Louis Isadore Kahn And The Salk Institute Essays - Louis Kahn

Louis Isadore Kahn And The Salk Institute Essays - Louis Kahn Louis Isadore Kahn And The Salk Institute Louis Kahn and The Salk Institute Standing alone against the endless blue sea, the Salk Institute by Louis I. Kahn is one of a kind. Louis Kahn's Salk Institute for Biological Studies on the Pacific coast near La Jolla aspires within its own spirit to an order achieved through clarity, definition, and consistency of application(Heyer 195). To many, this magnificent structure may seem out of place, but it works well with the surrounding environment because of the spatial continuity that it possesses. The relation to the site, the tectonic characteristics, and the ideas of servant versus served, combine to achieve a great sense of order in the Salk Institute. Many of the ideas that went into the construction of this design are still utilized in architecture today. Kahn's modern design takes full advantage of the atmosphere by opening up a broad plaza between two research and lab wings providing a view of the beautiful Pacific Ocean and the coastline (Ghirardo 227). The laboratories are separated from the study areas, and each study has a view of the magnificent blue Pacific with horizontal light pouring in. This allows scientists to take a break from their frantic studies and clear their minds with a breath-taking view. In relation to this idea Kahn stated, I separated the studies from the laboratory and placed them over the gardens. Now one need not spend all the time in the laboratories (Ronner 158). The two lab wings are symmetrical about a small stream that runs through the middle of the courtyard and feeds into the ocean. This steady ban of water flowing towards the sea symbolizes the success that human can accomplish. I thought this idea had a worthy presence, considering the Salk Institute is one that promotes research and study. Thus, the courtyard is considered the faade to the sky. Kahn didn't need to dress up the land around the plan because the Salk Institute is the landscape. It is one with the site. Kahn incorporates the use of tectonic characteristics within this design in a number of ways. The materials used included wood, concrete, marble, water, and glass, and they all contributed to the Brutalist notions and simplistic plan. He believed that concrete was the stone of modern man, and therefore it was to be left with exposed joints and formwork markings (Ronner 164). Weathered wood and glass combined with the concrete to construct the outside surface. Kahn also integrated mechanical and electrical services into this architecture, which gave laboratories a new concept. These technologies were hidden in the design to continue Kahn's search for order in the plan. Ceiling and column ideas were also combined to separate the air that you breathe from the air that you throw away. Interlocking volumes are present throughout the structure, all the way down to the details on the furniture (Ghirardo 227). The servant and served spaces in the Salk Institute create a consistent order, which is evident throughout the design. The laboratories act as the served spaces, while the servant spaces are represented by the studies. All of the ideas are initiated in the studies or offices, and the research is carried out in the labs. Therefore, the servant spaces serve the served spaces. These are not the only ways that the served and servant concepts are involved in the institute. An idea that is still used to this day in all forms of architecture is the way the Kahn guides the utilities through the building in an unnoticeable manner. Served spaces and servant spaces are entirely integrated (Scully 36). Kahn also made a service floor under each laboratory which established a very flexible space, and this concept is still used today (Frampton 245). Overlooking the great Pacific, this is no ordinary office building. Louis Kahn used a combination of modern architecture with much simplicity to produc e arguably his greatest feat as an architect. A lot of concepts that he initiated in this plan are still in use all over the world today. The relation to the site, the tectonic characteristics, and the ideas of servant versus served, all work together to achieve a great sense of order in the Salk Institute. Bibliography Frampton,

Understanding Sexual Dimorphism

Understanding Sexual Dimorphism Sexual dimorphism is the difference in morphology between male and female members of the same species. Sexual dimorphism includes differences in size, coloration, or body structure between the sexes. For example, the male northern cardinal has a bright red plumage while the female has a duller plumage. Male lions  have a mane, female lions do not. Examples of Sexual Dimorphism Male elk (Cervus canadensis) grow antlers, while female elk do not have antlers.Male elephant seals (Mirounga sp.) develop an elongated snout and fleshy nose that they inflate as a sign of aggression when competing with other males during the mating season.Male birds of paradise (Paradisaeidae) are noted for their elaborate plumage and complex mating dances. Females are far less ornate. In most cases, when size differences exist between the male and female of a species, it is the male that is the larger of the two sexes. But in a few species, such as birds of prey and owls, the female is the larger of the sexes and such a size difference is referred to as reverse sexual dimorphism. One rather extreme case of reverse sexual dimorphism exists in a species of deepwater anglerfish called the triplewart seadevils (Cryptopsaras couesii). The female triplewart seadevil grows much larger than the male and develops the characteristic illicium that serves as a lure to prey. The male, about one-tenth the size of the female, attaches itself to the female as a parasite. Resources and Further Reading Folkens P. 2002. National Audubon Society Guide to Marine Mammals of the World. New York: Alfred A. Knopff.

The American children of the gilded age Research Paper

The American children of the gilded age - Research Paper Example These include the native American-Indians and the immigrant groups from Europe, Asia, Africa and Latin America. Although they are the native inhabitants of the country, the Indians were compelled to succumb to the pressure of Americanization (Monaghan 59). Meaning, the government was committed to see them get assimilated into the mainstream American culture. Having traced their roots in America, the Indians were perceived to be conservative people who were deeply rooted in their traditional activities. This included practices like hunting, traditional religious practices and many values and beliefs that were fiercely opposed by the westernized government. So, to assimilate them into the main system, the government came up with several policies. The most outstanding of these strategies was the introduction of western education amongst the Indians. It was thought that education would help in assimilating them into the desired culture. After the dramatic changes in 1865, the national government came up with the idea of establishing National Boarding Schools for the American Indians. Although it was fiercely opposed by the American Indians, the government went ahead to remove the children and forcefully take them to these institutions. Here, they would be separated from the rest of the society that might influence them to embrace their native cultural practices. By taking them to the boarding schools, the government hoped, they would get an ample opportunity to learn different aspects of European-American culture without any hindrance. In these schools, the children would learn much about Christianity, English language and all the aspects of American culture that were accepted by the government. The successful withdrawal of these children from their families would not only assimilate them into the mainstream American culture, but also put them in the right path of abandoning the aspects of the native culture

The morality of abortion Essay Example | Topics and Well Written Essays - 750 words

The morality of abortion - Essay Example It has been a question pondered for decades, possibly even millennia. Some feel that it begins at conception, the moment the sperm fertilizes the egg, and others believe life begins only once the being is viable, or can live and breathe on its own, while others argue it is at birth, once it is its own entity. In today’s society this question has taken on a much more legal realm rather than a philosophical one. Due to its validity in the argument for the morality of abortion it has become one of the hottest topics of debate today. Arguments for both sides, pro life and pro choice, can be seen in most every media outlet; from late night TV, to Presidential debates. It seems everyone has a view on this issue and all seem to want to have their say. Perhaps this is due to the fact that the human race has strong ties to its origins so in answering the question of if humans were once fetuses; many feel the answer to when life begins will also be uncovered. After researching the quest ion of, was a human being ever a fetus and the moral issue of what the arguments are for both the anti-abortionist and those who are pro-choice, the question of the morality of abortion should become clear. ... In this he argues that we could never have been something that was not a person, such as a fetus. He then takes this idea step further in saying that since only persons are moral agents and as a result have rights, no abortion ever has nor ever will violate any rights since non-persons, in this case fetuses, do not have any. This debate, though it seems logical, can hold many horrendous implications. If, in society, we view only those who are capable of rational and moral activity, as persons and therefore the only ones to have rights, many others besides the fetus could be excluded. Take for instance a man in a comma. In the comma state the man does not have the ability of ration or moral activity; he is in a sense a vegetable, same as a fetus. So according to this theory if he was an inconvenience then the plug could be pulled and it would be okay to let him die because he is not essentially a person. A new born, according to this theory, could also be deemed incapable of rational and moral activity, so in essence it is yet to be essentially a person, so therefore has no rights and if one so choose could be done away with. Another example would be a mentally handicap person, in many severe cases, the mentally handicap are incapable of rational and moral activity, therefore are they not considered essentially persons with rights. It seems that saying that only those with rational and moral activity are essentially persons and therefore have rights is a dangerous road to travel. Olson, however, takes on the view that we are not all essentially persons, but that each of us is essentially a member of the species, Homo sapiens, in short, an animal, a biological kind. He says that the properties of personhood are acquired by humans at some stage in

Othellos Downfall Essay Example for Free

Othellos Downfall Essay Males within Venetian society maintained a higher status than women and were considered to hold the power and intellect. Throughout women’s lives, they are owned by a male figure; as a young girl they are owned by the father, but once they are married they are then owned by the husband. They were also expected to portray a feminine figure, obey and respect men, remain virtuous and maintain a good status as an Elizabethan wife. Throughout Shakespeare play Othello, Iago leads Othello to believe that his wife Desdemona is being unfaithful towards him with his newly appointed lieutenant Cassio. Without confronting his wife about this accusation, he begins to prematurely punish her by treating her without respect and later on strikes her. This occurs In act 4 scene 1, and Desdemona responds to Othello by saying â€Å"I have not deserved this†. During Venetian times, physical abuse upon wives was emitted, with the wife unable to fight back. Women were also seen as something males owned. The relationship between Iago and Emilia was clearly not built on love and passion; instead it seemed to be built on Iago’s goal to gain status among piers. Iago requests many favours from Emilia such as stealing Desdemona’s handkerchief and follows Iago in a wifely duty. He does not treat her like his wife until he requires something of her. This shows how the women were used in venetian society, there was no relationship with a give and take system. Instead it was merely the men who would take from the women, and the women would just accept that, as it was the way they were raised. In Act 3 scene 3 Emilia says aloud â€Å"my wayward husband hath a hundred times wooed me to steal it†¦ I’ll have the work tane out and give’t Iago† this gives the audience the understanding that Emilia has been requested by Iago to steal the Desdemona’s handkerchief while knowing that it has some link to an evil act ,as she references her husband to a â€Å"wayward husband†. Women being seen as male owned, is also shown in Act 1 scene 3, Desdemona informs her father Brobantio that although she is grateful for all he has done for her; providing life and education. Now however, she has a husband and she will give all her loyalty to him, just as her mother gave her loyalty to Brobantio. In this scene, it is the only time in which we are shown the strong-willed, brave, outspoken and independent side of her. It was also common in Venetian society form men to be trusted over women. In act 4 scene 2, Emilia and Othello discuss of Desdemona and Casio’s relationship. Emilia defends Desdemona’s honesty, claiming â€Å"I heard each syllable that breath made up between them† and that there was nothing suspicious going on between the two of them. However despite the conversation between the two, Othello does not take any of this into account when later on he and his wife are in conversation and he refers to Desdemona as a â€Å"impudent strumpet†. This shows how women were not as trusted as men were through Othello ignoring Emilia’s evidence and choosing to believe Iago’s. The play wright’s criticism of the way women were treated in Venetian society show that they believe that in some cases, Desdemona should have defended herself when she was faced with severe provocation. She doesn’t confess to losing the handkerchief of which Othello presented to her as a token of his love. This is because of the fact that she feared the outcome of the situation if she did, as Othello has power. Her actions in response to Othello’s accusations were merely exemplary behaviour of married women in Venetian society. Desdemona is obedient towards Othello, and herself declares of it in act 3 scene 3 â€Å"I am obedient†. Throughout the play she obeys Othello commands from the early stages of marriage to the later stages of his jealous ravings. She continues to obey Othello in the act 5 when he orders her to go to the bedroom with which she replies â€Å"I will, my lord†. Down to her very last breath she remains true to Othello saying â€Å"commend me to my kind lord†. Desdemona appears to have accepted her role completely as a subordinate and obedient wife. Through the use of the willow song in the Othello, it truly re-enforced Desdemona’s grief as it would stir up the audience to feel the sadness of her as a victim and feeling empathetic towards her. The language in the song really made the audience understand her better, rather than accepting the outcome of the play, as something that was not preventable and should have been expected. In Othello, the Venetian society, moulded on the ideology of Elizabethan England, place women in their position. This is that they behave as men expect, believing this to be ‘natural’. They are considered to possessions of men and are to remain submissive and meek at all times. The only power they possess is their sexual power; however the women must remain loyal towards their husbands. This power must be resisted by men in society as it is considered evil.

Leukemia: Cancer of the Blood Essay -- Diseases, Disorders

The river of life, the blood is the body’s primary means of transportation. Blood is a part of the hematopoietic system, which also includes lymphatic tissue, bone marrow, and the spleen. Blood is a complex transport medium that performs vital pick-up and delivery services for the body by picking up food and oxygen from the digestive and respiratory systems, and delivering those vital elements to different cells of the body. In exchange of the blood and oxygen, blood then picks up wastes from the cells for delivery to the urinary organs. These functions could not be provided for the individual cells without the blood. Like any other structure of the body, blood can be attacked by many types of disease, such as Leukemia. Leukemia is a general name given to a number of blood cancers that affect the blood. Blood transports hormones, enzymes, buffers, other types of biochemicals that are important in body functions. The blood is made of plasma and formed elements. Plasma is the clear, straw-colored fluidpart of the blood. The formed elements consist of red blood cells, white blood cells, and platelets. The red blood cells (erythrocytes), play a critical role in transporting oxygen and carbon dioxide to various parts of the body, and play an important role in the homeostasis of the acid base balance of the body. The white blood cells (leukocytes), are responsible for cellular defense (phagocytosis of pathogenic microorganisms), humoral defense (secretion of antibodies involved in immune system response and regulation), and play a role in the body’s inflammatory response (secretion of Heparin and Histamine). Platelets play an important role in homeostasis of the blood and the coagulation (blood clotting). The average adult has appro... ...efinite way to prevent it from affecting the lives of many people. Fortunately, the medical world has developed many treatment options for the different types of leukemia and many people are able to survive and beat this potentially deadly cancer. Works Cited Bozzone, Donna M. â€Å"Leukemia.†Infobase Publishing Inc. 2009.11-134. CTCA Cancer Treatment Centers & Hospitals.Integrative Cancer Care.Web. 15 Jan 2012. http://cancercenter.com/. Lerner, Adrienne W. â€Å"Leukemia.†Greenhaven Press. 2009. 14-135. Leukemia and Lymphoma Society- Official Website.Web. 23 Jan 2012. http://www.leukemia.org. â€Å"Leukemia- Symptoms, Types, Causes, Diagnosis and Treatment Options for Leukemia.†WebMD- Better Information Better Health.Web. 3 Feb 2012. http://www.webmd.com/cancer/tc/leukemia-topic-overview. Parks, Peggy J. â€Å"Leukemia.†ReferencePoint Press Inc. 2010. 8-73.

The William Wrigley Jr. Company Essay

1.0   Introduction Identifying opportunities for corporate financial restructuring was typical for Blanka Dobrynin, a managing partner of the hedge fund Aurora Borealis LLC. In 2002, with the then debt free William Wrigley Jr. Company (Wrigley) in her sights, she asked her associate Susan Chandler to conduct research on the impact of a $3 billion debt recapitalisation on the company. This case report aims to make an informed recommendation on whether Wrigley should pursue the $3 billion debt proposal. 2.0 Optimal Capital Structure According to Miller and Modigliani’s (1958) first proposition, the value of a firm is independent of its capital structure, assuming no corporate taxes. It was later demonstrated that the existence of debt in the capital structure creates a debt shield that increases the value of the firm by the present value of the tax shield (Miller & Modigliani, 1963). This line of reasoning implies that debt financing adds significant value to the firm and an optimal capital structure occurs with 100% debt. However, this is an unlikely outcome in reality with restrictions imposed by lending institutions, bankruptcy costs and the need for preserving financial flexibility implying that management will maintain a substantial reserve of borrowing power (Miller & Modigliani, 1963). These imperfections have since been discussed as additional factors when determining an optimal capital  structure. The trade off theory suggests that an optimal capital structure may be achieved by determining the trade-off between tax shields and the costs of financial distress (Kraus & Litzenberger, 1973). The presence of tax shields means that the optimal capital structure decision is unique for each firm (DeAngelo & Masulis, 1980). High levels of debt can lead to indirect bankruptcy costs and financial distress costs which relate generally the costs associated with going bankrupt or avoiding bankruptcy. At high debt levels, the benefit of debt may be offset by financial distress costs. It appears that the optimal cash structure exists somewhere in the middle. Jensen and Meckling (1976) noted the existence of ‘agency costs of debt’. These costs arise when equity holders act in their own interest rather than the firm’s interest. As Wrigley is a family owned company it is unlikely that agency costs will be an issue. 3.0 Weighted Average Cost of Capital (WACC) The question that underlies the decision to pursue the debt proposal is whether Wrigley is efficiently financed without debt. In this report, the WACC will be the main factor when determining whether Wrigley is efficiently financed. The WACC is the minimum return that a company needs to satisfy all of its investors, which is also the – it is the required rate of return on the overall firm. The value of Wrigley will be maximized when its WACC is minimized. This report will examine the optimal capital structure as the one that produces the lowest possible WACC. WACC is one of the most important methods in assessing a company’s financial health, both for internal use, such as capital budgeting, and external use, such as valuing investments or companies. It is able to provide an insight into the cost of financing and can be used as a hurdle rate for investment decisions. It can also be used to find the best capital structure for the company. The WACC can be used as a rough guide to the interest rate per monetary unit of capital (Pratt & Grabowski, 2008). The WACC method can be considered a better indicator than other methods such as earnings per share (EPS) or earnings before interest and tax (EBIT) because it takes into consideration the relative weight of each component of a company’s capital structure (Armitage, 2005). The calculation uses the market values of the components rather than the book values as these values may differ significantly. The components WACC takes into consideration include internal and external factors such as equity, debt, warrants, options, pension liabilities, executive stock options and government subsidies (Hazel, 1999); whereas the EPS and EBIT calculations only take into consideration the internal factors, such as total earnings. of the company and However, the earnings reported by a company may not be a reliable value, as they tend to report more favourable values as opposed to the true amounts. However, as the WACC is calculated according to M&M theory, some of the input parameters can be difficult to ascertain. This is due to the uncertainty that exists in the market that would influence the outcome. Another issue limitation with the WACC, is that it relies on the assumption made in the M&M propositions, which do not necessarily apply in the real world. Some assumptions that do not apply include the fact that transaction costs exist and individuals and corporations do not borrow at the same rate. Referring to Appendix 1, the calculations show a slight increase in the WACC after the $3 billion debt is acquired. This change is more profound when using the 10 year US treasury rate as the risk free return – an increase from 10.11% to 10.28% for the WACC. Therefore it appears that the optimal capital structure for Wrigley would be one containinginclude no debt as this provides the lowest WACC. 4.0 Estimating the effect of the recapitalisation on: 4.1 Share value In an efficient market, it is assumed that the share price will change  quickly to reflect investors changing perceptions about the new debt issue. The effect of the recapitalisation on the share price can be summarised by Miller and Modigliani’s adjusted NPV formula: Post-recapitalisation equity value = Pre-recapitalisation equity value + Present value of debt tax shields + Present value of distress related costs + SignalingSignalling, incentive & clientele effects Assuming the debt will continue into perpetuity, the present value of the $3 billion debt would be $1.2 billion. Using the post recapitalisation value of equity incorporating the tax shield of $1.2 billion, the stock price is increased from $56.37 to $61.51. The remaining factors of this equation are very difficult to ascertain. The present value of the distress related costs could be assumed to be the value of a put option on the debt. Nevertheless, it could be assumed that financial distress costs would be negligible in Wrigley’s situation, as it is a market leader with a strong financial position. It is very difficult to estimate the cost of signalingsignalling and clientele effects and it is necessary to bear this in mind when looking at the increase on share price as it does not fully reflect all relevant considerations. 4.2 Level of Flexibility Financial flexibility refers to the ability of a firm to respond in a timely and value-maximizing manner to unexpected changes in the firm’s cash flows or investment opportunity set (Dennis, 2011). Chief Financial Officers surveyed by Graham and Harvey (2001) state that financial flexibility is the most important determinant of corporate capital structure (Graham and Harvey, 2001). A flexible capital structure can be achieved by preserving access to low-cost sources of capital. DeAngelo and DeAngelo (2011) argue that firms should optimally maintain low levels of leverage in most periods in order to be better equipped to cope with the adverse consequences of exogenous shocks. They also argue that firms should maintain low leverage and high dividend payouts in â€Å"normal† periods in order to preserve the option to borrow or issue equity in future â€Å"abnormal† periods characterised by earnings short  falls and/or lucrative investment opportunities. The financial flexibility of Wrigley will be reduced as borrowing $3 billion now will lower their ability to borrow in the future if there are any lucrative investment opportunities or cope with any unexpected exogenous shocks to the market and themselves. 4.3 Mix of Debt and Equity Considerations have to be made when evaluating the recapitalisation of Wrigley’s capital structure by adding debt. A concern of Wrigley is deciding the debt ratio which optimizes the overall value of the firm. Companies are often inclined to choose debt over equity as the cost of debt is cheaper due to the tax shield created. With the addition of $3 billion of debt in Wrigley’s capital structure, the tax shields benefit will increase the equity value by $1.2 billion. The estimation of the tax benefits are assumed under the condition that Wrigley will maintain debt value of $3 billion in perpetuity. As a result of $3 billion payout, the value of equity will decline by $1.8 billion which will be offset by the present value of the debt tax shield ($1.2 billion). Wrigley’s debt/equity level after recapitalisation will be 78% and 22% debt. The traditional view is that taking on higher levels of debt could potentially generate more earnings on positive NPV projects which could increase the company’s value. Although it should be noted that considerations have to be made at what which point, debt becomes more costly to Wrigley in terms of increased risk to shareholders. Assessing Wrigley’s optimal debt level, it suggests that the optimal point would be not taking on any debt. By taking on debt, Wrigley’s credit rating will fall from AAA to BB/B, as it would be increasing it’s risk levels of financial distress and risk of bankruptcy cost. Assessing From this, it can be recommended that Wrigley’s optimal debt level, it suggests that the optimal point would be not taking on any debt.having minimal debt. 4.4 Reported earnings per share Before the proposed recapitalisation, Wrigley will have no minimal debt. If Wrigley does not have any income, they still need to pay the interest on the debt, so EPS will be negative. Referring to Appendix 2, the two lines intersect where EBIT is $1.70 billion and EPS is $12.21. This is the break-even point – if EBIT is above this point leverage is beneficial. If Wrigley’s income was higher than $1.70 billion, they could should take the $3 billion debt. In fact, the current income is only $0.51 billion therefore according to a breakeven EBIT analysis, Wrigley should not pursue the debt. 5.0 Other matters for the board’s consideration 5.1 Effect on Voting Control Assuming the $3billion is used either for a dividend payout or share repurchase, only the second option would alter the amount of shares outstanding. The Wrigley family already controlled 21% of the common stock and 58% of the Class B common stock, which had superior voting rights attached. A $3 billion share repurchase would substantially increase the voting control of the Wrigley family, however the family was already in a majority position so voting control would not be substantially different. A strong controlling majority is highly advantageous in deterring potential mergers and acquisitions. 5.2 Clientele and Signaling effects In general, companies that take on debt signal to investors that the company is in a good financial position as it is able to make future interest repayments. If the debt were used for a dividend payout, this would signal to investors that the company is doing well and increase the stock price. However, using the debt for a share repurchase might have a clientele effect  on potential investors that prefer dividend payouts. These investors could potentially sell their remaining stock in reaction to the share buyback resulting in the stock price falling. 6.0 Conclusion The WACC indicated that taking on $3b of debt would reduce the value of Wrigley company. This value could change, provided the Wrigley company had an investment opportunity or plan to use the newly obtained debt of $3b. The WACC value may be disregarded or adjusted if Wrigley had a high NPV project to invest in or provided a specific use for the funds. However, in the current situation, there is no indication of the reasons for Wrigley to take on the debt and thus they are unnecessarily restricting their financial flexibility. This could prove costly in the future if there are any unexpected negative shocks to the market or Wrigley may miss out on a highly lucrative investment opportunity due to their inability to borrow more. Therefore it is our recommendation that the Wrigley company does not take on the $3b of new debt as it would reduce the total value of the company at this point in time. 7.0 References Armitage, S. (2005). The Cost of Capital: Intermediate Theory. Cambridge, UK: Cambridge University Press. DeAngelo H., & DeAngelo, L., (2006) Capital Structure, Payout Policy, and Financial Flexibility, University of Southern California working paper. DeAngelo, H., & R.W. Masulis. (1980) Optimal Capital Structure under Corporate and Personal Taxation. Journal of Financial Economics 8, 3-29. DeAngelo, H., DeAngelo, L., & Whited T.M., (2011) Capital structure dynamics and transitory debt. Journal of Financial Economics, 99, 235–261. Denis, D J. (2011) Financial Flexibility and Corporate Liquidity. Journal of Corporate Finance, 17(3), 667-674. J.R. Graham, & C.R. Harvey., (2001) The theory and practice of corporate finance: evidence from the field. Journal of Finance and Economics 60, 187–243. Jensen, M., & Meckling, W. (1976). Theory of the firm: Managerial behavior, agency costs, and ownership structure. Journal of Financial Economics 3, 305-360. Johnson, H. (1999). Determining Cost of Capital: The Key to Firm Value. London: FT Prentice Hall. Kraus, A., & R.H. Litzenberger. (1973) A State Preference Model of Optimal Financial Leverage. Journal of Finance (September), 911-922. Modigliani, F., & M.H. Miller. (1958). The Costs of Capital, Corporate Finance, and the Theory of Investment. American Economic Review, 48 (June), 261-297. Modigliani, F., & M.H. Miller. (1963). Corporate Income Taxes and the Cost of Capital: A Correction. American Economic Review 53 (June), 433-443. Pratt, Shannon P., & Roger J. Grabowski. (2008) Cost of Capital: Applications and Examples. Hoboken, NJ: Wiley.

In the Light of the Energy Systems Used During Prolonged

Coursework 2 Name: Mohamed Abdulwahab Exercise metabolism Title: In the light of the energy systems used during prolonged endurance events, critically analyse the nutritional strategies that a marathon runner should adopt before and whilst running a marathon in temperate environmental conditions (16-18oC). 1. Introduction: 1. 1 Energy intake: 1. 2 Fluid intake: 1. 3 Carbohydrate intake: 2. Building energy and fluid: 1. Before competition: 2. During competition: 3. Nutritional recommendation: 3. 0 Summary: 4. 0 Reference: 1. 0 Introduction:The term energy system refers to the body’s ability, or power, to do physical work. The energy system requires to do body work that takes several different forms: mechanical, electrical, light, radiant, and heat (Economos, 1993). Energy system is like matter, which can neither be created nor destroyed (Bortz, 1993). It can only be changed into another form; therefore energy is constant cycle in the body and environment (Nelson, 1993). Potenti al energy is stored energy which is ready to be used. Kinetics energy is active energy which can be used to do work (Burke, 1991). Energy balance n a physical activity requires a base of sound nutrition to supply the substrate fuels, which along with oxygen (O2) and water (H2O) meet widely varying levels of energy demand for body action (Gollan, 1991). Fuel sources are the basic energy nutrition in the diet, primarily carbohydrate and some fat (Read, 1991). Their metabolic products-glucose, glycogen, and fatty acids-provide ready fuel sourced for the chemical energy reactions within cells (Murray, 1998). The main energy compound of the body cells is needed during a marathon run is aerobic system (Horswill, 1998).It has rightly a form of energy currency of the cell. A long-term energy system, when exercising more than 2 minutes is required O2 dependant, or aerobic energy system (Pate, 1992). A constant supply of O2 in the blood is necessary for continued exercise (Branch, 1992). Espe cially cells organelles, the mitochondria are located within each cell, produce large amounts of adenosine triphosphate (ATP) (Hargreaves, 1996). The ATP is produced mainly from glucose and fatty acids and supplies the continued energy needs of the body (Dillo, 1996).When the fuel nutrition becomes depleted during exercise, as an energy demands increase the body burns blood glucose and muscle glycogen as well as reserves from fatty acids to provide energy (Angus, 1996). With prolonged exercise levels of these nutrition fail too low to sustain the body continued demands, fatigue followed and exhaustion threatens (Fabbriao, 1996). A marathon runner, energy system is defined as aerobic capacity, which depends on the body’s ability to deliver and the use of O2 in sufficient quantities to meet the demands of increased level of exercise (Coyle, 1986).O2 uptake increases with exercise intensity until either the demand is net or the ability to supply it is exceeded (Hammert, 1986). T he maximum rate that the body can take in O2, or aerobic capacity is called the Vo2max the maximum uptake volume of O2 (Ivy, 1986). This capacity determines the intensity and duration of exercise that an athlete can perform (Coyle, 1986). A long-distance race requires the sustained production of high rates of energy production, with the typical contribution of aerobic energy system varying according to the duration of the race (Costill, 1985).Aerobic metabolism accounts for the greater majority of the energy cost of long-distance events, especially half-marathon and marathon races (William, 1996). The elite level of long-distance running, particularly in males, is dominated by African runners, are outstanding competitor in half-marathon and marathon events (Wilson, 1996). 1. 1 Energy intake: Endurance athletes are involved in events where there is continuous movement for longer than 30 minutes (Burrin, 1996).Some endurance sports combine periods of slow, continuous movement with per iods of fast, quick burst of movement, and other endurance sports require continuous movement overlong-distances or time periods (Tsintzas, 1995). In the types of activity there is a premium on supplying sufficient energy and fluid to assure that the athlete does not become exhausted or over-heated from the continuous energy burn (Williams, 1995). A failure to supply sufficient energy of the right type will lead to early fatigue and poor athletic performance (Williams, 1995).The goal for the endurance athlete is therefore to establish a workable strategy for supplying sufficient energy and fluids (Williams, 1995). Before and during practice and competition to sustain muscular work for a long-duration and at the highest possible intensity (Wilson, 1995). Aerobic metabolism is the energy system of greatest importance for endurance athletes. In this energy pathway oxygen is used to help transfer phosphorus into new ATP molecules (Burrin, 1995). Aerobic metabolism occurs in the mitochon dria of the cells, where the vast majority of all ATP is produced from the entering acetyl-CoA, (Burrin, 1995).Fast can be converted to acetyl-CoA through a process called beta-oxidative metabolism pathway (Burrin, 1995). This pathway is very oxygen dependant which means that fast can only be burned aerobically (Wilson, 1995). The ability of an athlete to achieve a steady state of oxygen uptake into the cells is a function of how well an athlete is aerobically conditioned (Coggan, 1992). An athlete that frequently trains aerobically is likely to reach a steady state faster than one does not train aerobically (Coggan, 1992).In theory once an athlete reaches a level of oxygen uptake that matches oxygen requirement for the given level of exertion (Coggan, 1992). The exercise could go on for as long as the body’s carbohydrate level and fluid did not reach a critical state (Sherman, 1996). For instance a long-distance runner is in a steady state could continue running provided the runner replaced the carbohydrate and fluid that are used in the activity (Sherman, 1995). Therefore, endurance is enhanced with a periodic intake of carbohydrates and fluid during the activity (Swanson, 1992).Athletes with different levels of conditioning are likely to achieve steady state at different levels of exercise intensity (Sherman, 1995). When athletes are being well-conditioned they might be able to maintain a steady state at a high enough level of exercise intensity to easily win a race (Williams, 1995. In other words, they can go really at a fast paced but still provide enough oxygen to your cell to satisfy your aerobic needs (Swanson, 1992). 1. 2 Fluid: As athletes exercise there is an inevitable loss of body water through sweat (Economos, 1993).The cooling system plus the normal urinary water loss may amount cover 10 litres of daily water loss when exercising in a warm environment (Borts, 1993). In a hot or humid environment water losses may exceed three litres per ho ur, but may be less than 0. 5 litres per hour cool dry environment (Nelson, 1993). Despite the high rates of sweat losses experienced by athletes, most athletes replace on fifty percent of the water that is lost, a behaviour that inevitably leads to progressive dehydration and a decline in performance (Nelson, 1993).Researches have clearly demonstrated that even a slight dehydration of two percent of body weight causes a measureable decrease in athletic performance (Borts, 1993). Therefore, when athletes take steps to satisfy fluid requirements, they are helping to guarantee optimal athletic performance (Economos, 1993). 1. 3 Carbohydrate: Athletes require carbohydrate during both low and high intensity activities (Burke, 1991). When carbohydrate stores are depleted the athlete quickly becomes fatigued and performance drops dramatically (Gollan, 1991).However, since the storage level of carbohydrate is relatively low gen compared fat stores; athletes must make a conscious effort to replace carbohydrate at every opportunity (Read, 1991). When having high levels of stored carbohydrate (glycogen) and consuming carbohydrates during exercise that last up to an hour or more are well-established techniques for optimizing athletic endurance (Murray, 1998). Consuming carbohydrate during exercise helps to maintain blood sugar (glucose) and insulin, which encourages sugar uptake by working muscles (Horswill, 1998).This helps to increase the muscular metabolism of carbohydrates and also helps to assure that carbohydrates are not depleted during exercise (Horswill, 1998). The concentration of carbohydrate consumed early during endurance running may influence the degree to which the athlete gets gastrointestinal (GI), discomfort (Murray, 1998). It was found that a 5. 5 percent (13 gram of carbohydrate per 8 ounces of fluid), carbohydrate solution produced the same level (relative low) of GI distress as plain water (Pate, 1992). A 6. percent (18 gram of carbohydrate per 8 ou nces of fluid), solution, on the other hand, doubled the incident of distress when athletes were asked to perform the same exercise (Branch, 1992). In addition, only the 5. 5 percent carbohydrate solution imparted a significant improvement in performance (Branch, 1992). In a study of marathon running performance, that are running over 26 miles, were asked to consume either water, a 5. 5 percent carbohydrate solution or a 6. 9 percent carbohydrate solution on three occasions (Pate, 1992).The fastest times were recorded when they consumed the 5. 5percent carbohydrate solution, while consuming the 6. 9 percent solution resulted in times that were similar to consuming plain water (Hargreaves, 1996). Although, athletes have a tremendous need for carbohydrate, trying to provide too much too fast causes difficulties and may detract from performance (Dillo, 1996). Therefore, it appears clear that having a carbohydrate containing beverages during exercise is a very good thing to do (Angus, 1 996).Resynthesis of glycogen following activity is also important, since glycogen reserves are severely depleted following activity lasting an hour or longer (Fabbrioa, 1996). The efficiency of glycogen resynthesis is dependent on several factors, including: (1) the timing of carbohydrate intake, (2) the amount of carbohydrate consumed, (3) the type of carbohydrate consumed, and (4), the degree to which muscles has been damaged during the exercise (Fabbrioa, 1996). 2. 0 Building energy and fluid: The importance of building and maintaining energy reserves to support endurance exercise is well-established (Angus, 1996).It is very clear that endurance athlete who begins competing with more stored carbohydrates have more available at the end of the competition (Coyle, 1996). This difference alone may be enough to determine the winner. In addition, athletes who are better hydrates during competition perform better than those who are less well-hydrated (Coyle, 1996). Having optimal carboh ydrates and fluid intake does not happen automatically. It is something that must occur with foresight and planning (Angus, 1996). 2. 1 Before competition: When consuming carbohydrates prior to exercise, there is improved performance.The general recommendation is for athletes to consume between 800 to 1200 calories during the hours that precede competition (Costill, 1985). Foods consumed prior to competition should be foods that have been consumed without difficult prior to training (Costill, 1985). Trying to improve carbohydrate status before a competition by trying out new foods, like gels or sports drinks is an almost guaranteed formula for competitive disaster (Costill, 1985). Consumption of fluids prior to competition is also important and since glycogen storage requires additional fluids carbohydrate consumption should lways take place with substantial fluid intake (William, 1996). Since it is common for athletes to drink only when thirsty a conscious effort should be make to consume fluids even when not thirsty (William, 1996). Getting and staying well-hydrated may be the single most important thing athlete can do to assure good athletic performance (Wilson, 1996). Since it is almost impossible to adequately replace all fluids lost during training or competition it is useful for athletes to enter the exercise in a well-hydrated state (Burrin, 1996).It is impossible to become well-hydrated during exercise if athlete enters the exercise poorly hydrated to begin with (Burrin, 1996). Assuming that ample fluids have been consumed during the day leading up to the re-competition or practice athletes should consume an additional 10 to 13 gram of fluid approximately two hours before the exercise begins (Wilson, 1996). After this fluids should be consumed every 15 to 30 minutes to maintain prior to exercise (William, 1996). The athlete will know if you’ve adequately hydrated yourself by checking on the colour of the athlete urine (Tsintzas, 1995).Dark urin e suggests that athlete is not well-hydrated, while clear urine suggests that athlete is well-hydrated (Stanzas, 1995). Using sports beverages (lucazad) prior to exercise is useful because they provide the two things athletes need the most: carbohydrates and fluids (William, 1995). Since carbohydrate is typically the limiting energy substance (that will run out before fat or protein runs out) in exercise (William, 1995). When starting exercise with more of it is in the tissues should aid exercise endurance (William, 1995).In low-intensity but long-duration exercise, fat may be the primarily fuel, but fat requires carbohydrates to burn completely (Singh, 1995). In either case, when carbohydrates (glycogen stores and blood glucose) are depleted, exercise performance is dramatically reduced (Wilson, 1995). This basis behind carbohydrate loading is to put as much carbohydrate in the tissue as they can hold (Wilson, 1995). 2. During competition: A marathon race where fluid are available at regular intervals, the athlete should take full advantage of each fluid station and consume fluid (Burrin, 1995).Since water is constantly being lost, frequent and regular consumption of fluid helps to maintain the body water level (Burrin, 1995). To understand how much fluid an athlete needs to consume during practice or competition, a log should be maintained with the amount of fluid consumed and the beginning and ending weight of the athletes (Sherman, 1995). If an athlete consumes 26 gram during practice and weighs 26 gram less at the end of practice than at the beginning this athletes should learn to consume an additional 26 gram of fluid during practice or competition (Sherman, 1995).Consumption of fluids that contain carbohydrates is important during exercise or competition and properly designed sport beverages can benefit in providing both fluid and carbohydrates quickly (Coggan, 1992). Carbohydrate solution of between 5 and 6 percent delivers both the carbohydrate and th e fluid quickly (Swanson, 1992). A higher carbohydrate concentration slows delivery to the muscles by delaying gastric emptying and may increase the risk of gut upset (Swanson, 1992). A small amount of sodium helps drive the desire to drink and in so doing helps to assure that the athlete stays better hydrated (Coggan, 1992).Sodium may also benefit in getting the water and carbohydrate absorbed more quickly as well as helps to maintain blood volume (Economos, 1993). Maintaining of blood volume is an important predictor of athletic performance (Economos, 1993). There is some evidence that hyponatremia (low level of blood sodium), which results from large losses of sodium in sweat that goes unreplaced, occurs endurance and ultra-endurance events (Borts, 1993). This is a rare but a serious condition that may result in comas, or death (Nelson, 1993). The beverage should be taste good to the athlete.The taste sensation may be altered during exercise so there is no guarantee that a fluid, athlete enjoys drinking while exercising. Make sure that an athlete tries different flavours during exercise to determine what is best liked. The carbohydrate should be from a combination of glucose and sucrose. Beverages containing predominantly fructose increase the risk of creating gut upset. 2. 3 Nutritional recommendation: There are several rules of nutrition that apply here. Among them is the idea of the need to consume a wide range of variety of foods to assure that the body is exposed to all of the essential nutrients (Burke, 1991).On the backside of this rule, there is another benefit. By consuming a wide range of variety of foods, athletes can avoid being exposed to any potentially toxic substances that are more prevalent in some foods (Gollan, 1991). Therefore, eating a wide range of variety of foods is a good nutritional rule to live by (Read, 1991). Another rule is the idea that it is possible to eat too much of something, even if athletes think it’s good for th em (Read, 1991). Learning to balance the diet through variety will help ensure the body of both proper maintenance and adequate nutrient intake (Gollan, 1991). 3. Summary: In general, athletes with long training schedules should focus on the consumption of diets that are high in carbohydrate and should develop a drinking habit that frequently delivers fluids to the body. While fats, constitute a major proportion of burned energy for endurance (aerobic) activities the storage capacity for fat is relatively high for even the leanest athletes. The storage capacity for carbohydrate, however, is limited. Since fats require some carbohydrate to be completely burned, the limited storage capacity for carbohydrate cam limit the body ability to burn fat during exercise.To overcome this limitation athlete should be constantly vigilant to keep body stored of carbohydrate at maximal levels before activity begins and should replace carbohydrate during activity throughout whatever means are availa ble. A failure to supply suffienct carbohydrate before and during endurance activity will significantly reduce athletic performance. 4. 0 Reference: †¢ Economos, D. , Borts, Z. , and Nelson, R. 1993. Nutritional practices of elite athletes. Sports. Med. 16:383. †¢ Burke, L. , Gollan, R. , and Read, R. 1991. Dietary intake and food use of groups of elite Australian male athletes. Int. J. Sports Nutr. 1:378. †¢ Murray, R. and Horswill, A. , 1998. Nutrition requirements for competitive sports. In nutrition in exercise and sport, 3ed. 521-558. †¢ Pate, R. , and Branch, D. 1992. Training for endurance sport. Med. Sci. Sports Exer. 24:S340. †¢ Hargreaves, M. , Dillo, P. , Angus, D. , and Fabbraio, M. 1996. Effect of fluid ingestion on muscle metabolism during pro-longed exercise. J. Appl. Physiol. 80:363-6. †¢ Coyle, E. , Coggan, A. , Hammert, M. , and Ivy, L. 1986. Muscle glycogen utilization during pro-longed strenuous exercise when fed carbohydrate. J. App l. Physiol. 61:165-172. †¢ Costill, D. 1985. Carbohydrate nutrition before, during, and after exercise.Fed. Proc. 44:364. †¢ William, C. , Wilson, W. , and Burrin, J. 1996. Influence of carbohydrate supplementation early in exercise on endurance running capacity. Med. Sci. Sports Exerc. 28:1373-1379. †¢ Tsintzas, O. , Williams, C. , Singh, R. , Wilson, W. , and Burrin, J. 1995. Influence of carbohydrate-electrolyte drink on marathon running performance. Eur. J. Appl. Physiol. 70: 154-6. †¢ Sherman, M. 1995. Metabolism of sugars and physical performance. Am. J. Clin. Nutr. 62:228S. †¢ Coggan, A. , and Swanson, S. , 1992. Nutritional manipulations before and during endurance exercise: effects on performance. Med. Sci. Sports Exerc. 24:S331.

Evaluation Essay Sample on Segway Mobility and Its Testing

Evaluation Essay Sample on Segway Mobility and Its Testing 1.0 Introduction The Segway Human Transporter (HT) is a unique two wheel, self balancing locomotion device. It was designed to allow humans to move more quickly, cover more distance, and carry more than they could by walking. The manufacturer asserts that the Segway can go anywhere one can safely walk. The maximum speed a Segway can travel is 12.5 mph, which is about 3 times the average walking speed. The Segway Mobility Evaluation was initiated with the concept that if the Segway could provide convenience for the everyday person, perhaps it is versatile enough to enhance the tasks of military personnel. Military personnel are often presented with situations that deem the use of full sized military vehicles inconvenient or even impossible, yet it would be advantageous to have use of a device that would provide for greater versatility than walking. With its small size and its capability for speed, the Segway appears to be such a device. However, military personnel are often situated on surfaces and terrains that pose a greater challenge to maneuvering over than the average person faces. The paths can be rough, scattered with obstacles, and may include a variety of surface irregularities. Hence, it was necessary to determine if the Segway HT would still provide convenience if placed in an environment that is rougher and less predictable than the environments it was designed for. 2.0 Summary of Test Plan In order to obtain performance results that would be meaningful to the military, it was important to conform the Segway testing to a set military standard. The NATO Reference Mobility Model II (NRMMII) is a series of algorithms used by the US Army and other North Atlantic Treaty Organization (NATO) countries to compute the maximum velocity of a specific vehicle over a specific terrain. It is a comprehensive program that computes the maximum possible speed of the vehicle for a variety of different variables including tire pressure, tire type, ground terrain, and obstacles. The variables applicable to the Segway testing included tire type, terrain type, surface roughness, and obstacles. Other things to note are: battery life, dismounts, weather conditions, damage to Segway, and rider comfort. 2.1 Terrain Categorization The NRMMII specifies 8 different terrain types: primary road, secondary road, sand soil on trail, other soil on trail, operation in snow on trail, sand off-road, other soil off-road, and snow off-road. Given physical limitations, snow was unavailable for use at the time of testing. Additionally, the other soil on trail and other soil off-road categories were omitted because of obscurity of definition and limited terrain type in the designated test area (Seaside, SSC San Diego). Self-Imposed definitions of the terrain types allowed testing of the other four types within the limited testing area. Primary road is defined as any maintained paved road. Secondary road is defined as un-maintained paved road or maintained gravel road. Sand soil on trail is characterized as compacted sand that does not show significant ruts upon Segway crossing. Uncompacted (loose, uncompressed) sand located off trail is designated as sand off-road. 2.2 Surface Roughness The term surface roughness is used here to describe the relative quantity of surface irregularities in the terrain. In this experiment, a quantitative estimate of roughness was obtained by laying a yardstick flat on the terrain and measuring the difference in height between the yardstick and two lowest points (to the nearest Ã'Ëœ inch). This was repeated along the entire length of the test course and the values were then averaged and the standard deviation computed. The average value was then placed into one of five predetermined ranges: 0-.2, 0-.5, 0-1, 0-1.5, or 0-2, inches. For each terrain type, two or three distinct areas were found each of which fell into a different range of roughness. 2.3 Obstacles For testing purposes, an obstacle was defined as an object at a height greater than or equal to .75 inches that impedes the motion of the Segway. Obstacles encountered in nature include rocks and vegetation. Additionally, other varieties of objects may be stumbled upon on maintained roads. Since obstacles vary greatly in size, shape, and location, it would be difficult to obtain informative results by performing tests on geographical obstacles. Hence, to evaluate the Segway’s performance over obstacles, a set of model obstacles was created for testing purposes. The obstacles consisted stacking several 2 x 4 pieces of lumber and a 0.75 inch thick sheet of plywood in various combinations to attain different heights. Additional pieces were added until the Segway was no longer able clear the obstacle. 2.4 Tire Type For the initial testing, three different tires were tested. The standard Segway HT tires (the tires that come with the Segway), the Segway HT enhanced traction tires, and Dunlop D739 dirt bike tires. Since the Segway tires are tubeless, in order to use the Dunlop D739 tires, it was necessary to modify the Segway rims by drilling a hole through the plastic to accommodate a tire inner tube (size 3 x 14 inches). The Dunlop tires are mini bike tires of size 14 90/100, while the tires designed to be used with a Segway are 14 65/100. In order to install the Dunlop tires, the Segway fenders had to be removed. As a safety precaution, new fenders were fabricated using Segway e-series bag mounting brackets and slightly alternating their shape to accommodate the Dunlop tire. The onboard software of the Segway was not updated from the original configuration to accommodate the larger tires. 2.5 Experiment Set Up Before testing could begin, it was necessary to explore the testing area for assorted terrain types and roughnesses. Regions were sketched out and marked on a map of the Seaside division of SSC San Diego (appendix VI). The course length for each test varied from 30 feet to 72 feet. The boundaries were marked off with cones and two pieces of rope to facilitate timing. For the testing of the Segway over obstacles, the plywood was arranged in such a way that it wouldn’t shift during testing (see photo). The course length for obstacles was set at 92 inches (7.67 feet). 2.6 Testing Procedures The Segway was driven over the surface roughness course length three times in each direction. Time was recorded using a stop watch with accuracy of 1/100 of a second. The 6 obtained times were then averaged and an average speed computed. Similarly, for obstacle testing, the tester rode the Segway over the obstacle course 3 times in succession and time was recorded. The obstacle course consisted of a 7.67 foot long track with the obstacle in the center of the course. For obstacle testing, given that there was often be multiple attempts before passing over the obstacle, the actual distance covered varied from test to test (depending on how many runs it took to overcome the obstacle). Although â€Å"speed† is technically defined as the change in distance over the change in time, for comparative purposes and to simplify data analysis, â€Å"speed† was freely defined to be the course length (displacement) divided by the total time it takes to complete the test.

Near East vs Middle East

Near East vs Middle East Near East vs Middle East Near East vs Middle East By Maeve Maddox Readers often encounter the term Near East and wonder how the term differs from Middle East. Near East is the earlier term and, like Far East, was coined from the western perspective of European writers. The earliest example of the use of Near East in the OED is dated 1856. The earliest use of middle East to refer to the countries of Mesopotamia is dated 1876. The first example in which middle is capitalized is dated 1900. According to the AP Style Guide, the countries of the Middle East are Iran, Iraq, Israel, Kuwait, Jordan, Lebanon, Oman, Bahrain, Qatar, Saudi Arabia, Syria, United Arab Emirates, Yemen, Egypt, Sudan, and the eastern part of Turkey. Noting that popular usage once distinguished between the Near East and the Middle East, AP recommends using Middle East unless a story source uses the term Near East. Here are some quotations from newspapers: The near-east side, compared to what it was when we first moved down there in 2000, its night-and-day different. You have new home The Middle East is one of the most diverse regions in the world. Despite some turmoil in the region, many countries are considered safe for The Middle East is one of the most interesting regions to travel to, due to the diversity of the people and a fascinating ancient history. Although Want to improve your English in five minutes a day? Get a subscription and start receiving our writing tips and exercises daily! Keep learning! Browse the Expressions category, check our popular posts, or choose a related post below:The Yiddish Handbook: 40 Words You Should Know"Latter," not "Ladder"7 Sound Techniques for Effective Writing

Case Management Plan (Nursing) Essay Example | Topics and Well Written Essays - 2500 words

Case Management Plan (Nursing) - Essay Example Case as an organizer of care delivery and research has been commonly used in practice settings, and this is often person centred. This is one systematic approach to the presently advocated holistic paradigm of nursing care. Before going to present the assessment, analysis, and care plan based on the case management approach, it is important to know why it is important. The idea is to improve the ability of the health care systems to respond efficiently to the demands or needs of the older people like Mrs. Chang. It has greater implications than are apparent. Studies have indicated that most elderly people despite considerable debility prefer to stay at home, while the models of cost-effective care are shortening the lengths of hospital stay. Care in the community has, thus, gained significant importance. Case management approach may be the first step towards successfully achieving this (Brown et al., 2005, 1-32). Mrs. Chang is an elderly woman with 82 years of age with late stage parkinsonism. She is thin and frail. On the baseline, she has late stage parkinsonism, although the exact clinical features are not highlighted in this case study. This condition is characterized by gradual slowing of voluntary movement, muscular rigidity, stooped posture, and distinctive rigid gait. Over and above that, she has evidence of rheumatoid arthritis of both hands. As indicated in the history, she tripped and fell in the bathroom; this impairment of mobility may get accentuated with her rheumatic disease. Although not highlighted in the case history, a thorough examination of all her joints is mandatory to indicate the status of age-related osteoporosis and osteoarthritis, which would further aggravate her problem of mobility. During this admission, she was admitted since she sustained a fall at home in the bathroom, and she has been admitted to the hospital for observation and further evaluation. Her cur rent medications have not been mentioned, but she has been on ibuprofen. This indicates her baseline chronic pain, which may further compromise her mobility. The impaired mobility is further accentuated by the fact that at home, she stays with her husband who is older than her by 4 years, who himself may be frail enough to be insufficient to help her out in these activities at home. The patient will express feelings of increased comfort, decreased pain and will be able to perform activities of daily living within the confines of the disease and will maintain joint mobility and range of motion while exhibiting adaptive coping behaviour. Improvement in muscle strength and endurance would be the goal (Burgess-Limerick, 2003, 143-148). An impaired nervous system can manifest in many ways, from subtle weakness to drastic loss of

A comparison of Boeing & Airbus Essay Example | Topics and Well Written Essays - 1500 words

A comparison of Boeing & Airbus - Essay Example Here the researcher has discussed the operational management and strategies of two leading aircraft manufacturing companies. Therefore, researcher mainly stressed on five key aspects of operational performance objectives which are quality, speed, dependability, cost and flexibility. The various components of the operational management techniques have been discussed in details with emphasis on indispensable ingredients which can help the buyers. The quality assurance techniques need to be supervised and monitored in such a way so that the end results can be delivered in accordance with the proposed or assured quality. The speed is an important in the airlines industry. So, the researcher draws a comparison between the speeds of two companies. Finally, the flexibility, cost and dependability will discuss to highlight the operational efficiencies. Introduction In present corporate scenario, the international business management plays a crucial role to manage the business network (operat ion management) across the globe. So, most of the companies introduce innovative strategies to enhance the business network and reduce the competition. In this sense, strategic management is an integral part of international business management. ... Strategic management provides sustainability to a business entity in the competitive market. It gives a clear picture to the employees about their job culture and co-relates it with the organizational goals. Operational strategy helps in increasing the productivity of the firm and maximizes the skills of the employees by introducing new work cultures and providing new area of work. Thus, strategic management is beneficial to a firm in various important aspects. This study will throw light on the contribution of strategic operations management as well as the operational performance of two leading airlines company Boeing and Airbus (Owen and Maidment, 2009 p.142). Company overview Boeing Boeing is one of the largest aerospace companies in the World. The corporate office of the Boeing is established in Chicago. The company is specialised for manufacturing commercial jetliners and defence, space and security systems. This is the top exporter which attaches with the 150 countries’ allied governments and airlines companies. The product and service range of the company includes military and commercial aircraft, weapons, satellites, lunch system, defence and electronics system, communication and advanced information systems and performance based training and logistics. The aerospace company is traditionally specialised in innovation and leadership. The primary objective of the company is to meet the emerging customer needs through its continuous expansion of the product line. There are 170000 employees are connected with the business network throughout the world. The operational efficiency of Boeing shows the quality of the employee force. There are two customized business unit i.e. Boeing Commercial Airplanes and Boeing Defence, Space & Security. The company also has