Computerized Enrollment System Essay Example for Free

Computerized Enrollment System Essay Improvement in computer world means the act of making new arrangement or style of doing work, activities, and processes efficiently, effectively and faster from the past, that brings convenient to the people. Improvement is an opportunity for every one and in any organizations, the researchers want to have a part in this improvement either it be great or small, if there’s opportunity to be a part of this improvement the researchers wants to grab this opportunity. In this present world, technology is growing faster specially computer technology, using this kind of technology, information can be view very fast as well as to make reports out of this records through printing. In a school, computerized schedule retrieval is a great help to students, faculty and staff in terms of retrieving schedules of a student, subjects, instructors, rooms, and specific section and use it for a specific purposes. Using this kind of system can contribute improvements to the school. Look more:Â  example of perseverance essay In making schedules manually, it will take a long process since the staff assigned to it should assure that there is no conflict of schedules between rooms and instructors. The personnel should assure that the instructor should have not exceeded to the maximum load. The personnel should also assure that the schedules of those students should be distributed in regular school days, for night classes schedules should be in night time, and for weekend classes schedules should be in weekend days. Because of this the personnel becomes tired and sometimes when the personnel reviews the schedules, conflict of schedules occur, and posting the new schedules of every room can’t be done. And in the side of the students, they get tired writing the subjects and schedules in the form during enrollment. And finding vacant rooms in a specific time takes a time, since someone should go around and look for a vacant room. The researchers were hoping to reduce the time spent in creating the schedules, without conflict schedules, to reduce the time spent in getting schedules during enrollment, to access easily the schedules of rooms to find vacancy. Background of the Study Creating and retrieving schedules is not an easy job. It requires patience and perseverance. Patience in assigning every subject to a specific instructor in specific rooms, assuring that every schedules of every subject should be distributed in regular days, the personnel assigned to do this job assures that in every regular days a students should have a scheduled subject. The personnel assures that there’s no conflict of schedules like having 2 classes in the same room and time and Instructor is handling two classes at the same time. Perseverance that even if the personnel were very tired, he/she still needs to review the schedules to assure that all schedules were complete and no conflict of schedule. Many students get tired in writing their schedules with the same information in 4 different forms in every semester and in irregular students they find it difficult to add a subject, assuring that the schedule of the subject will not be conflict to the subject that he/she has. When the instructor was trying to find a vacant room in a specific time the instructor needs to look for the posted schedule in every room to find a vacant room and it takes time and energy finding for vacant room in the entire building. And sometimes because there’s not enough time new schedule of every room will not be posted. Because of these problems the system will hopefully give a solution for these problems.

Analyze the given scenario Essay Example for Free

Analyze the given scenario Essay Analyze the given scenario and perform a K.T problem analysis to identify the cause of the problem. Sparkling mineral water is the primary product of Bubbles, Inc. This firm, which is based in France, serves three major markets— Europe, North America, and Australia. It collects water from a natural spring; the water is then filtered through a parallel array of three filter units, each containing two charcoal filters. The filtration process removes trace amounts of naturally occurring contaminants. The filtered water is stored in separate tank farms, one for each market, until it is transported by tanker truck to one of the three bottling plants that serve the companys markets. When the water arrives at the bottling plant, it is temporarily placed in 3500 m3 storage tanks until it can be carbonated to provide the effervescence that is the trademark of the producer. Some of the water is also flavored with lemon, cherry, and raspberry additives. Next, the sparkling water is packaged in a variety of bottle sizes and materials, ranging from 0-ounce glass bottles to 1-liter plastic bottles. The European market receives its shipments directly by truck, usually within three days. Products bound for North America or Australia are shipped first by truck to the waterfront and then by freighters to their overseas destinations. Business has been good for the last several months, with the North American and European markets demanding as much sparkling water as can be produced. This situation has required that Bubbles contract with additional plastic bottle suppliers to keep up with the increased demand. It has also forced regularly scheduled maintenance for the Australian and North American tank farms to be delayed and rescheduled because of the high demand for the product. There is also, of course, a larger demand placed on the spring that supplies the mineral water for the process.Unfortunately, the news is not all good for Bubbles. The bottling plant for the Australian market is currently several weeks behind schedule owing to a shipment that was lost at sea. This catastrophe has required that water from the companys reserve springs, which are located many miles from the bottling plant, be used to augment the water supplied by the regular spring so that the bottling plant can operate at an even higher level of production. The availability of water from the reserve springs is hindered by their remote locations, but  the water from these springs does not require filtration. In addition, contract negotiations are going badly and it appears there will be a strike at all of the bottling plants. Recent weather forecasts indicate that relief from the ongoing drought, which has already lasted three months, is n ot likely. Worst of all, customers in the North American and Australian markets are complaining that all shipments of the sparkling water in the last six weeks have contained benzene in unacceptably high concentrations. You know that benzene is often used as an industrial solvent but is also found naturally. A quick survey of the bottling plant managers shows that the North American- bound products that are currently packaged and awaiting shipment have benzene concentrations in excess of acceptable concentrations. However, the managers of the bottling plants that service the Australian and European markets report that no significant level of benzene was detected in the bottles that are currently stored. Authorities in the North American and Australian markets have already begun recalling the product, with authorities in the European market pressuring Bubbles for a quick solution and threatening to recall products as a precautionary measure. Information adapted from the following journal:American Chemical Society. (1992). When the bubble burst: The company’s response proved as the original contamination.

Chemistry of Essential Oils

Chemistry of Essential Oils Rhea Hughes Table of Contents 1. Introduction 2. Basic Chemical Structure 2.1 Hydrocarbons Monoterpenes Sesquiterpenes 2.2 Oxygenated Compounds 3. Extraction Methods 4. How essential oils are analysed 5. Discussion 6. Conclusion 7. Bibliography 1. Introduction Essential oils are used as alternative medical treatments, fragrances for perfumes and also as flavours in food and beverages (Djilani Dicko, 2012). They are made up of fragranced mixtures that are found in different parts of plants such as the seeds, stems or flowers. (doTERRA, 2014). In this essay the following topics of essential oils will be discussed; the chemical structure, how they are extracted from plants and how to determine their components through analysis. 2. Basic Chemical Structure Essential oils are extracted from plants as the compounds that make up essential oils are created naturally by chemical reactions that occur in different plants. Essential oils are released when oils are chemically extracted from the herb or when the herb is compressed (EBSCO, 2014).There are two groups of chemicals that are made from nature; they are classified into primary and secondary metabolites. Primary metabolites can be divided further into carbohydrates, lipids, nucleic acids and proteins. Secondary metabolites are divided into alkaloids, polyketides, shikimates and terponiods (Baser Buchbauer, 2010). The secondary metabolism of a plant is responsible for their scent and also plays a role in the defence system of the plant protecting it from pests Essential oils are made up of hydrocarbons and their derivatives oxygentated compounds that are created from plants secondary metabolism (Chamorro et al., 2012). As it can be seen in Figure 1 in the biosysthesis of secondary metabolites, water and carbon dioxide are converted to glucose through photosynthesis. Phosphoenolpyrutave is a main element in the shikimate group of natural products. Decarboxylation of phosphoenolpyrutave produces acetate which is esterified with coenzyme-A to produce acetyl CoA. Acetyl CoA is a starting point for Mevalonic Acid, which is the starting compound for terpenoids. Figure 1 shows the chemical structure of the biosynthesis of secondary metabolites. (Baser Buchbauer, 2010). Figure 1: Biosythesis of secondary metabolites (Baser Buchbauer, 2010). Essential oils molecules are prepared mainly from carbon, hydrogen, and oxygen (essentials, 2014). Essential oils can be divided into two groups hydrocarbons and their derived oxygenated compounds (Martin, 2014). The hydrocarbon group is divided into monoterpenes and sesquiterpenes. Hydrocarbon chains are kept together by carbon atoms that are linked together. At different points in the chains atoms are attached to make up alternative oils (essentials, 2014). The oxygenated compounds can be broken down into smaller compounds such as Phenols, Alcohols, Aldehydes, Ketones, Esters, Lactones, Coumarins, Ethers and Oxides (EsotericOils, 2014). 2.1 Hydrocarbons Terpenes are made up of isoprene units. Isoprenes are five-carbon molecules. Isoprenes are assembled in different formations to make up terpenes (Cyberlipid, 2014). Terpenes are a group of molecules that is based on a number of isoprene units in a head to tail fashion. Figure 2 : Isopene Unit (Cyberlipid, 2014) Modified terpenes (terpenoids) are where methyl groups have been moved or removed or oxygen atoms added to the structure. Terpenes are easily decomposable under different effects such as air light and moisture which can cause spoilage of the oil. Terpenes have a narrow boiling range, making them difficult to purify. (Parry, 1922). Monoterpenes and sesquiterpenes are the main components of essential oils as they are adequately volatile (Cyberlipid, 2014), (Baser Buchbauer, 2010). Monoterpenes Monoterpenes have 2 isoprenes units linked together. Monoterpenes are very volatile due to the molecular structure (Chamorro et al., 2012). Monoterpenes increase the therapeutic functions of other components in the oil and stop the collection of toxins (Martin, 2014). An example of an essential oil that is a monoterpene is menthol which is a cyclic monoterpene. Menthol has cooling properties and has a unique scent of the oil residue that is extracted from it (Kamatoua et al., 2013). There is a difference in the content of methone and menthol detected, as the plant mature there is a higher content of menthol and menthyl acetate content (Baser Buchbauer, 2010). Figure 3: Steoreoisomers of menthol (-) –menthol is the most commonly used synthetic and natural form. Menthol has microbial properties but is not a principal compound in essential oils as it is only a component in of a restricted number of aromatic plants (Kamatoua et al., 2013). Sesquiterpenes Sesquiterpenes have 3 isoprene units linked together. They are common in essential oils and are less volatile than monterpenes so they blend well with volatile oils (Martin, 2014). An example of a sestquiterpene is Zingiberene that is used in the oil. It is acquired by fractional distillation under reduced pressure (Parry, 1922). Figure 4: Structure of Zingiberene (Chemistry, 2014). 2.2 Oxygenated Compounds Oxgenated compounds or terpenoids are derivates of terpenes. They have a stronger aroma and are normally more stable as they do not oxidise as easily under different conditions (Fresholi, 2014). Some examples of oxygentated compounds are alcohol, ketones and esters. Alcohols can further be divided into monoterpene alcohol and sesquiterpene alcohols (EsotericOils, 2014). Alcohols are found in in their free state and in the form of esters in essential oils. Methyl alcohols which are soluble in water which are main components in essential oils are removed during the distillation process so they are not actually found in the essential oil but can be found in the distilled water. But when in ester form methyl alcohols can be found in essential oils such as winter green. (Parry, 1922). Alcohols are beneficial components that have antimicrobial and antiseptic properties. Esters are naturally occurring in plants. Esters such as terpineol attribute to the aroma in essential oils (Pharmacognosy, 2012). They also have calming and sedative properties (Oils, 2007). Linalyl acetate is a naturally occurring ester that is found herbs and flowers. It is used to make Lavender oil (Hermitageoils, 2014).Ketones have skin healing properties and also helps break down fats (Oils, 2007). Verbenone is an example of a natural ketone that is extracted from plants. It is an ingredient in the oil Rosemary Other examples of oxygenated compounds are aldehydes that have anti-inflammatory and anti-infectious agents such as geraniol found in Rose Geranium. Oxides that have anti-inflammatory properties such as eucalyptole are found in Eucalyptus. Phenols have anti-pathogenic properties (Oils, 2007). Thymol is an example of a phenol, it is a compound of thyme and ajowan seed oil (Parry, 1922) and ethers help regulate hormones and the central nervous system such as chavicol found in basil (Oils, 2007). 3. Extraction Methods There are different extraction methods that are used for the extraction of components for essential oils. There are two main types of extraction methods these are distillation and expression. Solvent extraction and CO2 extracts are also other techniques that can be used for the release of essential oils from plants. Different distillation methods that are used are steam distillation, water distillation and steam and water distillation. For distillation process the material from which the material is being extracted is placed on a grid in the still, the steam or/and water depending on which method is being used breaks through the plant material and removes the volatile compounds in it. The volatile compounds rise up into the condenser which cools the vapour into liquid form. This oil liquid will be form a separate layer with water and can be drawn off separately from the water (NAHA, 2014). Expression of essential oils is done through a technique known as ecuelle a piquer. This technique involves placing the rind of a fruit in a container with spikes that puncture the peel while it is being rotated. This technique allows the essential oils that are contained in the fruit to be released when it is punctured. Centrifugal force can then be used to separate the fruit juice from the essential oils (NAHA, 2014). Solvent extraction is used when the plants are too fragile to go through the distillation process. In solvent extraction the odoriferous lipophilic is extracted from the plant along with other tissues in the plant. This causes a thick solution to be extracted that contains waxes, fats and other odoriferous material. This solution is then mixed with alcohol which extracts the aromatic compounds (NAHA, 2014). Hypercritical carbon dioxide (CO2) extraction involves putting C02 under pressure to turn it into a liquid from a gas. This liquid is then used as an inert liquid solvent which can extract aromatic compounds from the plant by diffusing through it. C02 can contain some elements that are not found in the corresponding essential oils. During extraction methods some main considerations must be addressed such as the cost, pesticide residue on the plants and also the safety and therapeutic benefits of the essential oil being produced. These considerations help decide which extraction method is most beneficial (NAHA, 2014). 4. How essential oils are analysed Terpenes are structurally varied therefore the methods used for analyses have to account for a great number of molecular compounds (Baser Buchbauer, 2010). With essential oils there are cheaper versions available on the market. Sensory tests are preformed first to help determine if the oil is poor quality. The clarity, colour, odour and viscosity are looked at to determine the quality. When these sensory tests are completed, physical parameters are measured through refractive index, optical rotation and their specific gravity (Lyth, 2014). Chromatography techniques are then used in the separation and identification of compounds (Baser Buchbauer, 2010).Gas chromatography/Mass Spectrometry is widely used in the separation and identification of compounds in essential oils. In gas chromatography the identification and quantification of the different chemical compounds in essential oils can be detected. Each individual compound can be identified by the retention time of the peaks. The data collected can then be compared against standards to determine the purity. (Lyth, 2014).One of the main objectives in separation is the resolution of the compound with a short retention time. To achieve this, the appropriate parameters must be provided. Chiral stationary phases allow for the separation of compounds with optical isomerism. When identifying essential oils in gas chromatography the temperature must be changed as essential oils contain votaile compounds and less volatile compounds. The temperature must start off low and then be raised every minute until 200C to obtain elution of heavy terpenoids. This allows for shorter elution times, separate and narrow peaks (Baser Buchbauer, 2010) 5. Discussion The chemistry of essential oils is important as they have such diverse effects. The different structures of the compounds is what causes the effects of the essential oil (EBSCO, 2014).It also depends on what part of the plant is being used and also the development stage of the plant. There are also changes in the amount of oil yield and the different compounds that are observed between the process of the bud of a flower forming and full flowering (Baser Buchbauer, 2010). But a plant’s compounds can have different effects depending on the country of origin, the type of soil it was grown in and also the climate conditions of where it was grown. These factors can all effect natural variations in the essential oils that are extracted from the plant (Lyth, 2014). Even though essential oils are known for their healing properties it is difficult to prove that they work because of the unique aroma of essential oils it is also difficult to have a control group. A lot of published studies on essential oil fail to reach accurate and reliable scientific standards (EBSCO, 2014) 6. Conclusion Essential oils are used in a variety of industries, but it is important to know the chemistry behind the process of producing them. This helps produce high quality and pure products that will produce better results. The extraction of them from the plant and also where the plant was growing and the conditions that it grew in are important factors when analysing the product for quality and purity. 7. Bibliography Anon., 2014. Organic facts. [Online] Available at: https://www.organicfacts.net/organic-oils/natural-essential-oils/list-of-essential-oils.html [Accessed 05 November 2014]. Baser, K.H.C. Buchbauer, G., 2010. Handbook of essential oils : science, technology, and applications. Boca Raton: Taylor and Francis Group. Chamorro, E.R. et al., 2012. INTECH. [Online] Available at: http://www.intechopen.com/books/gas-chromatography-in-plant-science-wine-technology-toxicology-and-some-specific-applications/study-of-the-chemical-composition-of-essential-oils-by-gas-chromatography [Accessed 16 October 2014]. Chamorro, E.R. et al., 2012. Study of the Chemical Composition of Essential Oils by Gas Chromatography. Gas Chromatography in Plant Science,Wine Technology, Toxicology and Some Specific Applications, pp.307-25. Chemistry, R.S.o., 2014. ChemSpider. [Online] Available at: http://www.chemspider.com/Chemical-Structure.83751.html [Accessed 28 October 2014]. Cyberlipid, 2014. Cyberlipid centre. [Online] Available at: http://www.cyberlipid.org/simple/simp0004.htm [Accessed 08 November 2014]. doTERRA, I., 2014. doTERRA. [Online] Available at: http://www.doterra.com/sgen/essentialDefinition.php [Accessed 05 November 2014]. EBSCO, C.R.B., 2014. NYU Langone Medical Centre. [Online] Available at: http://www.med.nyu.edu/content?ChunkIID=37427 [Accessed 05 November 2014]. EsotericOils, 2014. Esoteric Oils. [Online] Available at: http://www.essentialoils.co.za/components.htm [Accessed 08 November 2014]. essentials, T.r., 2014. The Real Essentials. [Online] Available at: http://www.therealessentials.com/chemistry.html [Accessed 05 November 2014]. Fresholi, 2014. Fresholi. [Online] Available at: http://www.fresholi.com/index.php?option=com_contentview=articleid=653:essential-oil-componentscatid=88:aromatherapy [Accessed 28 October 2014]. Hermitageoils, 2014. Hermitageoils. [Online] Available at: http://www.hermitageoils.com/essential-synthetics/linalyl-acetate [Accessed 06 November 2014]. Inc, M.W.P., 2013. International WellnessDirectory. [Online] Available at: http://www.mnwelldir.org/docs/therapies/essentia02.htm [Accessed 30 October 2014]. Kamatoua, G.P.P., Vermaaka, I. Viljoen, A.M., 2013. Phytochemistry. Menthol: A simple monoterpene with remarkable biological properties [Online], 96, pp.15-25. Available DOI: 10.1016/j.phytochem.2013.08.005 [Accessed 14 November 2014]. Martin, N., 2014. Experience-Essential-Oils.com. [Online] Available at: http://www.experience-essential-oils.com/chemistry-of-essential-oil.html [Accessed 08 November 2014]. MintNews, 2014. MintNews. [Online] Available at: http://www.mintnews.in/Product-Directories.php?id=cpbThD2wlbs- [Accessed 06 November 2014]. NAHA, 2014. National Association for Holistic Aromatherapy. [Online] Available at: http://www.naha.org/explore-aromatherapy/about-aromatherapy/how-are-essential-oils-extracted [Accessed 05 November 2014]. NobelMediaAB, 2014. Norbal Prize.org. [Online] Available at: http://www.nobelprize.org/nobel_prizes/chemistry/laureates/1910/press.html [Accessed 29 October 2014]. Oils, N.O., 2007. NHR Organic Oils. [Online] Available at: http://www.nhrorganicoils.com/frame.php?page=info_21 [Accessed 05 November 2014]. OMICS, 2013. Open access Scientific Reports. [Online] Available at: http://omicsonline.org/scientific-reports/srep129.php [Accessed 25 October 2014]. Parry, E.J., 1922. The chemistry of Essential oils and Artifical perfumes. 4th ed. London: D. Van Nostrand Company. Pharmacognosy, 2012. Pharmacognosy. [Online] Available at: http://www.epharmacognosy.com/2012/05/ester-volatile-oils-esters-of-aliphatic.html [Accessed 03 November 2014]. Wikipedia, 2014. Wikipedia. [Online] Available at: http://en.wikipedia.org/wiki/Verbenone [Accessed 06 November 2014]. Wikipedia, 2014. Wikipedia. [Online] Available at: http://en.wikipedia.org/wiki/Thymol [Accessed 06 November 2014]. http://www.biospiritual-energy-healing.com/essential-oil-chemistry.html http://en.wikipedia.org/wiki/Essential_oil http://www.zenitech.com/documents/Toxicity_of_essential_oils_p1.pdf http://depa.fquim.unam.mx/amyd/archivero/LipidosPaulaYurkanis_11315.pdf Page 1 of 10

Essay --

The tobacco industry is known as one of the most controversial industries around the globe. The conflicting two viewpoints that raise challenges for the industry are between the people involved in the industry and those affected by it. Large producers and manufacturers of tobacco products argue that the production plays a vital role in the world economy contributing billions of dollars each year in tax dollars. On the opposing side is the health argument stating that over half of tobacco smokers die of tobacco related illnesses around the globe. As an ever growing global industry it has become more prevalent as well as scrutinized over the past one hundred years. Tobacco is one of the most widely used addictive substances in the world and can grow in â€Å"any warm, moist environment, which means it can be farmed on all continents except for Antarctica†. The plant itself is native to the Americas and historically one of the half-dozen most important crops grown by American fa rmers For nearly 200 years between the 1600’s to the 1800’s tobacco was one of the most valuable exports from the English American colonies and the United States. All the way up until the mid-1900’s the United States not only produced but also exported and manufactured more tobacco than any other country around the globe. As an agricultural product the prices of all tobacco products depends on crop yields which can be affected by all elements such as weather conditions. It wasn’t until the 1960’s when the potentially deadly effects of tobacco were discovered did the industry suffer a decline. This tobacco related evidencing side effects led to an immediate decline in support of the industry as a whole, specifically the producers and manufacturers. Laws around... ...any issues surrounding tobacco smoking such as heart disease, lung cancer, etc. Being that tobacco is a highly addictive product these products fulfill the need and craving of nicotine without the side effects of cigarette smoking. These products are supported greatly in the fight to stop tobacco consumption and do not face any restrictions within the market, unlike tobacco. Furthermore, over these past few years increasing technology has affected the tobacco industry. Electronic cigarettes have begun replicating the oral fixation and craving that smoking gives to users. By satisfying this urge these electronic cigarettes have quickly become a very popular alternative within the market. There is an inverse relationship between their popularity and the usage of tobacco products. As the number of users of replacement products increases, tobacco usage then decreases.

President Cleveland Essay -- essays research papers

Grover Cleveland Stephan Grover Cleveland is the fifth of nine children born to Reverend Richard Falley Cleveland and Ann Neal Cleveland. He was born on March 18th of 1837 in Caldwell, New Jersey, although he was raised in Fayetteville, New York. The actual house in which he was born still stands today on 207 Bloomfield Avenue. He was named in honor of Stephan Grover, a minister at a local Presbyterian Church who Reverend Cleveland had recently taken over for. Life as the son of a minister was different than most boys. The Cleveland’s spent every evening at home in prayer. Cleveland felt that this moral upbringing was his most valuable tool in life. Grover Cleveland visited an uncle in Buffalo, New York, and obtained a job in a law firm. While working there, he studied law and by May of 1859, the New York Supreme Court admitted him to the bar. Democratic politics had interested Cleveland since his arrival in Buffalo, so he became the county’s assistant district attorney. In 1865, Confederate General Robert E. Lee had surrendered his army to Union General Ulysses S. Grant at Appomattox Court House, Virginia. The Confederacy had collapsed and the United States was reunited and slavery was abolished. As the nation returned to peace, twenty-eight-year-old Cleveland won the demanding position of sheriff. When his term ended in 1873, he returned to his infamous law practice. On January 1,1882, Grover Cleveland took an oath to honor the city of Buffalo as their mayor. Cleveland was tough and honest. He was known as the â€Å"Veto Mayor,† because he continuously vetoed bills presented by corrupt politicians. In November of 1882, by a landslide margin of nearly 200,000 votes, Grover Cleveland became know as the â€Å"Veto Governor.† He understood the tremendous challenge of being the Governor of the State of New York, but his principles and values remained as strong as ever. The door to his office was always open, and he kept no secrets. In two years’ time, Cleveland’s stubborn sense of fairness and honesty gave him the nickname â€Å"His Obstinacy.† He passed bills to enlarge the state’s water supply and established a 1.5 million-acre park at Niagara Falls. Due to his reputation, the Democratic Party convinced him to run for president. On the second ballot, Cleveland won the Democratic nomination. The Democrats chose Thomas Hendricks of Indiana, as ... ...irectly with the Treasury crisis, instead of with business failures, farm foreclosures, and increasing unemployment. On October 30, 1893, the Sherman Silver Purchase Act was repealed, and confidence was restored in the American dollar. In spite of Cleveland’s efforts, the national depression worsened, and the Democratic Party was divided. When railroad strikers violated an injunction in Chicago, the President sent Federal troops to break up the strike against the Pullman Company. His blunt treatment of the railroad company was very unpopular. His party deserted him and nominated William Jennings Bryan for president, in 1896. At fifty-nine-years-old, Cleveland felt disgraced as he finished his term in the White House. He retired peacefully in Princeton, New Jersey, but continued pressing for government reforms. At the age of seventy-one, Grover Cleveland died on June 24, 1908. Americans were deeply saddened and mourned the passing of this heavy, robust. man, who was so famous for his tremendous strength and energy. Grover Cleveland will always be remembered as courageous, hardworking, and honest, in spite of the outcome. He was a man of his word, a man of honor.

definition paper -- essays research papers fc

Unlike any other form of literature or entertainment, Fairy Tales help children to discover their identity and suggest experiences needed to develop their character. In Bruno Bettelheim’s â€Å"Life Divined from the Inside† Bettelheim states that â€Å"Fairy Tales intimate that a rewarding, good life is within one’s reach despite adversity-but only if one does not shy away from the hazardous struggles without which one can never achieve true identity (Bettelheim 106). Anne Sexton’s â€Å"Cinderella† is a perfect example of Bettelheim’s definition of a Fairy Tale.   Ã‚  Ã‚  Ã‚  Ã‚  The story of Cinderella is a classic story that has had many different versions. Anne Sexton’s version, begins as Cinderella’s mother is on her death bed. She is telling Cinderella to â€Å"Be Devout. Be Good. Then I will smile down from heaven in the seam of a cloud.† (Sexton 85) With the death of Cinderella’s mother, we get Bettelheim’s first example of a Fairy Tale; adversity for Cinderella. As the story goes on, Cinderella’s father marries another woman. She has two daughters, making a family of five. Cinderella’s father dies, leaving Cinderella’s stepmother in charge of Cinderella and the family. With the loss of her father, it’s seem that all Cinderella can face is adversity. Cinderella became her stepmother and stepsisters maid; but kept her chin up. She tried to lead a good life, but faced so much adversity with her family. They made her sleep on the sooty hearth every night; which made her loo k li...

Is War Ever Justified Essay

War, although being described by those who have survived it as hell, is in my opinion a necessary part of life in some sense in order to expand in many ways like socially, economically, and politically. In terms of social changes brought on by war, war often teaches us lessons about how to better our behaviour and attitudes in terms of our association both domestically and foreign. In World War 2 (1939 – 1945), America and Germany’s interaction and hostilities soon diminished after the end of conflict suggesting that they had learned to get along (or at the very least solve their issues in a more diplomatic way.). Learning from our mistakes is essential for growing as a race in general. Had it not been for World War 2 the UN (United Nations) would have most likely not been formed and therefore our world would not feel the sense of unity that is present today. In terms of economic changes brought on by conflict or changes, had it not been for wars we would not gain items of value for the use of economic resources. Had the USA not gone over and improvised in Afghanistan they would have most likely lost what is estimated to have been one trillion dollars worth of oil. For this reason the Afghan War (2001 – Present) has been referred to as the â€Å"resource war†. In terms of political change brought on by conflict or war, we as a society have learned many lessons of the importance of a strong political power which could in fact reduce the need for conflict or war. Had it not have been for the Vietnamese War (1959 – 1975), we would not have been shown the importance of international involvement from a single nation in order to assist a less fortunate nation. War has always, in the end, increased all nations sense of unity in some way. Had it not been for the Vietnamese War, America would still be in some state of singularity and arrogance. The loss in Vietnam for the Americans proved that even they the very powerful can be defeated; if they were not given assistance the losses could have been far greater. War may be brutal but there are many positives that can be taken away from it. War, though an expression of our inability to coordinate and understand one another is also a great teacher for the world at what is right and what is wrong. The atrocities and crimes committed during wartime, though terrible and evil as they appear are usually necessary and in the long run will eventually prove to be better for society. During World War 2 had the Allies not declared war against the Axis it is unthinkable as to what could have happened to our world. The Allies chose to stand up to what atrocities were committed by Hitler and stop his evil from spreading. World War 2 is also an exceptional example of what happens when good men fail to act and allow the actions of evil men to spread. Hitler rose to power and began breaching the Treaty of Versailles and built an army despite the Treaties clear clause in which it states that Germany is banned from ever creating an army to avoid the repetition of World War 1 (1914 – 1918). Had a militant force not attempted to stop Hitler and his Axis powers it is unthinkable as to what the outcome of Hitler’s plan could have been. World War 2 was completely justifiable in that the evil committed during this war far outweigh the possible evil that could have occurred had a war not occurred. Had a militant force not intervened and caused a war it is quite probable that Hitler would have just kept exterminating the Jewish population and that the world would have just continued to watch. During World War 2 we learned the importance of standing up against the tyrannical and not being afraid to stand up for what we as a civilisation believe to be acceptable behaviour. The conflicts during World War 2 could very well have been avoided had good men acted against Hitler’s breach of the Treaty of Versailles and had the courage to stop him before, as we can now see, his plan could have been put into motion. We can simply justify World War 2 in that had The Allies failed to intervene the Nazis would simply continue to exterminate the Jewish population and many attempts to reach Hitler on a political level had been attempted and failed. War, although being a major drain on our economy, is also a great representation of our ability to learn and adapt to what is occurring throughout our time. Had we not spent so much money on war machines during wartimes, we would not have defences in place today that protect our nations against attacks from other possible threats. It is also important to recognize that had wars not occurred it is quite possible that our economies would in-fact be damaged by this. for example a large portion of the economy revolves around oil and it is estimated that had America neglected to act in Afghanistan and stop the Taliban from burning their oil supply as an act of aggression and arrogance against the USA, it is possible that approximately one trillion dollars worth of oil would have been wasted. Had the USA not stepped in and intervened in this conflict, America’s already struggling economy would have been severely damaged and it is possible that this massive loss of oil would have quite possibly caused another depression in America. Had America not invested so much money into the conflict in Afghanistan there economy would have been severely damaged by this. The war in Afghanistan can be justified in that it was not originally intended for the sole purpose of protecting a means of economic revenue but was originally intended for the purpose of retrieving Osama Bin Laden and to punish him for his atrocities committed. It was only after this fact that Osama’s militia began to burn up the oil fields that American geologist discovered that Afghanistan was actually sitting over one of the worlds largest oil deposits. Many people who are against the war in Afghanistan claim that this conflict comments on Americas greed for Afghanistan’s oil deposits but it was intended originally to have been a mission to capture a known terrorist and to protect the people of Afghanistan. War is often a result of the lack of political effectiveness to eliminate issues and this causes violence. War can be justified in that many people are so close minded in that they would rather resort to violence and not accept a diplomatic solution to their issues that they have. The Vietnamese War is a result of America and her one-time ally the Soviet Union’s inability to discuss and resolve their issues without resorting to War and conflict. The collective inability of the Soviet Union and the Vietnamese Government to accept Americas attempts at peace resulted in this conflict and therefore this conflict was justified. The Vietnamese War was somewhat unavoidable in that many attempts by America were made to achieve peace with Vietnam. After the Vietnamese War was eventually lost by the American Military, it was determined that the original intention of the Vietnam War was to preserve the Vietnamese people’s right to self determination and freedom from oppression by the government. The war is justifiable in that America was merely attempting at preserving a god given constitutional right in that we as a people deserve the right to choose our actions without input from and political force. The Vietnamese War had the best intentions to preserve our rights but was perhaps ill prepared on part of the American Military. Sometimes in order to do what’s right we have to put aside the safety of others and make the difficult decisions that need to be made. Each and every war or conflict throughout history has been caused by circumstances that require action. Had action been neglected during any of the wars listed within this paper the results of these wars would have been far worse and many more would have died. All of the wars listed within this paper were unavoidable and justified in the fact that they all had the best of intentions in mind and that they were all attempted to be solved through non violent means. If a conflict is attempted to be resolved without violence or conflict then the act of war is justified.