Explain The Significance of Act Essay Example

Explain The Significance of Act Essay Explain The Significance of Act 2.2 to the Development of the Play and Explore Shakespeares Use of Language to Present the Characters of Romeo and Juliet.Romeo and Juliet is a play that was written by William Shakespeare around 1595, and is probably the most famous play in history and has also been made into many different movies.One of the most famous scenes from Romeo and Juliet is the balcony scene in which is the famous quote O Romeo Romeo! Wherefore art thou Romeo?The balcony scene is what my essay is about.Explaining the Significance of Act 2.2 to the Development of the Play.I think that Act 2.2 is very significant to the development of the play because it is the first time that Romeo and Juliet are together and so we can see what they are truly like with each other. Firstly because it establishes Romeos and Juliets characteristics, especially Juliet independence unlike before when she was slightly timid/shy and did not seem to be a person that would ever be in trouble. Shakesp eare gives you the impression that Juliet is more independent and feisty for instance Swear not by the moon, the inconstant moon this shows Juliet being more confident and less afraid of speaking out for herself because after Romeo said he would swear on the moon Juliet could have just accepted that but instead she asked him to swear either not at all or on an unchanging thing.Also Romeo changes in this scene from being a slightly shy person who is also a little daring into a confident fearless man who will not be put off by what others think With loves wings did I oer-perch these walls and his confidence almost grows into arrogance as the scene progresses.The key themes of love and death are also developed in this scene, for instance If they do see thee, they will murder thee. The two main characters using lots of metaphors and similes How silver-sweet sound lovers tongues by night, like softest music to attending ears! This shows how the two have got to know each other and their f eelings have gone beyond first impressions.Also the famous quote O Romeo Romeo! Wherefore art thou Romeo? shows dramatic irony as while Juliet says the line Romeo is beneath her balcony while she is wondering where he is.Finally in the scene the two characters acknowledge properly the difficulty of there love and how it would b hard for them to be together because of their family names and the conflict between them again back to the famous quote O Romeo Romeo! Wherefore art thou Romeo? which also means why do you have to be called Romeo.Explore Shakespeares Use of Language to Present the Characters of Romeo and Juliet.I think that Shakespeares presents the characters of Romeo and Juliet through the use of language.The language changes from in the previous scenes where everything is quite rushed, especially in the party seen where the two are anxious to see each other because there arent as many prolonged metaphors as in the balcony scene also in the balcony scene he makes it seem as if the to are more confident around each other Thy purpose marriage, send by word to-morrow although this does not obviously show that the two are confident around each other I think that it is the scene in general as well as the language in the scene.Also Shakespeare shows Romeo and Juliet being very flirtatious with each other My life were better ended by their hate, than by death prorogued, wanting thy love. this sort of language draws the audience into the feeling of love and allows the audience to associate these feelings with their own feelings of love.

Nonprofit Management to Online MBA Essays

Nonprofit Management to Online MBA Essays Nonprofit Management to Online MBA Essay Nonprofit Management to Online MBA Essay My daughter did not have the typical college experience; she had my granddaughter when she was only nineteen years old and, while she had started her college classes, she wasn’t able to finish out the year, let alone earn her degree. Her subsequent marriage didn’t last and before long she and her daughter were living back at home with us – the entire family pitching in to try to make things work. She found a great job with a nonprofit organization and time marched on – all of us caught in the whirlwind that comes with having small children and working adults in a household. I was so proud of everything my daughter had accomplished on her own but I knew that she had things she still wanted to do and before long she found a way to go after them. She told me that she was glad that she had gotten this job in nonprofit because while it may have just been a way to pay the bills at first it was quickly revealed to her as something about which she was passionate. In fact, she told me, she wanted to pursue nonprofit management as her long term career and she had found a way to earn her degree – online. With an online nonprofit management degree program she could continue to work full time and care for her daughter, while doing all of her schoolwork at night or on the weekends when we could help with the baby. Everything was done online – on her computer – and it was the most convenient and best way possible of earning her degree. She earned that nonprofit management degree – and we were all so proud. But she didn’t stop there! It seems she really caught the bug after earning her undergraduate degree and so she’s quickly moving on to get her online MBA. Nothing can stop her now!

Multiple (Choose one of the 3 below ) Term Paper

Multiple (Choose one of the 3 below ) - Term Paper Example Americans wanted to overhaul former systems used in forming social frameworks in previous years prior to the Lincoln’s era. Changes after reconstruction had so much pronounced effects that the current US politician and social structures are attributed to efforts committed to ensure change at that period. As an illustration to changes derived from the reconstruction era, the US congress remains with a vested power of impeaching an incumbent president in office even today. Basically, assassination of Abraham Lincoln and attempts on impeachment of President Johnson remains as the chief historical landmarks in the reconstruction period. In the process of its development, the US reconstruction era took a multi-facet approach in addressing issues of the aggrieved parties at that time. One approach employed to achieve change during this period focus on general changes achieved immediately after the American civil war from 1861-8165. The civil war marked profound struggles between the south and the north regions of the country. Reconstruction majorly dwells on state of southern states, since consequences of the civil war became more practical within the region as compared to the northern states. Immediately after the war, numerous civil and military changes took place in restructuring inherent systems of governance1. In this case, reconstruction era entails detailed study of changes and developments within the 12-year period after the civil war. The second facet focuses on administrative and social transformations that took place within America’s southern states under the federal leadership of Lincoln and Johnson. Like any other historical struggle in American heritage, reconstruction period had its own motivating factors during planning and execution of its strategies. These motives derives its roots from ideological concepts adopted during the civil war are. The main cause of civil war traces its roots to political and social difference in opinions betw een republicans at the south and democrats at the northern states. As a result of the difference in philosophical inclinations, southern states forces under the name radical republicans stages a systematic attack on the northern states. In return, northern democrats counteracted southern efforts through appropriate military measures2. Upon termination of the war period, radical republican ideologies still remained dominant within the southern citizens. In this context, various democrat led institutions wanted to impose proper governance and social systems into the south. On the other hand, southern radicals were determined in frustrating efforts committed by their northern counterparts. Main objectives of the era included a desire to achieve an equal society with minimal effects of slavery philosophies. Prior to the civil war period, African Americans lived under harsh conditions as slaver for the white insurgents in southern states. After the civil war, white insurgency wanted to m aintain this slave-master status quo in order to sustain economic and social classes in their societies. These ideologies were met by stiff opposition from northern states, who though the post civil war period was supposed to reconstruct social structures in a positive manner. In this regard, reconstruction ushered in adoption of civil rights ideologies and suppression of insurgence power in southern state

Economic Journal Essay Example | Topics and Well Written Essays - 2000 words

Economic Journal - Essay Example Another effect is that consumers would tend to consume less today and wait until the prices still lower in the future. People will think that if prices are low to day, it will still decrease further in the future. Inflation is indeed harmful to the economy especially when it is paired with unemployment. However, deflation can also be detrimental to the economy. Lower prices tend to make buyers postpone their shopping thinking that prices would still lower in the future. Although it may seem that this is not a bad thing, it can affect the demand and supply of commodities in the economy. Since the consumers don't want to spend, commodities will be oversupplied and supply will swamp demand. According to Paul Krugman, "deflation discourages borrowing and spending, the very things the depressed economy needs to get going." ("What is deflation, what are the risks of deflation, and how can the Fed combat deflation")Since people do not want to spend their money, there is a tendency for firms to incur losses. This will in turn affect the employees of the company and there is a tendency for wages to drop and increase unemployment rate. Also, since deflation makes it difficult for firms to repay their debts, bankruptcy is most likely to occur and jobs will be lost. Yes, lower prices at first might seem to be pro-poor or more of an advantage to those who cannot afford some commodities. But in the long run, households and the people in the economy are still the ones who will suffer since they might lose their jobs and can add up to the problem of recession. Author: Justin Fox Title: The Economy Really Is Fundamentally Strong Magazine: TIME Publication date: October 16, 2008 Summary: It is known to everyone that America is experiencing problems with their economy. That is why when presidential candidate John McCain said that the fundamentals of the US economy are strong, many eyebrows were raised and his opponent Barack Obama didn't miss the opportunity to mock his statement. McCain's running mate Sarah Palin defended that McCain was talking about their workforce and the ingenuity of the American people. She was actually right because the American workforce and their being skillful remain to be strong in the midst of economic meltdown. Many economists assert that it is productivity growth that signals the economic well-being of a country. Productivity growth refers to the economic output per hour worked. This productivity growth was actually the reason why America was able to rise during the Industrial revolution despite the stagnation. What really caused the productivity growth during the industrial revolution is the dependence of the US in technology, electricity, combustion engine, and communication. In the mid-1990s, the engine was replaced with computers and the internet. After that, productivity growth continued to fluctuate. High productivity growth does not guarantee a good economy but it makes it more possible to have economic growth. With all these talks about productivity growth, maybe McCain was right that the fundamentals of the American economy are still strong. Analysis: The workforce of a country is

The Work of Michel Foucault in Contemporary Criminology Research Paper

The Work of Michel Foucault in Contemporary Criminology - Research Paper Example The works of Michel Foucault, who is considered to be an influential thinker during the 20th century, have proved to be relevant in contemporary criminology. The field of criminology is based on two clear approaches. The first approach mainly focuses on what causes crimes, singles out criminogenic social conditions and examines criminals. The second approach, which is current, deals with analyzing forms of penalty and checking for any faults so as to observe the degree of state encroachment on personal rights and liberty. One of Foucault’s works, Discipline and Punish, which was a book he wrote in 1975, examines punishment in its social context. It changed the way people viewed the prison system. The book clearly reveals how he came about with his main theme of power and domination. In his book, he talks about how prisons came about and clearly reveals its history. He also points out the growing number of prisons despite the fact of them not being successful. The rise in the n umber of prisons and criminals in the US and Britain proves his point. The book reveals his thoughts on how elite people in the society have power and control over everyone. According to Foucault, prisons subjected people to live their lives according to the disciplines that were imposed by the government. He adds on that there have been no improvements in the society since Renaissance and that the only thing that has developed is the technology that has been employed to enslave the spirits of people in our societies.

Hydrogen Fuel Cells The Fuel Of The Future Environmental Sciences Essay

Hydrogen Fuel Cells The Fuel Of The Future Environmental Sciences Essay Ever since the beginning of the human era, there has been an ever growing necessity for energy. Energy is the most basic aspect of human development. From lighting and communication to cooking and transport, quick and easy access to energy makes the modern way of life possible. Currently, planet earth is addicted to inefficient, polluting, and non-renewable sources of energy such as coal and oil. These energy sources allow for the unequal distribution of the benefits of energy. Some communities may receive the wealth and cheap energy that coal and oil bring, while others receive only polluted streams, acid rain, and deadly toxins. Fortunately, there is an answer to this problem: hydrogen fuel cells. Because hydrogen fuel cells are an emission-free fuel source, are more efficient than current fossil fuel sources, and have the possibility to create a diversified energy economy, more investments need to be made in this budding technology. Hydrogen is the most abundant element in the universe and has been present since the beginning of time. The earths own life-giving star, its sun, is composed almost entirely of this element (Bose and Malbrunot 22). As the smallest element in the universe, hydrogen consists as a diatomic, gaseous molecule with a single proton and a single electron. Hydrogen does not exist in its pure form on the planet, but it is present as a compound in molecules like water, glucose, natural gas, and even oil (Busby). Because it is found in such a variety of sources, hydrogen is the perfect power source for fuel cells. What exactly are hydrogen fuel cells and why will they be the fuel of the future? Hydrogen fuel cells are a mechanical device that convert the electrochemical energy found in a fuel source, like hydrogen, into electrical energy, with the only byproducts being heat and water (Hoffmann 6). In all fuel cells there are two electrodes, an anode and a cathode, with an electrolyte, a membrane capable of moving ions, in between the two (Sorenson 73). During their operation, hydrogen fuel is injected into the anode side, while oxygen, usually from the air, is pumped to the cathode. The hydrogen molecule disassociates, and the proton passes through the electrolyte to join the oxygen, while the electron from the hydrogen molecule travels in an outside circuit, producing electrical current (Brus and Hotek 22). Because of the fact that fuel cells have no moving parts, they are much more efficient than conventional internal combustion engines, which makes them a great investment for the future of the planets energy. In addition, there are multiple types of fuel cells, each with their own sets of merits and each able to be used a different way in todays energy economy. Proton exchange membrane fuel cells (PEMFCs) are the most prevalent type of fuel cell today. They deliver a high power density and a low weight to volume ratio (Sorensen 81). Because of this, and their abnormally low operating temperature of 80Â ° Celsius, PEMFCs are ideal for use in cars, buses, and other small scale portable applications. Also, the low operating temperature of PEMFCs allow for less wear and tear on the electrolyte, thereby reducing maintenance costs (Hordeski 145). Although PEMFCs have excellent performance characteristics in vehicles, they do not produce the amount of power necessary for large scale operations, like power plants. Molten carbonate fuel cells (MCFCs) are the answer to this problem. MCFCs have a higher operating temperature, around 800Â ° Celsius, which allows them to create a much higher amount of energy per unit of fuel. This also makes them difficult to use in portable applications (Kandlikar). In addition, MCFCs can reach efficiencies of up to seventy percent if cogeneration, the capturing of waste heat, is used. This is much higher than the twenty five to thirty five percent efficiencies of coal fired power plants (Brus and Hotek). Because of the large amount of energy produced in MCFCs, their excellent efficiency, and their possible cogeneration applications, they are much better suited for stationary applications, such as power plants, than are fossil fuels. Currently, the main reasons that hydrogen fuel cells are not in more widespread use is the lack of production, delivery, and storage infrastructure. Almost all of the energy infrastructure in the United States, and indeed the world, is geared toward fossil fuels (Busby). With a forward looking investment, the current fossil fuel infrastructure can easily be converted to hydrogen. The first step in creating a reliable hydrogen infrastructure is to invest in renewable hydrogen production methods. Renewable production methods include wind, solar, and hydroelectric. All of these methods produce energy, which leads to the eventual electrolyzing or splitting of water to produce both hydrogen, which is used in fuel cells, and oxygen, which can be captured as a useful byproduct (Hydrogen Energy). One of the main reasons experts such as Peter Hoffmann argue for a more widespread use of hydrogen fuel cells is because they have the possibility to become a zero emission fuel source. Hoffmann recognizes that a future hydrogen economy would consist of hydrogen being produced from clean, primary sources of energy. (8-9). Although the conversion of the existing fossil fuel based infrastructure would cost billions of dollars, citizens of the United States must evaluate whether the continued damage to the planet is worth the cost of switching to a renewable hydrogen based infr astructure. Before switching to a hydrogen based economy, one of the problems that must be solved is hydrogen storage. Hydrogen is an excellent energy storage medium, with energies in the range of 142 MJ kg-1 per unit of mass, but it has a low density (Broom 5). This produces the above mentioned storage problem, because although fossil fuels have a much lower energy content per unit of mass, 47 MJ kg-1, they are a liquid at ambient temperatures, which gives them a much higher density (Farndon). How can the high energy hydrogen be stored in such a way that it gives off the greatest amount of energy per unit of volume, rather than per unit of mass? Multiple options are available, the first of which is storing hydrogen as a compressed gas. Compressing hydrogen results in acceptable pressures, which are around 70 MPa per liter (Broom 5). Compressed hydrogen can also be transferred from dispenser to car in much the same way as gasoline. This makes it both easier and less costly to modify the current gasoline based infrastructure to accommodate hydrogen, although more money is needed to begin to facilitate the transition. The second option for hydrogen storage in the future would be as a complex solid metal hydride. These metal hydrides are transition metals, chiefly lanthanum, which soak up hydrogen like a sponge and then release it when given small amounts of energy (Sorensen). An advantage of these hydrides is that they can store hydrogen at densities higher than compressed hydrogen and gasoline, therefore providing more energy per unit of volume, which allows for smaller storage tanks on vehicles and other portable applications (Ogden). This allows for smaller cars, cell phones, and even power plants. Although the technology of complex metal hydrides is only just beginning to become available, it has great potential for a future hydrogen storage source and now only needs investments to make it become a reality. The only remaining infrastructure necessity for a future hydrogen based economy is a hydrogen delivery system that effectively moves hydrogen from its production source to its destination quickly and efficiently. Fortunately, because of the recent natural gas boom in the United States, this problem may have solved itself. Natural gas and hydrogen are similar: both are a gas at room temperature, both have similar densities, and both can be transported in vehicles and pipelines (Backus 6). Because of their similar properties, it is possible to modify the existing natural gas transportation network to transport hydrogen in place of natural gas. This would result in the quick and easy movement of hydrogen from its production source to its final destination, whether it be a fuel pump, a power plant, or even a cell phone charger (Potera). However, additional investments are needed to convert the natural gas network to hydrogen. One of the most overlooked advantages of a hydrogen based economy are the diverse uses for fuel cells. Commonly thought that their only applications would be in vehicles, fuel cells can actually be used for both small and large scale power generation as well as in vehicles. The most promising frontier is probably large scale power generation. As noted before, fuel cells produce electricity, heat, and water as byproducts (Hoffmann 6). Both forms of energy, the heat and the electricity, can be used to generate power on an industrial scale, making fuel cells far more efficient than fossil fuels (6). Also, hydrogen fuel cells have a possibility fossil fuels never had. They can be used for large scale localized power generation to power homes and neighborhoods. This reduces energy loss that takes place with power plants (153). The size and cogeneration ability of fuel cells makes them a great candidate for the future of the centralized power grid. Another application for fuel cells is in the portable electronics field. Because they produce direct current, fuel cells can be used to power virtually anything that batteries are able to power (Potera). Currently, some companies, like Jadoo Power, are marketing small scale consumer electronics that are fueled solely by hydrogen fuel cells. The fuel cells in these electronics are not only smaller than most batteries, but they also deliver more power for a longer period of time (Hoffmann 154). Because of their size and longevity, the military is beginning to take notice of the potential applications for fuel cells in the armed forces. The military is in need of smaller and lighter power sources for portable devices, and Jadoos technology ideally suits them, says Bob Unger, program manager at Kuchera Defense Systems (qtd. in Potera). Although the prospective applications for portable hydrogen fuel cells are only beginning to emerge, the industry is already in need of investments to kic k-start the development of hydrogen fuel consumer electronics. While both the portable and the stationary applications of hydrogen fuel cells are still emerging markets, the hydrogen fuel cell vehicle is not. Fuel cell vehicles (FCVs) have been under development since the 1970s, with the main goal of making them cost effective. Currently, approximately 10,000 fuel cell vehicles are on the road worldwide, with the eventual goal of increasing that number to around 500,000 by 2025 (Peter Hoffmann Responds). Advancements in technologies such as complex metal hydrides have reduced the size, cost, and weight of FCVs. It is estimated that if mass produced, hydrogen fuel cell vehicles would cost between 20,000 and 50,000 dollars, which is comparable with the cost of current vehicles (Ogden). Also, FCVs have driving ranges from 300 to 400 miles and refueling times of five minutes or less, which is also comparable with those of the current gasoline powered cars (Brown). So the question now becomes, why are there not more FCVs on the road right now? The an swer to this is the lack of infrastructure, mainly refueling stations. If more investments are made in a hydrogen based economy and its infrastructure, then the possibilities for growth are limitless. Although there are numerous advantages of a hydrogen economy, it is possibly easier to make an argument against the continued use of a fossil fuel based energy economy. Fossil fuels are a polluting, climate-warming, and non-renewable source of energy (Dawson and Spannagle 17). During their combustion, fossil fuels release greenhouse gasses like carbon dioxide, nitrogen dioxide, and sulphur dioxide. In addition to being extreme irritants for people with breathing difficulties, these compounds also cause the acidification of water, often resulting in acid rain, and the death of many organisms that survive in coral reefs (18). The emission of the above compounds also causes a severe depletion in the ozone layer, the high altitude barrier over the earth that protects its inhabitants from the harmful ultraviolet radiation of the sun (17). Because of the amount of harmful pollutants emitted into the atmosphere by fossil fuels, their use should be discontinued in favor of hydrogen fuel cell s. Although the amount of pollutants that fossil fuels emit is astounding, there are other disadvantages of their use. Climate change, which has only part of the international agenda since the 1970s, has continued to gain importance, especially in the wake of natural disasters like hurricanes Katrina, Isaac, and most recently, Sandy (Dawson and Spannagle 3). These natural disasters have also drawn attention to some of the effects of climate change, like rising sea levels and changing planetary climate patterns. There is significant evidence that supports the conclusion that humans, through the combustion of fossil fuels, are warming the atmosphere of the earth, roughly 1.4Â ° F so far. Although that number may seem insubstantial, over the next 100 years, the earths temperature is expected to rise anywhere from 5Â ° F to 14Â ° F if emissions of carbon dioxide and carbon monoxide continue at their current rates (Climate Change Basics). For that reason, investments in renewable resource s, such as hydrogen fuel cells, are needed. The final argument against fossil fuels is their non-renewability. Unlike hydrogen, fossil fuels cannot be replenished, and their reserves are currently being depleted. At present, there are an estimated 1.3 trillion barrels of oil left in the world. This is expected to last for no more than forty years. (Dawson and Spannagle 7). Fossil fuels are merely a short fix to the long term energy problem facing the planet. As John and ÇiÄÅ ¸dem Sheffield so eloquently put it, a coherent energy strategy is required, addressing both energy supply and demand, taking account of the whole energy life cycle (1). Fossil fuels are not the solution that the planet needs for its energy crisis. In addition to the numerous disadvantages of fossil fuels, there are many advantages to a completely hydrogen based economy. The first of these is complete energy security and independence. Because hydrogen can be produced from such a wide variety of sources, there is no possibility that one single country, like Saudi Arabia, would control a monopoly on its production (Hoffmann 8). Any country where the sun shines, the wind blows, and there is water can produce enough hydrogen to satisfy its energy needs. If the United States completely switched to a hydrogen fuel based economy, there would be no need to import oil, coal, or natural gas from other countries (Sheffield and Sheffield 7). However, before that transition can come about, more investments are needed in hydrogen fuel cells. Yet another major advantage of hydrogen fuel cells as a future energy source is the lack of emissions. As mentioned previously, hydrogen fuel cells produce only water as their emissions, which is not a greenhouse gas (Benefits). Because of this, water would have no effect on the climate. This is possibly the greatest advantage of hydrogen fuel cells. A fuel cell running on hydrogen emits little to no pollutants over the course of the chemical process (Benefits). Based on data gathered by the United States department of energy, a stationary fuel cell power plant emits less than half an ounce of pollution per 1,000 Kw/h of produced electricity, while fossil fuels create around twenty five pounds of greenhouse gasses and pollutants for the equivalent quantity of produced electricity (Sperling and Cameron 27). Emissions of pollutants from fuel cells are so small that some places in the United States have allowed fuel cells to be exempt from air quality controls (Benefits). Because of the ir low emissions, hydrogen fuel cells should be used in place of fossil fuels in a future energy economy. The final main advantage of hydrogen fuel cells is their excellent efficiency when compared with fossil fuels. Because fuel cells create energy using an electrochemical process and do not combust fuel, they are essentially have greater efficiencies than combustion engines (Brus and Hotek 23). Fuel cell systems today achieve forty to fifty percent fuel to electricity efficiency using only the electricity produced from the electrochemical reaction as power. If cogeneration is used, a fuel cells efficiency can be dramatically increased to between eighty five and ninety percent. Cogeneration can even help reduce a buildings heating costs in the winter by around thirty percent (Benefits). Even fuel cell vehicles are between two and three times more efficient than regular fossil fuel vehicles (Hoffmann 37). Because of their incredible efficiencies when compared with fossil fuel combustion sources, hydrogen fuel cells deserve the money and subsidies that governments currently give to fossil fuel companies. Although hydrogen fuel cells have large amounts of advantages, there is one main disadvantage: cost. The current price for 1kg of hydrogen, the energy equivalent of one gallon of gasoline, is around twelve dollars (Hydrogen Energy). Most citizens of the United States are used to paying three to four dollars for a gallon of gas, which is much less expensive than hydrogen. However, the price of gas fails to take into account the environmental damage associated with fossil fuels. If factored into the price, one gallon of gasoline costs between ten and eleven dollars (Hoffmann 64). Although the initial price of hydrogen may seem high when compared with gasoline, when the environmental damage is taken into account, hydrogen is actually less expensive than gasoline. Since hydrogen fuel cells emit no harmful pollutants, have efficiencies greater than current fossil fuel sources, and can create a diversified energy economy, they need more investments. Planet earth is facing an energy crisis. The human race must grow, develop, and move past old and inefficient ways of generating energy and into a future where clean and efficient hydrogen fuel cells generate energy for eons to come. If this transition into a hydrogen economy can be made, then the human race has utilized an energy source that can power the earth for thousands more years. If not, then the human race may face a bleak future without one of the main essentials for human existence: energy.

Nucor Essay -- essays research papers

Business Summary and Strategy Nucor is the largest steel manufacturer in the United States. It remains a profitable company despite being in one of the most cyclical industries in the economy. Nucor enjoys this success for several reasons, employee relations, quality, productivity, and aggressive pursuit of innovation and technical excellence. Nucor's strategy is that of a low cost provider, they know they are selling a commodity and understand their competitive edge in the industry is lowering prices through innovation and productivity. The company operates primarily in two business areas, steel mills and steel products. Steel Industry Outlook Driving Forces: „Â « Globalization - Low cost foreign manufacturers "dumping" steel in the U.S. and other markets. „Â « Changes in the economy „Â « Changes in currency valuations „Â « Input/raw material prices Key Success Factors: „Â « Technological innovation such as the strip casting technology, investing in technology such as this allows Nucor to take calculated risks to ultimately lower their cost to produce steel subsequently raising margins. They now own the U.S. and Brazil rights to this technology. „Â « Employee relations - Nucor employees are more productive, loyal and Nucor has lower employee cost than competitors. „Â « Global Economic growth - if global and U.S. growth continue, Nucor will continue growth. „Â « Product Quality - Nucor has a reputation for quality products. „Â « Market S...

Trim Store Sop

SOP for Trims & Stationary Store Trims & Stationary Store Objectives: * Storage of all the various trims and stationeries that comes with detailed data. * Ensure no short supply of various trims before bulk production. Activities: * Pre-Trims & Stationeries Receive Activities: The monthly planner for trims in-house should come to the store in-charge with the weekly updates and changes should be communicated at the very instant of the occurrence. The trims purchase team should make sure to in-house the planned trims at least before 20 days to carry out pilot run and for bulk maximum 5 days.After receiving the requirement list from the purchase team it is the duty of the trim store in charge to follow up the status of the ordered trims. If in case trim is late from the planned date of receiving then the same should be intimated to the planning, cutting, and merchandiser so that the necessary steps can be taken to acquire the trim before production starts. NOTE: The stock of stationerie s should be checked time to time so as to avoid any situation of shortage. * Trims/Stationary Receive: Unloading the trims: Unloading should be done in the presence of the store in charge/supervisor.The supplier invoice or the transporters copy of the Delivery Challan should be checked by the trims store in charge and then unloading should be done in the designated area. The received trims quantity should be cross checked against the supplier packing list while unloading and should be verified by the store incharge. If quantity is less, the transporters are informed and it is recorded on Delivery Challan. The Invoice copy should be filed in â€Å"Daily trims/stationary receive file† and at the end of the day material inward details should be updated by the store incharge.The information of trims received against the Purchase No. is informed to the purchase person and the concerned merchandiser. A swatch card of a trim of every kind received for a particular order should be se nt to the merchandiser handling that buyer for approval. Once approved it should be prominently displayed on the trim store board. * Trims Inspection * The trims should be kept on the inspection table before checking. * The trims should be inspected to cross check the purchased quantity to the actual quantity received. 100% inspection should be done for each trims received. * Make full use of the Count & Weight M/c to know the actual number of particular trims received. * In case of zippers the length of each should be measured and those not conforming should be separated and exchanged. * Keeping the trims in racks after Inspection: * Depending on the order quantity a rack box (upto 3500 garments), 2 rack boxes (3500-8000 garments) or a column(more than 8000 garments) in a rack is allotted for a particular style. A board should be attached to it clearly stating the style number. A stock card should also be affixed along with it duly filled with the required quantity for each trim in that order. * When the inspection for a trim for a particular order is completed and the received trim is â€Å"OK†, it should be kept in the rack allotted for that particular order. * All the trims being loaded on to the rack after inspection should be entered into the stock card carefully mentioning the order quantity received and date of receival. * If any trim is already available in stock the required quantity for that order is counted and kept on the rack dedicated for that order.On the swatch card it should be mentioned that the trim was â€Å"IN STOCK†. * All trims movement should be done carefully. * Issue trims to various departments * Trims should be issued only against the requisition slip. * Exact number of trims should be issued. No extra trims should be issued. * As soon as the copy of cut parts issued is received from the cutting room the required amount of trims for stitching that quantity of garments should be fetched from the respective racks. They should all be ready in one carton so that as soon as the line feeder comes with a requisition from bundling the trims are issued. The trims required for packing can be issued only three times a day in the allocated time slot. * As soon as some trim is taken off the rack for issuing, the issued quantity along with quantity left on the rack should be updated in the stock card. * Returned trims * The returned trims should be kept in the returned trims storage area only. * Records should be maintained about the returned trims along with the departments from where those are coming. * If those trims are style specific they should be disposed off 2 months after the shipment is sent with a consent from the merchandising department. Keeping of stationary * As soon as the stationary received it is cross checked with the order quantity. * It is then kept on the stationary rack segregated according to the type. * The same is recorded on the stock card mentioning the received quantity and date. * Issuing of Stationary Stationery should be issued only against a requisition slip. As soon as any kind of stationary is issued the stock card should be updated noting down the issued quantity and quantity left. As soon as the quantity left reaches the danger zone an order should be placed for it.

Organizational Behavior Critical Thinking Essay

I have chosen three theories to address the problem. The first theory is Schwartz’s Value Theory. According to the theory, everyone has each own set of personal values and the attainment of these personal values is crucial. Conflict of values or failure in attaining them might lead to employees’ turnover. From the article, the senior staffs claimed that the bonuses they received were below average. I infer that some of the staffs’ personal values were not attained, which in this case possibly power and achievement. Their personal values might also have conflicted with the company’s values, which lead to their departure. Herzberg’s Motivator-Hygiene Theory is also applicable in addressing this issue. According to the theory, there are some factors those lead to both work â€Å"satisfaction† (motivators) and â€Å"dissatisfaction† (hygiene). The absence of recognition which is one of the motivators leads to no satisfaction and the presen ce of hygiene factors such as poor salary and violation of company’s policies such as not paying bonuses that the executives deserved might lead to â€Å"dissatisfaction†. This  presence of â€Å"dissatisfaction† might be the major reason for the staffs to quit. Lastly, according to The Three-Component Model of Organizational Commitment there are three types of commitment that create a binding force, those may reduce the high turnover. They are namely Normative, Continuance and Affective commitment. Affective commitment is mainly influenced by personal characteristics and values and is closely related to the Schwartz’s Value Theory. This commitment also takes into consideration work experience, which might support the executives’ decision to quit. Violation of psychological contract is a factor that may cause Normative commitment to be ruptured. UBS has failed to meet the expectation of some of their executive and this can be seen as hygiene factors according to Herzberg’s Motivator-Hygiene Theory which leads to â€Å"dissatisfaction†. The model, so far, has covered the other two theories. Adding on to that, this model also includes the possibility of external factors that might lead someone to leave a company. In this case, availability of job alternatives in other companies, which compromise their Continuance commitments, might be another force that encouraged executives to leave their positions in the company. Therefore, I conclude that this model, in comparison with the others, is the most appropriate model to address the problem of high turnover in UBS as it covers more possibilities and gives us a more complete view of why the senior staffs may have left the company. UBS is very sensitive to the performance of the world’s economy as it runs in the area of financial service. Poor global economic performance or recession is a major factor that influences the problem of high turnover faced by UBS. Most of the decisions must be made carefully by the company as it involves very high risk level. Through these decisions, UBS has to maintain or even improve the job satisfaction level of its employee and at the same time, continue to give excellent performance. Wrong decisions might cause UBS to lose its employees even its key executives. In the time of financial crisis, it is more difficult for UBS to maintain both its employees’ job satisfaction and also its performance. This depends largely on the company’s policy and also the decisions made by the company. For instance, in Wall Street Meltdown in 2008 UBS made a US$32 billion loss and its stock value plunged by almost 70% (Gross, 2008). One of the decisions that the company made was to fire 8900 employees worldwide (â€Å"Ubs lay off,† 2008). The increased in the regulation  of financial industry such as tax on financial may also affect the performance of UBS negatively. Financial Analysts predicted that this increase in regulation will reduce the size of the industry (Adams, 2011) and this leaves UBS with no other option than cutting off the number of its employees. This decision made might negatively impact the rest of the employees as they would feel insecure in their positions. This factor can also be seen as one of the hygiene factors which lead to â€Å"dissatisfaction† and this result in the high turnover. Apart from that, the competitive nature of the industry itself intensifies the challenge faced by UBS. Due to lower bonuses that it paid to its executive in comparison to the rival companies might encourage the executives to switch company. For example, Edward Cook who has worked for UBS for 28 years decided to join Morgan Stanley very recently (Philbin, 2011) and Suneel Kamlani, who has worked for 21 years in UBS, decided to join RBS just last year (Muà ±oz, 2010). This shows that it is definitely a challenge for UBS to elicit higher levels of commitment of its employees and executives. Availability of position and better payment offered by rival companies will test the loyalty of the UBS’s employees. Hence, the high competition among banks also induces the high turnover in UBS. To reduce turnover, managers should cultivate the company’s value in the employees. This will reduce Individual-Organizational value conflict and it can be done through training sharing of the company’s vision. Managers also have to respect the psychological contract and should propose more-defined policies to company as it may reduce job dissatisfaction. In time of crisis, company may also maintain the Continuance Commitment of the employees by paying the bonuses by using the company’s share. However, all of the solutions I proposed may not be successful as they do not take into account the other external factors and the success also depends on the personal characteristics of the employees. References Shehan, Tom, S. ,. T. (n.d.). How to retain employees: a high turnover rate is costly in both direct and indirect costs. . Retrieved from http://www.allbusiness.com/management/447495-1.html Gross, D. (2008, July 07). Phil gramm’s ubs problem. http://www.slate.com/id/2194933/ Ubs lay off job cut: may fire 1900 employees. (2008, October 01). Retrieved from http://www.finance-trading-times.com/2008/10/ubs-lay-off-job-cut-may-fire-1900.html Adams, B. (2011, August 30). The big layoff: struggling financial giant fires thousands of employees. Retrieved from http://www.theblaze.com/stories/the-big-layoff-struggling-financial-giant-fires-thousands-of-employees/ Philbin, B. (2011, September 14). Street moves: morgan stanley hires rbc, ubs financial advisers. Retrieved from http://online.wsj.com/article/BT-CO-20110914-711796.html Muà ±oz, S. S. (2010, April 12). Rbs hires key executive from ubs. Retrieved from http://www.efinancialnews.com/story/2010-04-12/rbs-hires-kamlani-executive-ubs

Essay about Cancer Meds ( pharm)

Essay about Cancer Meds ( pharm) Essay about Cancer Meds ( pharm) Cancer A.Biopsy Procedure 1. Liver: have patient lie on the affected side afterwards 2. Bone marrow: hold pressue to the site for 5-10 mintues *** Be sure to use a sterile dressing over the biopsy site B.Radiation 1. Internal Radiation : have private room, warn of exposure, encourage self care, wear film badge records exposure, have a lead container in the room. Visitors cannot stay more than 30 minutes or get closer than 6 feet. No visitor can be pregnant or under 16, Remain in position to avoid dislodging the implant 2. External Radiation: skin care with mild soap, water. Don’t apply powder, ointment, lotion or perfume to the site, do not remove radiation tattoos, avoid tight clothing, do not expose skin to sun or heat Questions 1. In which situation should the nurse intervene? a. A pt with internal radiation, who’s guest is 19 years old, sneezing standing 6 feet away. b. A pt with external radiation, who is wearing a hat to avoid sun exposure c. A UAP moving the patient with internal radiation around in bed to change the linens d. A pt with external radiation who takes a bath with mild soap ANSWER: C, you wouldn’t want to move a patient around with internal radiation because it could dislodge the implant. 2. Which statement below indicates the nurse knows proper procedure after a biopsy? a. I will apply pressure to the site of a liver biopsy for 5 minutes b. I will lie a patient with a bone marrow biopsy and the affected side c. I will avoid placing any pressure on the biopsy site d. I will use a sterile dressing to cover the site. ANSWER : D Male Cancers 1. Prostate Cancer What you will see? Painless hematuria, urinary hesitancy, recurrent bladder infections, urinary retention, painful ejaculation with elevated BUN/ Creatine. Blood or bacteria in urine and a PSA above 4ng/ml Interventions: administer hormone therapy, ( Luprone, Flutaminde). use the PCA by elevating the scrotum and penis while applying ice, SCD, antiembolism stockings, instruct client on cath care. Give antispasmodics and monitor I&O Radical prostatectomy Surgery 1. Why: Prostate cancer 2. Pre- procedure: administer meds, prepare client, ensure full understanding, educate regarding complications like irreversible erectile dysfunction and refractory urinary incontinence 3. Post- Procedure: care for them similarly to an abdominal surgery, give pain meds, cath care, avoid strenuous activity avoid tub baths for 2-3 weeks. Questions Which complications are common for a radial prostactomy surgery? a. Constipation b. Erectile dysfunction c. Refractory urinary incontinence d. Pelvic pain Answers: B &C What statement made by a patient after a radial prostatectomy should the nurse correct? a. â€Å" I can’t wait to go home and take a long bath† b. â€Å" Ill need to avoid strenuous activity like weight lifting† c. â€Å" I need to avoid showers for 2-3 weeks† Answers: A &C, you want to avoid tub baths for 2-3 weeks not showers Testicular Cancer What you will see: swelling or lumps in the testes, signs of metastisis like abd masses, back pain and gynecomastia. Interventions To detect early: perform testicular self exams every month after a shower Before surgery: bank sperm After surgery: treat pain, no heavy lifting or strenuous activity for specified period Meds 1. Alkalating agents a. Use: cause cell death or mutation of malignant growth b. s/e: tremors, muscular twitching, confusion, n&v, bone marrow depression, sterility, alopecia, cystitis, cancer acute leukemia c. important info: talk to provider before receiving vaccination, report bleeding or infection, a diet low in purines is recommended, good oral hygiene with soft toothbrush, DO NOT use toothbrush when platelet count is 50,000. Reduce n & v by eating small meals and refer for dietary consult d. drugs: busulfar, carboplatin, carmustine, cisplastin, ifofamide, lomustine, mechlorethamine, melphalan,

Summarizing Research Paper Example | Topics and Well Written Essays - 1250 words

Summarizing - Research Paper Example Research done by Office of Naval Research reveals that hydrofoils in water operate on same principle as an aircraft wing (1954). The paper categorizes hydrofoil design in four types – Multiple-Foil Ladder system, Surface-Piercing V Foil system, Submerged Foil with Planing Surface Control system and Fully Submerged Foil system – and discusses their strengths and weaknesses. Analyses done based on speed and size conclude that hydrofoils are not feasible in lager size applications due to growth in foil size that increases design complexity and that they fall in the high speed category though their speeds have a certain limit. In his report on hydrofoil design, Elwyn Baker (1975) examines two super-cavitating hydrofoil models; TAP-1 and TAP-2 with his design considerations being takeoff capabilities and span-wise twist distribution. The aim was to select a two-dimensional section whose design theory and techniques are available that can be used to design hydrofoils befitting set criteria. TAP-1 is intended to operate under full ventilation while TAP-2 is desired to operate under natural cavity. By use of computer models and simulations, numerical results were obtained that upon comparison help in selecting the best shape and surface of section onto which to build the hydrofoils. Karim, Suzuki and Kai (2004) demonstrate how to optimize the design of a hydrofoil and marine propeller using micro-genetic algorithm (Â µGA) which is genetic algorithm (GA) but only covering a smaller population and fewer simple genetic parameters. Â µGA is preferred because it has faster convergence. The algorithm randomly initializes hydrofoil parameters and the generated hydrofoil is analyzed by potential based boundary element method. GA then updates the design parameters over generations to achieve improved hydrofoil meeting design constraints. It has been shown that the algorithm is successful in design

Industry analysis. Parking services Term Paper Example | Topics and Well Written Essays - 750 words

Industry analysis. Parking services - Term Paper Example QPark is focused at going international after ensuring that it meets the needs of its customers in the Philadelphia market. In order to ensure that it is ready to meet the diversified needs of global customers, QPark will rely on Porter 5 model that deals with five forces which include bargaining supplier power, competitive rivalry, bargaining power of buyers, threat of new entry and threat of substitution. By analyzing each of the Porters aspects, QPark will have the ability to face off its competitors while at the same time maintaining loyalty and trust among all the stakeholders. On supplier power, for instance QPark will access how easily the suppliers will drive up our prices in the market. Another major aspect covered by Porter is competitive rivalry. In order to be successful in Philadelphia market, we will undertake a SWOT (strengths, weaknesses, opportunities and threats) analysis to determine our position in the market. It is vital to note that there is no high level of riv alry that QPark will face in the Philadelphia market. However, in a scenarios where we face large number of competitors and where they offer similar products most likely we will have less power since buyers and suppliers will have more alternatives.2. Bargaining power of our buyers is another primary aspect that will affect our pricing strategies of our services. Some of the major aspects that will influence the bargaining power of our buyers include information availed to our buyers, the sensitivity of our customers towards our prices and our switching costs as compared to those of our customers. Our buyers will have a bargaining power. In this way they will put vital pressure on our product thus ensuring that they get a quality product that is worth their money. Despite giving our buyers opportunities to exercise their bargaining power, QPark will ensure that the business sales are enough to cover the fixed as well as variable costs incurred by the company. To address the threat o f substitution in our business, we will emulate modern technology and extensive marketing awareness campaign as well quality improvement. In this way, our customer will be more attracted to our services thus putting at bay our key competitors in the Philadelphia market. Being a major aspect by Porter model, threat of new entry will have an implication on our business3. Key threat of the new entrants is stiff competition. Additionally, the ability of other firms entering the car park industry may result to production of similar products thus making it hard for customer to differentiate QPark from its competing brands4. This implies that to create a difference between our services and those of the competitors; we will adopt an effective marketing mix that includes price, promotion, product and place. Business trends refer to those factors that will affect the ability of local and international firms to cope with their customers and to make sustainable profit. Example of business trend includes cost of input that determines whether the business is viable, raw material needed component increasing or decreasing or stable in costs. In the parking industry, business owners have to decide whether to increase the cost of goods or cope with the losses alone. Innovation is one of the key strategies being adopted in the industry. For instance, through self services which are automated in nature, QPark will be in a position to track customer’s vehicle even after default on payment. Environmental trends entail government