. Healthcare systems must realize that efficient information systems will reduce medical errors and costs related to such errors as well as enhance information flow. The possible problem of breached confidentiality should be addressed by allowing authorized access to centralized health information.

Nutrition and Vegetables Essay

Vegetables are a very important part of our diet. Vegetables are an excellent source for fiber, vitamins A and C, potassium, calcium, and iron. Researchers have discovered that having a good diet of fruits and vegetables can lower blood pressure, reduces the risk of heart disease, stroke and possibly some types of cancers. It can also lower your risk of eye problems and digestive problems. Vegetables are eaten in a variety of ways such as main meals or for snacks. The nutritional content in vegetables can vary considerably. Most vegetables do not contain protein or fat. The dried beans, peas, and lentils are a good source of complex carbohydrates and can have high protein content. Sometimes these types of vegetables can be used to some extent as a meat substitute. Potatoes and corn are very starchy vegetables. These types of vegetables turn into sugar. Vegetables have a variety of colors. They can range from dark green to a beautiful orange color. The dark green vegetables are usually the leafy vegetables, and squash, pumpkin, and sweet potatoes are examples of the orange family. Some vegetables have a red/blue coloring such as eggplant and red cabbage. Many articles today have different ideas on the amount or servings of vegetables a person should eat per day. The amounts can range from two (2) up to nine (9) servings per day. The majority of nutrition specialists suggest 2-1/2 cups per day. Potatoes do not count in your servings per day! The best bet for servings are the dark leafy greens, tomatoes, and anything that is yellow, orange, or red color. According to the National Cancer Institute, not enough fruits and vegetables are produced or imported to supply all of the people in the United States for a healthy diet of five servings per person per day. Another problem affecting vegetable growth is bugs and insects. Scientific studies have been conducted that support the claim that insects attack plants that do not receive the proper balance of nutrients. The number of documented outbreaks of human infections associated with raw vegetables and unpasteurized fruit juices has increased in recent years. Most of the outbreaks were identified primarily as Salmonella. Tomatoes, seed sprouts, cantaloupe, apple juice and orange juice are the most recent vegetables to be linked to the Salmonella bacteria. The E. coli infection has been found in lettuce, sprouts, and apple juice. It is very hard to determine the source of contamination for the bacteria for vegetables. Unlike beef and chicken that are thoroughly inspected, methods for fresh produce are not as advanced. The contamination could occur at any point throughout the production process. Some of the potential sources of contamination include soil, feces, irrigation water, dust, insects, and human handling. Recently the Center for Disease Control has had a nationwide recall on alfalfa sprouts with the Salmonella bacteria and for romaine lettuce containing the E. coli bacteria. In conclusion, people have been consuming meats and vegetables since the beginning of time. I am sure many people died back in the beginning of time from the diseases and bacteria we have discovered today. We must consume meats and vegetables to survive. Humans cannot live on water alone. If individuals today will use common knowledge on preparing meats and vegetables, a lot of issues such as the contamination and bacteria would not exist. All in all the meats and vegetables today are safe and nutritious. If consumed in the right amounts, we will have a healthy, long, enjoyable life.

Relative Clauses - Definition and Examples in English

Relative Clauses s in English A relative clause is a  clause that usually modifies a noun or noun phrase and is introduced by a relative pronoun (which, that, who, whom, whose), a relative adverb (where, when, why), or a zero relative. Also known as an adjective clause, an adjectival clause, and a  relative construction. A relative clause is a postmodifierthat is, it follows the noun or noun phrase it modifies. Relative clauses are traditionally divided into two types: restrictive and nonrestrictive. See Examples and Observations below. RelativizationContact ClauseDependent ClauseFree (Nominal) Relative ClauseRelative Pronouns and Adjective ClausesRestrictive and Nonrestrictive Adjective ClausesSentence Building With Adjective ClausesSubordination With Adjective ClausesThat-ClauseWh-ClauseWho, Which, and ThatWho and WhomWh- Words Examples and Observations It is not the employer who pays the wages. Employers only handle the money. It is the customer who pays the wages.100% of the people who give 110% do not understand math.More than 840,000 Vietnamese asylum seekers left the Communist regime and arrived in the countries of Southeast Asia and Hong Kong. These people, who came to be known as the boat people, risked their lives at sea in search for freedom.She had plenty of acquaintances, but no friends. Very few people whom she met were significant to her. They seemed part of a herd, undistinguished.Occasionally Mother, whom we seldom saw in the house, had us meet her at Louies. It was a long dark tavern at the end of the bridge near our school.The fatal metaphor of progress, which means leaving things behind us, has utterly obscured the real idea of growth, which means leaving things inside us.Peace is not merely a distant goal that we seek, but a means by which we arrive at that goal. Positioning Relative ClausesUnlike prepositional phrases, restrictive relative clauses . . . always modify noun phrases. However, a relative clause doesnt always immediately follow the noun phrase that it modifies. For example, if two relative clauses are joined by a coordinating conjunction (and, or, or but), then the second one doesnt immediately follow the noun phrase that it modifies: This article describes features that facilitate collaboration but that are not intended to increase security. Anaphoric Elements in Relative ClausesRelative clauses are so called because they are related by their form to an antecedent. They contain within their structure an anaphoric element whose interpretation is determined by the antecedent. This anaphoric element may be overt or covert. In the overt case the relative clause is marked by the presence of one of the relative words who, whom, whose, which, etc., as or within the initial constituent: clauses of this type we call wh relatives. In non-wh relatives the anaphoric element is covert, a gap; this class is then subdivided into that relatives and bare relatives depending on the presence or absence of that. Sentence Relative ClausesSentence relative clauses refer back to the whole clause or sentence, not just to one noun. They always go at the end of the clause or sentence.Tina admires the Prime Minister, which surprises me. ( and this surprises me)He never admits his mistakes, which is extremely annoying. ( and this is extremely annoying) Sources Henry Ford Demtri  Martin,  This Is a Book. Grand Central, 2011 Tai Van Nguyen,  The Storm of Our Lives: A Vietnamese Familys Boat Journey to Freedom. McFarland, 2009 D.H. Lawrence,  The Rainbow, 1915 Maya Angelou,  I Know Why the Caged Bird Sings. Random House, 1969 G.K. Chesterton, The Romance of Rhyme, 1920 Martin Luther King, Jr. John R. Kohl,  The Global English Style Guide: Writing Clear, Translatable Documentation for a Global Market. SAS Institute, 2008 Rodney Huddleston and Geoffrey Pullum,  The Cambridge Grammar of the English Language. Cambridge University Press, 2002 Geoffrey Leech, Benita Cruickshank, and Roz Ivanic,  An A-Z of English Grammar Usage, 2nd ed. Pearson, 2001

Race issues essays

Race issues essays We live in a society that draws lines and builds boxes. These creations function as a means to place people in categories to describe, identify, and imprison individuals into certain groups. One means of classification that we have is race. It is a simple way to create boxes and stereotypes about people based on their skin color. The majority of prejudices that occur in the world are based off of peoples perceptions of judgments made clearly off of what they see. Another way that classifications are made is gender. This again can create boxes based only on perception. The wave of racism and sexism has permeated the infrastructure of American culture. It has shown its face in government, corporate, sports, and religious arenas just to name a few. Classifications based on race are not a new occurrence. You would probably be able to find many times in history where Kings, Pharaohs etc... Felt the need to conquer another group of people. Why? It has been said that one of the grea test fears is the fear of the unknown. An example of this is why many people fear death, because no one truly knows what happens when you die. Americas history of leaders involves white men who were afraid of what they didnt understand. The result was that they either tried to conquer it, or destroy it. The Europeans did this to the Native Americans, Asians, and African Americans just to name a few. It seems as though fear is one of the main reasons that oppression occurs. The one problem with classification is that it does not cure the fear it just perpetuates more of it. Classification by race or gender is a limiting way of growing fear in our society. The offspring of fear is hate. Hate is a powerful thing because it can not only lead to the harm of others; it also causes harm to the person that hates. For as long as people have been of different ethnic backgrounds, there has always been a desire to classify people accor...