Be a Powerful or Powerless Woman

Be a Powerful or Powerless Woman? In â€Å"The Englishwoman†, Ruth Prawer Jhabvala writes about Sadie, a fifty-two-year-old Englishwoman who leaves her husband and children behind after her marriage with her husband for thirty years. Sadie goes back to her home country, England, to spend the rest of her life since she is not satisfied with the stifling life in India. Sadie feels disappointed when life in India is not the same as she expected, which she experiences in a culture clash between Indian culture and her own.However, in Isabel Allende’s â€Å"The Judge’s Wife†, Casilda is presented as a powerful woman in front of her husband, Judge Hidalgo. When Judge Hidalgo sets up a trap for Nicolas Vidal, the leader of a gang of bandit, by caging his mother, Juana the Forlorn, Casilda goes to save her. In their seven years of married life, it was the first time that Casilda had gone against Judge Hidalgo. After the sudden death of Hidalgo, Casilda gives hersel f completely to Nicolas Vidal, who is willing to sacrifice his life for her, in order to gain time for her children.Sadie decides to leave her family and marriage behind because of her powerless status within her husband’s culture; whereas Casilda holds great power against her husband and Nicolas Vidal. Due to the conflict between the culture of Sadie’s husband and her own, the Englishwoman despairs of the unbearable life in India. Although Sadie has been married to an Indian for thirty years, it seems that she has no power or influence in the family. Jhabvala says that, â€Å"Her husband’s family enjoyed and abetted her attempts to become Indian.A whole lot of them – mother-in-law, sister-in-law, aunts, cousins, and friends – would cram into the family car† (1258). It shows that Sadie’s husband has a large family, hence Sadie loses her hostess’s status and the other family members seem to have more rights than her. Moreover, S adie starts living in this family with quite a lot of family members, and she needs to follow the rules, style and culture of the Indian family. In short, Sadie, as an Englishwoman, cannot adapt the Indian’s culture and because of the big family, she shows no status and influence in the family.This may be one of the reasons why Sadie decides to leave the Indian family. In addition to the culture clash, roles of other relatives like the mother-in-law, aunts, even the servants are more important than Sadie when her son, Dev, was sick. Jhabvala states that, â€Å"He lay burning in the middle of a great bed, with his eyes full of fever; he was very quiet except for an occasional groan. All the women in the house had gathered round his beside and all were giving advice and different remedies† (1260).When Sadie notices that all women in the house come to her son’s bedroom, she realizes that she is insignificant in the family, even less important than the servants. Jha bvala describes that some women sit on the chairs and some sit on the floor. This implies that the room of Dev is flooded with the relatives and servants. Besides, Sadie cannot bear the mother-in-law, who is still smoking and reading a novel, squatted cross-legged on the end of Dev’s bed. Sadie feels sad for her son since she thinks the women who cram into her son’s bedroom are stifling her son and that he cannot breathe too.Other than that, Sadie remembers when she was sick in her childhood, â€Å"the only person who ever came in was her mother when it is time for her medicine† (1260). Thus, Sadie thinks that she should be the only person to look after her son instead of the crowd of relatives and servants. The Englishwoman finds that she loses her status of a mother for taking care of her ill son and this brings up a foreshadow that aids her to leave the Indian family In contrast with Jhavala’s story, Casilda holds a lot of power over her husband, Judge Hidalgo, and she influences his overall behavior after she married to him.Judge Hidalgo is a severity, stubbornness man and â€Å"didn’t have the slightest notion of how to go about pleasing a woman† (1226). Although Judge Hidalgo is twice as Casilda’s age, she is happy and she gave birth to three lovely kids after their marriage. Also, Allende states that, â€Å"he flung off his gloomy apparel, rollicked with his children, chuckled as he sat Casilda on his lap† (1227). He becomes a caring husband and lovely father for Casilda and their children after Casilda married him. Casilda not only influences her husband’s behavior towards family, but also transforms his character from a stubborn mind to a mercy thought.After Judge Hidalgo sets up a trap for Nicolas Vidal, which put Vidal’s mother, Juana the Forlorn, in a specially made cage for three days with a jug of water; Casilda brings food and water to save her. Initially, Judge Hidalgo ignore s the people who â€Å"plead with Judge Hidalgo for Christian mercy and to beg him to spare the poor old innocent woman such a frightful death† (1229). In other words, though people protest the way of setting this trap by caging the ill-treated old woman, the Judge doesn’t change his mind at all. Yet, Allende says that â€Å"Judge Hidalgo himself opened the cage to elease the prisoner† (1229) because of Casilda’s begging. In their seven years marriage life, it is the first time that Casilda uses her power to challenge with Judge Hidalgo because she wants to persuade him to become a lenient man. This proves the importance of Casilda’s status in her husband’s mind and completely influences her husband’s personality to make him become a merciful man. Using her power and grandeur, Casilda finds a cliff for hiding her three children so as to avoid being killed by the Vidal's party, and tries her best to satisfy Vidal as to gain more time f or her children.To his surprise, Nicolas Vidal realizes that Casilda is the first person who faces him without fear in his life. Moreover, Casilda focuses on gaining time for her children by pleasuring Nicolas Vidal. At last, Casilda begged Nicolas Vidal to escape since the soldiers are going to kill him. However, Allende says that, â€Å"Nicolas Vidal chose to fold her in a last embrace, thus fulfilling the prophecy that had sealed his fate from the start† (1231). Nicolas Vidal gives himself up to exchange for the last embrace because of Casilda, the only woman who influences him most of his life and is willing to sacrifice his life for her.To conclude, Sadie attempts to become an Indian in the beginning of her marriage life. However, she fails and leaves her husband and children behind due to her helpless status and the differences between the culture of her husband and her own. On the other hand, Casilda uses her great power to influence her husband’s behavior and N icolas Vidal who was even willing to lose his life for her. Among these different situations, the two women have no opportunity to choose between a powerful or powerless woman because their life is destined by fate.

Analysis Of Hydrocarbon Essay

Abstract In the analysis the solid-phase microextraction (SPME) and capillary gas chromatography/mass spectrometry (GC/MS) was developed for the identification of volatile compounds (hydrocarbon) in fuel. The samples was used is (kerosene, diesel, thinner and petrol) and one unknown. After the analyte was extracted by SPME in 20min, it directly injected to the GCMS with desorption time 80sec.After the analysis was done, the result was stated at table 4.1, the unknown was identified as a petrol because the hydrocarbon presence in the unknown is the same with the hydrocarbon compound in the petrol sample. Aromatic hydrocarbon was presence in both sample petrol and unknown. Alkanes hydrocarbon was presence in other sample. Objective The objectives of this experiment are to perform sample preparation by SPME and to identify the components of hydrocarbon in common fuel using SPME-GC-MS. Introduction Solid phase microextraction, a simple, effective adsorption/desorption technique, eliminates the need for solvents or complicated apparatus for concentrating volatile or nonvolatile compounds in liquid samples or headspace. SPME is compatible with analyte separation/detection by gas chromatography or HPLC, and provides linear results for wide concentrations of analytes. By controlling the polarity and thickness of the coating on the fiber, maintaining consistent sampling time, and adjusting several other extraction parameters, an analyst can ensure highly consistent, quantifiable results from low concentrations of analytes. Analyses of volatile or semivolatile organic environmental pollutants,flavor or fragrance components, and many other samples usually begin with concentrating the analytes of interest through liquid-liquid extraction, purge-and-trap, headspace, or various other techniques. These procedures typically require excessive time, complicated equipment, and/or extravagant use of organic solvents. Solid phase microextraction, or SPME,* an adsorption/desorption technique developed at the University of Waterloo (Ontario, Canada), eliminates the need for solvents or complicated apparatus for concentrating volatile or nonvolatile compounds in liquid samples or headspace. SPME provides linear results over wide concentrations of analytes (1-4), is compatiblewith any packed column or capillary gas chromatograph or gas chromatograph-mass spectrometer system, and can be used with split/splitless or direct/packed injectors. An SPME/HPLC interface allows the technique to be combined with analysis by HPL C, expanding the applications for the extraction technique to detection of surfactants in water, pharmaceuticals in biological fluids, and many other analyses. An analytical process typically consists of several discrete steps: sampling, sample preparation, separation, quantification and data analysis. For example, in the analysis of semivolatile components in water, the target analytes are first extracted into an organic solvent. The resulting solution is then introduced into an analytical instrument for separation, quantification, and possible identification. Each of these steps affects the precision, accuracy and speed of the analysis. Although multi-dimensional techniques such as gas chromatography/mass spectrometry (GC/MS) have improved separation and quantification, the preparation step is still time consuming and often uses a significant volume of organic. SPME was developed to simplify the preparation step. SPME is a microextraction technique, which means that the amount of extraction solvent is very small compared to the sample volume. As a result, exhaustive removal of analytes to the extracting phase does not occur, rather an equilibrium is reached between the sample matrix and the extracting phase. To make this approach practical, the extracting phase is permanently attached to rods made out of various materials. In most of the cases, the extracting phase is a polymeric organic  phase that is cross-linked and permanently attached to the rod. In one configuration, the rods consist of an optical fiber made of fused silica, which is chemically inert. A polymer layer is used to protect the fiber against breakage. Two common polymers used are poly (dimethylsiloxane) and polyacrylate. Poly (dimethylsiloxane) behaves as a liquid,which results in rapid extraction compared to polyacrylate, which is a solid. The silica rods have a typical diameter of 100–200 micrometers and a film thickness ranging from 10–100 microns. When the coated fiber is placed into an aqueous matrix (Figure 1), the analyte is transferred from the matrix into the coating. The extraction is considered to be complete when the analyte has reached an equilibrium distribution between the matrix and fiber coating. The equilibrium condition can be described as: n = Kfs Vf Vs Co Kfs Vf Vs when n is the amount extracted by the coating Kfs is the distribution coefficient between the fiber coating and the sample matrix, Vf is the volume of the fiber coating, Vs is the volume of the sample, and C0 is the initial concentration of analyte in the sample. FIGURE 4.1: Microextraction with SPME. SPME passively extracts organic compounds and concentrates them onto a thin, fused-silica ï ¬ ber coated with a stationary-phase material. The component in sample was identified by comparing with the mass spectra library. The quality of a component must taken 90% and above. There are three different extraction modes for SPME: I.  Direct: Fiber is placed in the water or air sample and the analytes are adsorbed onto or absorbed into the ï ¬ ber coating directly from the sample matrix. II.  Headspace: Sample of soil or water is placed in a vial. The SPME ï ¬ ber is placed in the air directly above the water or soil, and analytes partition from the sample matrix through the air to the ï ¬ ber coating. The air in the vial serves as a barrier between the SPME ï ¬ ber and the sample matrix to protect the SPME ï ¬ ber and eliminate fouling by high molecular-weight compounds and other non-volatile interferences in the sample media. III.  Membrane: uses a membrane to protect the SPME ï ¬ ber from heavily contaminated samples that may damage the ï ¬ ber. Figure 4.2: Schematic diagram of the headspace SPME apparatus. Sample: Unleaded petrol, diesel, paint thinner, kerosene and unknown. Apparatus: SPME holder with 100 ÃŽ ¼m polydimethylsiloxane (PDMS) fibre. Instrument: Gas chromatograph (Agilent Technologies 5890 Series II) Equipped with HP 5971A mass selective detector and a 30m x 0.25ÃŽ ¼ x 250 ÃŽ ¼m HP 5 – MS capillary column and glass vials with septum. Procedure Instruments Set up Injector temperature : 250 oC Detector temperature : 300 oC Carrier gas flow rate : 30 ml/s Column temperature : 60 oC to 170oC at 10oC/min 1. The fiber (PDMS) was conditioned in the GC injection port at 250oC for at least 10 minutes to removed contaminations. 2. Approximately 5 mL of unleaded petrol was added in a glass vial and place the vial on a hot plate. The sample was heated to 50oC. 3. The SPME fiber was exposed to the headspace of the vial for 20 minutes and the temperature was constant at 50oC. 4. The fiber was withdraw into the needle and pulled out from the vial and immediately injected into GC-MS with desorption time 80 seconds. 5. Using the mass spectra library, the major component compound in each sample was identified using the mass spectra library. 6. Step 2 until 5 were repeated for other sample. Discussion The solid phase microextraction process is shown in Figure 4.3. 1cm length of fused silica fiber, coated with a polymer, is bonded to a stainless steel plunger and installed in a holder that looks like a modified microliter syringe. The plunger moves the fused silica fiber into and out of a hollow needle. To use the unit, the analyst draws the fiber into the needle, passes the needle through the septum that seals the sample vial, and depresses the plunger, exposing the fiber to the sample or the headspace above the sample. Organic analytes adsorb to the coating on the fiber. After adsorption equilibrium is attained, usually in 2 to 30 minutes, the fiber is drawn into the needle, and the needle is withdrawn from the sample vial. Finally, the needle is introduced into the gas chromatograph injector, where the adsorbed analytes are thermally desorbed and delivered to the GC column, or into the SPME/HPLC interface. Results compare very favorably to results for other sample preparation. Figure 4.3: Solid Phase Microextraction In SPME, equilibria are established among the concentrations of an analyte in the sample, in the headspace above the sample, and in the polymer coating on the fused silica fiber. The amount of analyte adsorbed by the fiber depends on the thickness of the polymer coating and on the distribution constant for the analyte. Extraction time is determined by the length of time required to obtain precise extractions for the analytes with the highest distribution  constants. The distribution constant generally increases with increasing molecular weight and boiling point of the analyte. Selectivity can  be altered by changing the type of polymer coating on the fiber, or the coating thickness, to match the characteristics of the analytes of interest. In general, volatile compounds require a thick coating, and a thin coating is most effective for adsorbing/desorbing semivolatile analytes. Desorption of an analyte from an SPME fiber depends on the boiling point of the analyte, the thickness of the coating on the fiber, and the temperature of the injection port. Nonpolar analytes are most effectively extracted with a nonpolar fiber coating and polar analytes are most effectively extracted with a polar coating, just as nonpolar or polar analytes are most effectively analyzed on a gas chromatography column of like polarity. In SPME however, because only 1cm of fiber is exposed to the sample matrix, the fiber coating must be either nonpolar or strongly polar in nature. The small differences in stationary phase polarity that are useful in gas chromatography (a 5% diphenylsiloxane/95% dimethylsiloxane phases versus a 100% dimethylsiloxane phase, for example) will not produce appreciable selectivity differences in SPME. The polydimethylsiloxane (PDMS) is the non- polar stationary phase that has been used in this experiment. The –R groups are all –CH3, giving a liquid that is relatively nonpolar. In general, polar fibers are used for polar analytes and nonpolar fibres for non-polar analytes. Before proceed the analysis, the sample must be heated to make the sample attach to the fibre. The fibre was put into the vial that contains the sample. The vial was heated by using the water bath at 500C this was done because if the temperature was not strictly controlled, the components of interest from t he sample that we wanted to collect will not be able to obtain. We controlled the temperature by adding cold water inside the water bath system if the temperature goes high, reduced the amount of water, and also increased the hot plate’s temperature if the temperature goes low than 500C.Before placing the fibre into the sample vial through its septum, the fibre was first injected into the injection port of the GCMS at temperature of 2500C for 10 minutes so that any interferences and contaminants can be effectively removed. By doing this, we actually want to make sure that no impurities existed on the fibre. Thus, we can be sure that we are actually  injecting pure vapor of sample’s components obtained from exposing the fibre to the headspace of the vial. After the extraction time was completed, we transferred the fibre immediately to injection port for injection purpose, as we did not want any of the components of sample that we collected to be disappeared into the surrounding. After the extraction time was completed, we transferred the fibre immediately to injection port for injection purpose, as we did not want any of the components of sample that we collected to be disappeared into the surrounding. After 80 seconds of injection, the fibre was pulled out from the injection port. The 80 seconds period is known as desorption time. The factors that effects on determining desorption times are carrier gas linear flow and temperature. These factors will influence the carryover experience on the fibre. There are several factors that effects on precision of the fibre such as condition of the fiber, GC injector (fibre positioning), desorption time, sample volume, agitation, extraction time and temperature. During the experiment, there were source of error occurred such as personal and methods error. For example, when heated, the temperature was not maintained at 50oC. Besides, the fibre was not quickly injected into the GC-MS which can cause the sample to vaporize and in the end the analytes disappear. To get the best result, ensuring the fibre and sample is heated longer and maintain the temperature at 50oC so that the compounds of sample can attached and coated to the fibre. SPME has several important advantages compared to traditional sample preparation techniques. The advantages of SPME discuss. The SPME method for semivolatile analysis consists of inserting the fiber device into the aqueous sample matrix, pushing the plunger to expose the fiber, retracting the fiber into the needle when equilibrium has been reached, and finally introducing the fiber into the analytical instrument. During desorbtion of the analyte, the polymeric phase is cleaned and therefore ready for reuse. The absence of solvent in SPME is an important feature, as it is not only environmentally friendly but makes the separation faster, which increases throughput and allows for the use of simpler instruments. Another important  feature of SPME is its small size, which is convenient for design. Another important feature of SPME is its small size, which is convenient for designing portable devices for field work. Since the amount of extracting phase is small, the equilibrium of the system is not disturbed and can therefore be studied. Very small objects can be studied with miniature fibers, such as a single flower or even a single cell. The sensitivity and limit of determination is comparable to techniques that rely on liquid extraction. Although only a small portion of analyte is extracted from the matrix, all extracted analytes are transferred to the analytical instrument. This is in contrast to liquid extractions, where the majority of analyte is transferred from a given sample to the organic phase but only a small portion (1/100 or 1/1000) of the extracted analyte is introduced to the analytical instrument. The analyte if the sample non volatile the other extraction method can achieve by placing the SPME fiber directly into the aqueous sample. Conclusion In conclusion, since hydrocarbon is volatile compound, the extraction procedure by placing the SPME fiber in the headspace above the sample can extract the analyte and directly injected to the GCMS, the components in the sample can be identified using the GCMS where we can compare the obtained spectra with the instrument’s library. From the experiment we are successfully determine the compounds that present in the thinner, kerosene, diesel and petrol. The hydrocarbons that present in unknown are similar to those in kerosene because it is quite similar in chromatography diagram.Besides, the sample are not quality so that the result that we obtain is not accurate a bit because of oftenly used. Recommendations 1. Washing the injector properly so that, no contaminate will occurred. References 1. http://www.sciencedirect.com/science 2. www.geocities.com/hpgc/chem700/spmenotes.pdf

Pro-Choice Versus Pro-Life Research Paper Example | Topics and Well Written Essays - 1000 words

Pro-Choice Versus Pro-Life - Research Paper Example There is no end in sight to the pro-life versus pro-choice argument. The pro-life argument is against the practice of abortion and the legalizing of abortion. In the pro-life argument, the main point of view is surprisingly supported both by religion and science. The religious perspective is that life begins at conception. It is a gift of God and human beings do not have the right to deny this life from seeing the light of day. This makes abortion tantamount to murder. Science supports this argument through its findings that the fetus starts to display several determinants of life at a very early stage. Thus the main basis of the argument against abortion is based on the fetus as an individual life separated from that of the mother, and that it is wrong to destroy such life. It also goes on to argue that abortion is the denial of the right to life of the fetus, and by abetting abortion, society would be guilty of denial of the rights of the fetus The other perspectives against abortion include the harm that abortions cause the mother and the impact of abortions on society. Abortions are unsafe and can lead to severe complications for the woman immediately after the abortion, or in terms of long term complications, including the dreaded breast cancer. Other complications could be demonstrated at the time of delivery of a child, should the woman choose to have a baby later. The impact on society lies in two arguments. The first is the economic costs to society as a result of abortion. The second argument is that if the fetus is morally expendable, child abuse is bound to arise. Instead of abortion, avoidance of unnecessary pregnancies could be brought about through the use of contraceptives or abstinence from sexual activity. (2) Â  

Case study Coursework Example | Topics and Well Written Essays - 2000 words

Case study - Coursework Example Some of the products which fall into this category are computer servers, automobile products and aircraft. In the context of automotive products or car industry, Build to Order (BTO) is considered as an approach, where the production takes place when a confirmed and validated order is received from the end consumer. The end customer refers to the individual who places an order for the product to the company. However it must not take into account any orders by the national sales companies, point of sales or dealers, bulk orders, original equipment manufacturer, or any other middle man in the entire supply chain. It should be also noted that BTO does not take into consideration any kind of production or manufacturing of the orders which are in the pipeline. As the pipeline approach embraces further sophistication and is often termed as build to stock (BTS) system or build to forecast (BTF) strategy towards production. Traditionally, there were several manufacturing approaches. However the most common form was the lean production method. Lean manufacturing or production is considered to be one of the traditional approaches of production. ... tant aspects of this production strategy are as follows: - Just in time production (JIT) Kaizen (Continuous improvement) Cell production Zero defect production and Total Quality Management (TQM). Time based management Simultaneous engineering Quality Circles (Cutcher-Gershenfeld et al., 1998, p.75) There are many differences between the two approaches of car production. The differences come in the form of marketing, logistics, production, customer relationship, managing uncertainty, suppliers and also finished goods inventory. For example in the Build to Order approach the production system focuses on the supply chain flexibility and customer demand. On the other hand, the traditional approaches mainly focuses on stable and level schedules, and also concentrates on fixed order line-up. Some of the other differences between the traditional approaches and build to order approach are presented in a tabular form below. Table 1 – Differences between traditional approaches and build to order supply chains Factor Build to order approach Traditional approach Suppliers Responsive Lead times are long Logistics Non differentiated and mass approach Customized, reliable and fast approach Marketing Pull the customers Push the customers (Source: Deloitte, 2008) To what extent is the Product Life Cycle framework useful to explain the emergence of â€Å"build to order† manufacturing? Answer 2: - In the last few decades, there has been phenomenal growth and investment in the area of product life cycle management. Companies are exploring the opportunities to fully harness their assets and streamlining product lifecycle processes like never before. The theory of product life cycle was developed in the early 1950s. The primary rationale behind the development of this theory is to uncover

Substantive EU Law-Free Movement of Goods and Parallel Imports Essay

Substantive EU Law-Free Movement of Goods and Parallel Imports - Essay Example As a result, EU states will not impose any trade restriction on member states in relation to imports and exports of goods (Dedman 2010). Even after fifty years, the objectives of EU have not been achieved. The free movement of goods within the EU is still a complicated perspective. There are various hurdles which impede the free movement of goods in the European Union. The main hurdle among them is interpretating general provision of the technical barriers under Article 28 and 29 by the European Court of Justice (the ECJ). Another hurdle is related to the exceptions to the general provisions of Article 28 and 29 that is based on Article 30 and the mandatory requirements of Cassis de Dijon which is arising from the ECJ (Lelieveldt and Princen 2011). Furthermore, parallel import is one of the major phenomena in the international trade because on one hand, it follows market laws strictly and on the other, it is not completely controlled by the law. The dilemma is that producers want to maintain a difference in the prices of goods among different countries, whereas consumers want to pay same price. Here, parallel import can be defined as goods which are produced and sold legally and then exported. There is nothing illegal about the parallel imported goods but as native entrepreneurs sell same goods at higher price, they don’t like this completion. ... free movement of goods, services, capital and people. EU’s internal market is very favorable to increased competition, larger economies of scales and increased specialisation, hence factors of production and goods are freely moved in areas where they are highly valued. Free Movement of Goods One of the major principles of the European Union’s internal market is free movement of goods. This principle deals with removal of national barriers to the free movement of goods within EU. In various fields, such barriers have been removed through harmonisation, like medical devices, vehicles, gas appliances, pharmaceuticals, metrology, chemicals, electrical equipments, construction products, toys, textiles, pressure equipments, footwear, and cosmetics. Excluding special circumstances, harmonisation of legislation and provisions of Articles 28 and 29 of the EC treaty control the member states in relation to imposing intra-community trade barriers. These articles can exercise direc t effect and applied by national courts (Pitiyasak 2010). Mutual recognition principle also leads its way through these provisions. It implies that if the sector is non-harmonised then goods which are legally marketed and accepted in another member state must be accepted by every member state. The application of this principle can only be challenged in some exceptional cases, like environmental issue, health and public safety. In such cases, even the derogatory measures are considered to control the free movement of goods (Andenas and Roth 2002). All measures along with Article 28 and Article 29 are having equivalent effect between the member states in relation to imposing quantitative restrictions on imports, exports and

Questions Chapter 5 & Chapter 6 Assignment Example | Topics and Well Written Essays - 1500 words

Questions Chapter 5 & Chapter 6 - Assignment Example The companies would adopt globalization strategies when seeking to strengthen their position in the global market by increasing their market share and brand awareness. The process of a firm going global begins with export-import activity, then minimal change in operation or management, then direct overseas investment to be followed by the most involved phase of substantially increasing foreign investment. Therefore, companies globalize so as to benefit from technologies and industries from abroad. These reasons have been categorized as proactive or reactive or both by Pearce and Robinson (2012). Proactive reasons for globalization are the reasons that a company initiates and later on followed by other players in the industry. These reasons include search for additional resources, economies of scale, power and prestige, synergy, attraction by incentives, need for new and expanded markets, protection of home market and to exploit firm-specific advantages. On the other hand, companies c ould be driven by reactive reasons to globalize where a trend set by a competitor would be adopted. The reactive reasons for firms going global include trade barriers, international customer demand, international competition, chance and regulation. In spite of both reasons being practiced in the modern business environment, proactive reasons have been noted to yield more beneficial long-term returns. ... As such, plans to be adopted by the overseas markets would be developed at the home office using procedures and polices similar to those employed in the domestic market. Such firms would therefore have an international division or export department. When the culture of the country where strategy would be implemented dominates the decision making process, a polycentric orientation would be said to have applied. The domineering philosophy would be that the local techniques and personnel would be best suited to deal with the local market. Therefore, each subsidiary established in the overseas markets would operate independently with its own strategies. Thirdly, a regiocentric orientation perceives each region as a different market. It applies where the parent company attempts to blend its predispositions together with those of the region where the strategy would be implemented so as to reach a region-sensitive compromise. Objectives would be negotiated between the headquarters and the r egional headquarters and also between this regional headquarters and its subsidiaries. Finally, a geocentric orientation would adopt an approach of global systems in the process of decision making with the aim of achieving global integration. This perception of the entire world as one market enhances the development of standardized strategies that would project a uniform image for the products of the company and the company itself. 7.) Explain the control problems that are faced by global firms. One of the major problems facing global firms would be the fact that the adopted financial policies aim at furthering the goals and objectives of the

Econ 4020 reaction 12-13 Term Paper Example | Topics and Well Written Essays - 500 words

Econ 4020 reaction 12-13 - Term Paper Example However, the total nation debt has kept on fluctuating with different administration implementing significantly different economic policies. In 1919, the participation of the USA in the World War I escalated the total national debt from $6 billion to slightly above $27 billion. The period marking 1920s was characterized by increased levels of private sector spending. As a result, the government generated excess revenue that lead to reduction of the national debt to $16.9 billion. Rate of unemployment also reduced drastically; the nation almost achieved full employment. Unfortunate, in 1929, another great recession invaded the economy as the private spending started to decline. The rate of unemployment too increased (Davidson, 2010). The total national debt continued to increase and by 1936, its ratio to GDP was approximately 4:6. Notably, irrespective of the high debts the USA economy still grew significantly. The period marking World War II (1941-1945), the USA government expenditure drastically increased due to the massive funding of the war. What is interesting is that while the total national debt increased by over 500%, the GDP also doubled. It is recorded that the period that marked the ending of World War I saw each American household have improved standards of living. There was not negative effect of the war as was speculated. The lesion learnt from the historical economic review of the USA is that there should not be fear in spending huge amount of money that results into high debts. The theoretical evidence provided in this paper justifies that the USA economy mostly thrives in times of recession and great depression. Keynes theory suggests that spenders (government) should increase aggregate market demand through spending heavily. This will go along way into creating more job opportunity and at the same time generating additional profits that can be reinvested to grow the economy (Davidson, 2010). The idea is