MGM465-0801A-05 Business Strategy - Phase 3 Individual Project Essay

MGM465-0801A-05 Business Strategy - Phase 3 Individual Project - Essay Example On the other hand, the huge size of the company is also a great problem. Above all, their distributors are not feeling good to work with them. Taking the above statement in which the company’s strength and weakness are shown the very first step the company should adopt is to launch a cost-leadership strategy. This strategy requires such steps that will lower its operational cost. As mentioned above that they have old manufacturing plants, showing that they lack technological advancement. The company needs to enhance their technological advancement that will lower their labor cots. The labor cost in western countries is very high. The famous companies are now substituting human labor with latest CNC machines. These machines have more operational productivity and provide flexibility. Therefore, company needs to enhance their technologies and should place new plant rather the old one. This technological advancement will provide sufficient affect on the cordless product thus improving the sales of cordless. As the company does not know clearly about its market share and for this they have to develop Research & Developme nt department for efficient research on the market in order to know the exact information. The company must adopt the vertical integration as their distributors are not good to be with them. On the other hand, the huge size of the company is also a great problem. And that is because the poor management or due to the huge product line. While to solve the problem the company should adopt the strategy of mass customization. The mass customization will allow the company to produce those products that are demanded by the customers and stop producing the products that are causing the extra cost. The company needs to know that which product is producing more profit in the end. The company’s biggest strength is the demand of products and its brand. So if the company launches the strategies

Designing a plan for collaboration Research Proposal

Designing a plan for collaboration - Research Proposal Example This demographic data is vital to the proposed collaborative plan as social status and lifestyle characteristics will impact the level of community involvement in the proposed collaborative program development and implementation. Reno maintains considerable volumes of city services designed to facilitate a higher quality of living for its citizens and improve the development capacity of the city. Some of these services related to community function include recreation facilities, the Neil Road Recreation Center, Summer Discovery Youth Camps, and the Community Assistance Center offering shelter and counseling facilities for disadvantaged or at risk citizens (reno.gov). These services are supported by the City Council, the Civil Service Commission, and the Recreation and Parks Commission (reno.gov). Coupled with the high presence of community-minded services is the Neighborhood Advisory Board designed to act as a forum for citizens to lodge complaints or propose suggestions on improving lifestyle in Reno (reno.gov). Active involvement of citizens in improvement objectives are welcomed and required in order for the collaborative program to find ultimate success. High instances of school violence and gang presence in Reno have created considerable community-level problems and impact the city budget significantly. It is proposed for Reno city officials to collaborate with the Washoe County School District, an organization that maintains a very low drop-out ratio in grades 9-12 that is far below the national average (education.com, 2008). Coupled with collaboration between the Regional Gang Unit, affiliated non-profits, and direct community involvement, a plan has been developed to prevent school violence and provide services to reduce gang presence in Reno. There are currently no services in place to provide this support for school and gang-related delinquency and this impacts budget and community lifestyle due to its neglect

Corn Cob Leaves Biomass Biosorption Industrial Wastewater Environmental Sciences Essay

Corn Cob Leaves Biomass Biosorption Industrial Wastewater Environmental Sciences Essay Corn cob and corn leaves waste is an affordable adsorbent for the removal of industrial contaminants like heavy metals. The present research work is designed to characterize the biosorption of Cr (III) and Cr (VI) from industrial waste using Corn cob and corn leaves waste biomass. Batch experiments will be carried out for the sorption of Cr (III) and Cr (VI) by using Corn cob, as well as entrapment in Na-alginate polymeric matrix. The effect of important operational parameters such as initial pH, initial metal concentration and contact time will be evaluated. Physicochemical parameters will be determined before and after biosorption and conditions will be optimized. Metal contents before and after biosorption will be analyzed using atomic absorption spectrophotometer (AAS). The morphology of the surface of Corn cob and corn leaves biomass will be observed with a scanning electron microscope (SEM). Results will be analyzed using mean  ± and standard error of mean, to determine the p roper sorption the data will be fitted to equilibrium and kinetic model. INTRODUCTION The treatment of high volumes of wastewater containing low concentrations of pollutants is becoming increasingly important as discharge regulations become more stringent. The treatment and disposal of liquid effluents from leather tanning and textile industries are a serious problem due to their Cr(III) contents (Kotas et al.2000). Although Cr(III) is less toxic than Cr(VI), a cancer-causing agent, Cr(III) may be a toxic metal when present at high concentrations (Blasiak et al.2000). Since heavy metal ions are not biodegradable, they are usually removed from the contaminated water by physical or chemical treatment processes. Conventional treatment methods (precipitation, membrane separation, ion exchange, reverse osmosis and electrolysis etc.) are not often feasible because of high treatment cost, the need for continuous input of chemicals, and the production of toxic sludge (Akar et al. 2006). However these techniques proved ineffective in remaining within Cr(III) discharge limits (1-2mg/dm3) of industrial effluents (Geundi et al 1997). As a result, the use of alternative treatments such as ion exchange, carbon adsorption, membrane filtration, electroseparation, and bioaccumulation has been applied in polishing these effluents (Alves et al 1993). However, such processes may be ineffective and extremely expensive. Bioadsorption, on the other hand, is an emerging technology that also works to overcome the selectivity disadvantages of traditional decontamination pr ocesses. (Unz et al 1996). Biosorption technology is based on the interaction between toxic metals and the binding functional groups on the cell wall structure of the microorganisms or plants. These are mainly composed of polysaccharides, lipids and proteins. Biosorption has recognized as a potential alternative method over the conventional separation techniques. This process utilizes live, dead, pretreated and immobilized forms of biological cells like bacteria, fungi, yeast, algae and agriculture waste as sorbent materials (Gadd, 1990). Removal of heavy metals from wastewaters through adsorption, particularly biosorption, has emerged as an alternative technology. A variety of biomaterials and microorganisms have been explored by researchers for biosorption and bioaccumulation including fungi and agriculture waste materials (Fourest et al 1994). Biosorption may occur actively through metabolism or passively through some physical and chemical processes. A biosorbents immobilization procedure is necessary for the industrial application of biosorption [7].Immobilization of the agriculture waste in some suitable matrix like silica gel, polyurethane or alginate has proved useful in industrial application. The physical entrapment of the agriculture waste inside a polymeric gel in the form of beads is one of the most widely used techniques for immobilization which not only tackles the above problem but also provides mechanical strength, rigidity and porosity characteristics to the biosorbents. Further, the metal can be reco vered from the loaded beads using appropriate desorption techniques, thereby, minimizing the possibilities of environmental contamination (Lu et al 1995). Everywhere in the world corn are cultivated as important crop. Corn is Pakistans third most important cereal after wheat and rice. The use of corn in Pakistan for direct human consumption is declining, but its utilization in the feed and wet milling industry is growing at a much faster pace than anticipated. Currently, sufficient corn is grown in Pakistan for domestic needs and there is neither a surplus nor deficit in corn grain supplies. Currently except potato maize is the most profitable, stable and dependable agricultural crop in Pakistan. (Tariq et al 2010). Corn cob and corn leaves are one of the most plentiful and important agriculture waste in maize cultivation accounts for up to 50% of the total corn seed production. Immature cobs are boiled and eaten as corn on the cob or the grains may be removed and eaten as vegetable, or it may be canned. More mature cobs are roasted. The cobs are used for fuel, smoking pork products, and are also as source for charcoal (Sultana et al. 2007). , c The present study is designed to study the usefulness of immobilized corn cob and corn leaves agriculture waste biomass as a biosorbent for Cr(IIl) and Cr(Vl) from aquous industrial waste from tanneries to evaluate the effect of different experimental variables like pH, initial metal concentration and contact time. After biosorption the morphology of the surface of corn cob and corn leaves biomass with a scanning electron microscope (SEM) will be observed. AIMS AND OBJECTIVE: The present study is aimed: To investigate the potential of dried corn cob and corn leaves biomass and entrapment of biomass in Na-alginate polymeric matrix. To study the biosorption of Cr(III) and Cr(VI) from aqueous solution. To observe the effect of different conditions such as pH, initial metal concentration and time required for establishment of equilibrium. To evaluate the various methods for improving the metal ion removal capacities of corn cob and corn leaves. REVIEW OF LITERATURE: Krishna et al. (2005) studied the possibility of using moss (Funaria hygrometrica), immobilized in a polysilicate matrix as substrate for speciation of Cr(III) and Cr(VI) in various water samples has been investigated. Experiments were performed to optimize conditions such as pH, amount of sorbent and flow rate, to achieve the quantitative separation of Cr(III) and Cr(VI). During all the steps of the separation process, Cr(III)was selectively sorbed on the column of immobilized moss in the pH range of 4-8 while, Cr(VI) was found to remain in solution. The retained Cr(III) was subsequently eluted with 10 ml of 2 mol là ¢Ã‹â€ Ã¢â‚¬â„¢1 HNO3. A pre-concentration factor of about 20 was achieved for Cr(III) when, 200 ml of water was passed. The immobilized moss was packed in a home made mini-column and incorporated in flow injection system for obtaining calibration plots for both Cr(III) and Cr(VI) at low ppb levels that were compared with the plots obtained without column. After separat ion, the chromium (Cr) species were determined by inductively coupled plasma mass spectrometry (ICP-MS) and flame atomic absorption spectrometry (FAAS). The sorption capacity of the immobilized moss was found to be 11.5 mg gà ¢Ã‹â€ Ã¢â‚¬â„¢1 for Cr(III). The effect of various interfering ions has also been studied. The proposed method was applied successfully for the determination of Cr(III) and Cr(VI) in spiked and real wastewater samples and recoveries were found to be >95%. Anjan et al.(2007). analysed Biosorption of Cr(VI) using native strains of cyanobacteria from metal contaminated soil in the premises of textile mill. Biosorption reported as a function of pH (1-5), contact time (5-180 min) and initial chromium ion concentration (5-20 mg/l) to find out the maximum biosorption capacity of alginate immobilized Nostoc calcicola HH-12 and Chroococcus sp. HH-11. The optimum conditions for Cr(VI) biosorption are almost same for the two strains (pH 3-4, contact time 30 min and initial chromium concentration of 20 mg/l) however, the biomass of Chroococcus sp. HH-11 was found to be more suitable for the development of an efficient biosorbent for the removal of Cr(VI) from wastewater, as it showed higher values of qm and Kf, the Langmuir and Freundlich isotherm parameters. Both the isotherm models were suitable for describing the biosorption of Cr(VI) by the cyanobacterial biosorbents. Gao et al. (2008) analysed the removal of Cr(VI) from aqueous solution by rice straw, a surplus agricultural by product . The optimal pH was 2.0 and Cr(VI) removal rate increased with decreased Cr(VI) concentration and with increased temperature. Decrease in straw particle size led to an increase in Cr(VI) removal. Equilibrium was achieved in about 48 h under standard conditions, and Cr(III), which appeared in the solution and remained stable thereafter, indicating that both reduction and adsorption played a part in the Cr(VI) removal. The increase of the solution pH suggested that protons were needed for the Cr(VI) removal. A relatively high level of NOà ¢Ã‹â€ Ã¢â‚¬â„¢3 notably restrained the reduction of Cr(VI) to Cr(III), while high level of SOà ¢Ã‹â€ Ã¢â‚¬â„¢24 supported it. The promotion of the tartaric acid modified rice straw (TARS) and the slight inhibition of the esterified rice straw (ERS) on Cr(VI) removal indicated that carboxyl groups present on the biomass played an i mportant role in chromium remediation even though were not fully responsible for it. Isotherm tests showed that equilibrium sorption data were better represented by Langmuir model and the sorption capacity of rice straw was found to be 3.15 mg/g. Li et al. (2008) investigated the comparative study on adsorptions of Pb(ll) and (CrVl) ions by free cells and immobilized cells of Synechococcus sp. ,in which different aspects including Zeta potential of the cells, the influence of pH, temperature and initial concentration of metal ions, as well as adsorption kinetics and mechanism were referred. The lyophilized free cells have a surface isoelectric point at pH 3, and the correlative experiment indicates that there is an electrostatic adsorption feature of Cr(Vl) and Pb(ll). The immobilization of the free cells by Ca-alginate does not significantly modify the adsorption features of the biosorbent. The absorption processes of Cr(Vl) and Pb(ll) on both free and immobilized cells are apparently affected by pH and the initial concentration of metal ions in the bulk solution, but are much weakly affected by temperature in the test range of 10à ¢- ¦C-50à ¢- ¦C. The slow course of biosorption follows the first order kinetic model, t he adsorption of Pb(ll) obeys both Langmuir and Freundlich isotherm models, while the adsorption of Cr(Vl) obeys only Freundlich model. FT-IR results indicate that carboxylic, alcoholic, amide and amino groups are responsible for the binding of the metal ions, and reduction of Cr(lll) to Cr(Vl) takes place after Cr(Vl) adsorbs electrostatically onto the surface of the biosorbents. Park et al. (2008) analysed agricultural biowastes such as banana skin, green tea waste, oak leaf, walnut shell, peanut shell and rice husk, banana skin screened as the most efficient biomaterial to remove toxic Cr(VI) from aqueous solution. X-ray photoelectron spectroscopy (XPS) study revealed that the mechanism of Cr(VI) biosorption by banana skin was its complete reduction into Cr(III) in both aqueous and solid phases and partial binding of the reduced-Cr(III), in the range of pH 1.5-4 tested. One gram of banana skin could reduce 249.6 ( ±4.2) mg of Cr(VI) at initial pH 1.5. Namely, Cr(VI)-reducing capacity of banana skin was four times higher than that of a common chemical Cr(VI)-reductant, FeSO4.7H2O. To diminish undesirable/serious organic leaching from the biomaterial and to enhance removal efficiency of total Cr, its powder was immobilized within Ca-alginate bead. The developed Cr(VI)-biosorbent could completely reduce toxic Cr(VI) to less toxic Cr(III) and could remove alm ost of the reduced-Cr(III) from aqueous phase. On the basis of removal mechanisms of Cr(VI)and total Cr by the Cr(VI)-biosorbent, a kinetic model was derived and could be successfully used to predict their removal behaviors in aqueous phase. In conclusion, our Cr(VI)-biosorbent must be a potent candidate to substitute for chemical reductants as well as adsorbents for treating Cr(VI)-bearing waste waters. Alez et al. (2009) investigated the biosorption of Cr(III) onto packed columns of Agave lechuguilla using an advective-dispersive (AD) model and its analytical solution. Characteristic parameters such as axial dispersion coefficients, retardation factors, and distribution coefficients were predicted as functions of inlet ion metal concentration, time, flow rate, bed density, cross-sectional column area, and bed length. The root mean square error (RMSE) values 0.122, 0.232, and 0.285 corresponding to the flow rates of 1, 2, and 3 (10à ¢Ã‹â€ Ã¢â‚¬â„¢3)dm3 minà ¢Ã‹â€ Ã¢â‚¬â„¢1, respectively,indicated that the AD model provides an excellent approximation of the simulation of lumped breakthrough curves for the adsorption of Cr(III) by lechuguilla biomass. Therefore,the model can be used for design purposes to predict the effect of varying operational conditions. Chen et al. (2010) analysed Cr(III) ionic imprinted membrane adsorbents Cr(III)-PVA/SA) by blending sodium alginate (SA) with polyvinyl alcohol (PVA). In these new membrane adsorbents, polyethylene glycol was used as porogen, and glutaraldehyde was the cross-linking agent. Our new developed membrane adsorbents can be used without centrifugation and filtration. To investigate the adsorption kinetics of Cr(III) ions from aqueous solution onto this newly developed Cr(III)-PVA/SA, we performed a batch of experiments under different conditions by changing the concentration of Cr(III) ions in the Cr(III)-PVA/SA, pH value of the solution, adsorbent dose, initial Cr(III) ions concentration, adsorption temperature and contact time. Our Cr(III)-PVA/SA exhibited the maximum Cr(III) ions uptake capacity of 59.9 mg/g under the following conditions: 0.078 wt% of Cr(III) ions in the Cr(III)-PVA/SA, solution pH value of 6.0, adsorbent dose of 0.5 g/L, the initial Cr(III) ions concentration of 50 mg/ L, at 25 à ¢- ¦C. To study the mechanism of adsorption process, we examined the intra-particular diffusion model, Lagergren pseudo-first-order kinetic model and pseudo-second-order kinetic model, and found pseudo-second-order kinetic model exhibited the best correlation with our experimental data. Furthermore, our adsorption equilibrium data could be better described by the Langmuir equation. Competitive adsorption studies of the binary system of Cr(III)/Cu(II), Cr(III)/Cd(II) and the ternary system of Cr(III)/Cu(II)/Cd(II) were also investigated using Cr(III)-PVA/SA, the results indicated that selectively adsorbed amount of Cr(III) ion on Cr(III)- PVA/SA is significantly higher than that of Cu(II) and Cd(II) ions. We also used five times consecutive adsorption-desorption experiments to show that the Cr(III)-PVA/SA has high adsorption and desorption efficiencies. Huang et al.( 2010) studied a new approach for the preparation of tannin-immobilized adsorbent by using mesoporous silica bead as the supporting matrix. Bayberry tannin-immobilized mesoporous silica bead (BT-SiO2) was characterized by powder X-ray diffraction to verify the crystallinity, field-emission scanning electron microscopy to observe the surface morphology, and surface area and porosity analyzer to measure the mesoporous porous structure. Subsequently, the adsorption experiments to Cr(III) were applied to evaluate the adsorption performances of BT-SiO2. It was found that the adsorption of Cr(III) onto BT-SiO2 was pH-dependent, and the maximum adsorption capacity was obtained in the pH range of 5.0-5.5. The adsorption capacity was 1.30mmolgà ¢Ã‹â€ Ã¢â‚¬â„¢1 at 303K and pH 5.5 when the initial concentration of Cr(III) was 2.0mmolLà ¢Ã‹â€ Ã¢â‚¬â„¢1. Based on proton nuclear magnetic resonance (HNMR) analyses, the adsorption mechanism of Cr(III) on BT-SiO2 was proved to be a che lating interaction. The adsorption kinetic data can be well described using pseudo-first-order model and the equilibrium data can be well fitted by the Langmuir isothermal model. Importantly, no bayberry tannin was leached out during the adsorption process and BT-SiO2 can simultaneously remove coexisting metal ions from aqueous solutions. In conclusion, this study provides a new strategy for the preparation of tannin-immobilized adsorbents that are highly effective in removal of heavy metals from aqueous solutions. Kathiravan et al. (2010) studied the external mass transfer effects on the reduction of hexavalent chromium (Cr(VI)) using calcium alginate immobilized Bacillus sp. in a re-circulated packed bed batch reactor (RPBR). The effect of flow rate on the reduction Cr(VI) was studied. Theoretically calculated rate constants for various flow rates were analyzed using external film diffusion models and compared with experimental values. The external mass transfer coefficients for the bioconversion of Cr(VI) were also investigated. The external mass transfer effect was correlated with a model of the type JD = K, Re (1-n). The model was tested with various K values and the mass transfer correlation JD = 5.7, Re=0.70 was found to predict the experimental data accurately. The proposed model would be useful for the design of industrial reactor and scale. Ansari et al. (2011) immobilized Rosa centifolia and Rosa gruss an teplitz distillation waste biomass using sodium alginate for Pb(II) uptake from aqueous solutions under varied experimental conditions. The maximum Pb(II) adsorption occurred at pH 5. Immobilized rose waste biomasses weremodified physically and chemically to enhance Pb(II) removal. The Langmuir sorption isothermand pseudosecond- order kinetic models fitted well to the adsorption data of Pb(II) by immobilized Rosa centifolia and Rosa gruss an teplitz. The adsorbed metal is recovered by treating immobilized biomass with different chemical reagents (H2SO4, HCl and H3PO4) and maximum Pb(II) recovered when treated with sulphuric acid (95.67%). The presence of cometals Na, Ca(II), Al(III), Cr(III), Cr(VI), and Cu(II), reduced Pb(II) adsorption on Rosa centifolia and Rosa gruss an teplitz waste biomass. It can be concluded from the results of the present study that rose waste can be effectively used for the uptake of Pb(II) from aqueous streams.

Comparing The Sick Rose by William Blake and Fog by Carl Sandburg Essay

Comparing "The Sick Rose" by William Blake and "Fog" by Carl Sandburg In this assignment I will gracefully compare and contrast two short poems. In my selection for the poems, I kept in mind that the two poems needed to have something in common metaphorically or thematically. After many hours of browsing I came upon two poems that contained an ultimately strange connection metaphorically and in content. Interestingly, the two also had numerous differences. The first poem I encountered was "The Sick Rose" written by William Blake in 1794. Soon after, I read "Fog" (1916) by Carl Sandburg and I began to notice an exciting connection filled with various exceptions of chief differences. Although the poems were written more than a century apart from each other, after rereading them numerous times, they left me with an unimaginable amount of thinking and writing ground. Comparison   Ã‚  Ã‚  Ã‚  Ã‚  The two poems "The Sick Rose" and "Fog" are very much alike in the sense that they both use the introduction of weather and animals to shape the poem and give the reader a sense of displeasure. In "The Sick Rose" the poet introduces a worm and storm and in "Fog" the poet uses the fog and a cat. The subject matter is perhaps similar in these two poems with the fact that both poems embody foul weather that prevent life from flowing in its normal path. To be more specific, a storm destroys plants, animals, and life in general, while a fog blocks out the sun and its energy to spring life. In "Fog" the poet, Carl Sandburg, uses the weather condition of a fog as the main subject matter for his poem. The entire poem is literally focused on the fog above the city and harbor. Using a metaphor, Sandburg makes the fog come to life as if it actually had its own eyes to be able to overlook the city. The fog takes the shape of a cat as it "sits looking over harbor and city" (570). Like a cat, the fog sits on silent haunches. Personally, Sandburg’s words created a mental picture of a black/grayish, dirty, street cat wandering silently in the alleys of an industrious city observing the streets on top of a half-century old brick building. This engaging metaphor is what makes the fog come to life and also creates its consciousness of the harbor and city that it overlooks. Although the metaphor is being used to show a similarity in the two poems, it will be most significant later on... ...escribe how peaceful and silent the fog is and how it just comes and goes in silence leaving no trace behind. Sandburg’s approach produces imagery of calmness, silence, and perhaps unimportance. This is strongly reflected with the last line "and then moves on." (570) In contrast, Blake’s tone and attitude is intense and violent, almost provocative at times. It utterly creates weight and importance on the sick rose. One example is how he starts out using an exclamation in his first line as he speaks to the rose in anguish. In conclusion, "Fog" because of its use of metaphor and calm tone tends to focus more on developing a strong, temperate image, (more on description), while "The Sick Rose" uses fierce, moving words to create strong feelings as it concludes with death, grief, and great emotional sorrow. The Sick Rose William Blake O Rose, thou art sick! The invisible worm That flies in the night, In the howling storm, Has found out thy bed Of crimson joy, And his dark secret love Does thy life destroy. (1794) Fog Carl Sandburg The fog comes on little cat feet. It sits looking over harbor and city on silent haunches and then moves on. (1916)

Athletes Essay -- Sports, High Salary

How much money does the average person really need to be able to eat three times a day, have a roof over their head, send their children to school and have a car? All this could be done on an income between $30,000 and $40,000 easily. But somehow it was decided that people who labour harder than most, city workers, janitors and factory workers, would be paid less than someone who sits behind a desk all day or someone who plays a game for a living. Today athletes are the highest paid people in the country, with the exception of Donald Trump and his toupee. It is ridiculous to believe that someone is really worth hundreds of millions of dollars, and all they have to do is play a sport that millions of people would play for free if given the chance. Therefore, I strongly believe that professional athletes are overpaid due to several reasons. Schingle stated that personal athletes get paid what the market will bear (2008). If attendance at sporting events were to decrease, or advertising dollars were to dry up, they would start getting paid less (Schingle 2008). Since professional sports are a form of entertainment, Schingle said that in America, people pay for their entertainers dearly (2008). Moreover, Schingle compared sports with other field which is Hollywood where he stated that actors are also overpaid in their industry (2008). Bate stressed that most people are jealous that they keep complaining about athlete’s pays (2008). Some people claimed that they pay the athlete’s wages through the ticket money but they did not realize that the endless demand for the tickets and the thirst for the game is what created the high wages (Bate 2008). An athlete has to sacrifice a lot to reach the top of his profession which is being a pr... ... in Africa who are dying from hunger (2008). On top of that, the money can be used for other beneficial things such as increase the salary of doctors, engineers, low paid factory workers working 12 hours a day and make this world a better place to live in (Wadhwa 2008). Lastly, Wadhwa stressed that athletes entertain us but they do not save lives or make this world a better place to live, like doctors and other workers who spend the whole life time just earning enough to survive (Wadhwa 2008). In conclusion, the reason that the athletes are overpaid because of the market demand is not acceptable because the individual’s greed, the owner’s greed and the fact that sports are only for entertainment make it clear that athletes are overpaid for no beneficial reasons. The government should control the flow of money and use it for the development of the country.

Different generations in Dubliners by James Joyce Essay

Dubliners: Choose one story from the collection and discuss how Joyce depicts relationships between people of different generations. In your answer you should: * Explain your own view of the treatment of the young by old people; * Look closely at the effects of Joyce’s narrative methods and language; * Comment on how the story relates to the concerns and methods of the novel as a whole. In Eveline Joyce portrays two generations, namely Eveline and her parents. Unlike the narrators in the previous stories, Eveline is an adult but the entrapment of the narrators remains constant with her. The main treatment of the young is of Eveline by her father. Her father, an alcoholic, abuses his daughter, â€Å"Even now, though she was nineteen, she sometimes felt herself in danger of her father’s violence. She knew it was that that had given her palpitations.† He makes her work but takes away her wages to throw away on drink, saying that she would â€Å"squander† the money, having â€Å"no head†. He is ungrateful for the hard work she does and ridicules her. Like Dublin, her father is stifling and oppressive and while she is with him she can never be happy or prosper. Also her work colleagues treat her unfairly, another example of the mistreatment of the young by their elders. On wondering what they will think to her moving away, she says they would â€Å"say she was a fool, perhaps; and her place would be filled up by advertisement. Mrs Gavan would be glad.† She says â€Å"She would not cry many tears at leaving the Stores. But in her new home, in a distant unknown country, it would not be like that.† Although she hates the lack of respect her colleagues have for her, her work is familiar, like her home life, and though it is dismal, it is assured. Eveline is in keeping with the stages-of-life structure of the novel whereby the narrator of each successive story is older than the last. Eveline is an adult, a young women of marrying age, but like the narrators of the first three stories preceding her own, she is controlled by the older generations. Eveline has more responsibilities than the previous narrators and her financial situation is worse but Joyce blurs the distinction between her adulthood and the children of the previous stories with her recollection of childhood memories. She recalls when â€Å"they seemed to have been rather happy then. Her father was not so bad then; and besides, her mother was alive.† The subject matter is more adolescent and the ideas of love and romance are introduced, having only previously being presented in the form of the boy’s unrequited crush in Araby. However, Eveline seems to distance herself from everyone around her and does not appear to feel very much love. Although she seems very attached to the familiarity of home, she â€Å"knows† her family rather than â€Å"loves† them – â€Å"In her home anyway she had shelter and food; she had those whom she had known all her life.† Equally, she does not appear to love Frank, but merely likes him – he was â€Å"very kind, manly, open hearted.† Although this story marks a shift to a third person narrative, Joyce uses the technique of streams of consciousness to convey the narrators’ thoughts. When Eveline has her epiphany, her sudden realisation of how terrible her life really is, this techinique is used: â€Å"Escape! She must escape! Frank would save her. He would give her life, perhaps love, too. But she wanted to live. Why should she be unhappy? She had a right to happiness. Frank would take her in his arms, fold her in his arms. He would save her.† The ellipse follows this, taking the action to the dock where she is to leave. This acts to build tension as the reader is sure Eveline will leave. By saying that â€Å"She prayed to god, to direct her, to show her what was her duty† Joyce is commenting on religion as if God has instructed Eveline to make the wrong decision and stay in Dublin. Likewise, in the previous stories he has presented priests very negatively and has hinted at the repressive nature of the Irish church, religion being another of the omnipresent themes in Dubliners. The recurrent themes of entrapment and paralysis play an important part in Eveline with the title character being trapped in the stagnant Dublin by her abusive, domineering father. Joyce makes clear her desire for something more as â€Å"She sat at the window watching the evening invade the avenue† but duty bound she wastes her opportunity to escape. It is she that looks after the house and the children, her brothers – â€Å"It was hard work – a hard life – but now that she was about to leave it she did not find it a wholly undesirable life.† This shows the extent of her feelings of duty and her entrapment as she will suffer with the familiar rather than escape to the uncertain. Although she is terrified of ending up like her mother, whose â€Å"life of common place sacrifice closed in final craziness†, she feels obliged to stay to face the same inevitable future of misery. There is also a strong element of fear, of her father and of her lover but predominantly of the unknown – life outside the safe misery of Dublin. The treatment of Eveline by her father, and to a lesser extent her work colleagues, is typical of the treatment of the young in Dubliners. In The Sisters, Araby, and An Encounter children are repressed and controlled by adults including parents, teachers and churchmen. Throughout the novel Joyce depicts trans-generational relationships in a negative light, with most of them being very unbalanced and unfair. In Eveline the father is controlling and ungrateful and uses his power to keep Eveline from escaping Dublin, in the hope of a happy future. The main theme of entrapment dominates this story with Eveline trapped by fear and duty in the stagnant Dublin, trapped in the claustrophobic confines of her home.

How Do Men View Women

How Do Men View Women There are different variables that play into why women are viewed as objects. In today’s society media plays a role on how men view women. As one can see on television commercials and magazines, this adds to why men view women as sexual objects. Although all women are not the same and are individually different, the question remains how should a man look at a woman? In the passage, Looking at Women written by Scott Russell Sanders, he uses different examples to demonstrate the connection between how women present themselves and how they are viewed by men.The following rhetorical strategies are being used by Sanders to make his argument: begging the question, causal relationship, and backing. Sanders uses begging the question when he describes his first sexually attracting experience at the age of eleven. Him and his friend Norman sat in their car as the young girl with the pink shorts walks by. He tried to understand how the young girl had the ability to make him feel the way he did. He states, â€Å"I sank into the seat, and tried to figure out what power had sprung from that sashaying girl to zap me in the belly† (180).Did the young girls dressing in reveling clothes and walking around presenting her self the way she did cause him to shift from one world to the next? The passage mentions that the girl left very little to the imagination as her pink halter bared her stomach. Sanders also demonstrates begging the question in his passage when he goes into depth explaining his first encounter with a naked woman through photographs. He explained as he entered college his roommate hanged photos of playboy magazines. Further he describes that he would dwell over the poster and ask himself why did he see them as objects and not human beings.As mention before this contributes to why woman are viewed as sexual objects. The second rhetorical strategy used by Sanders is casual relationship. He explains how he invented mythical lives fo r the woman in the playboy photos. Further he adds how he has put woman in just another category of objects for sale along side sports car and liquor. Nonetheless, he felt that the women in the photos humanity were reduced. He elaborates on how this effected on how he viewed women as he mentions, â€Å"How did it affect my way of seeing ther woman, those who would never dream lying nude on a fake tiger rug before the million- faceted eye of a camera† (182). Sander feels that through pornography that respect for woman has been lost. Sadly women are no longer seen as human beings with goals and a life of their own, but rather as objects. As Sanders describes, â€Å"woman in the photo would become merely another category for sale† (182). Casual relationship is demonstrated by the way men view woman due to how they are presented. As Sanders explains in the passage whatever the women’s motives, these women had chosen to put themselves on display.Lastly the author dem onstrates backing by using other sources in his passage to substantiate his argument and make his point. Sander states, â€Å"While he was president, Jimmy Carter raised a brouhaha by confessing in a playboy interview . . . that he occasionally felt lust in his heart for woman† (183). Sanders used numerous backing when talking about men lusting over women. He emphasizes that media causes men to focus on women’s sexuality. Sanders also used American poet and physician Carlos Williams to further elaborate on backing. Williams admits, â€Å"I am extremely sexual in my desires . . . A man does with it what his mind directs† (183).Sanders explained how William has spoken for men and how they think. The author also demonstrates how writers did not have respect for women, as Simone de Beauvoir clarified in his novel, The Second Sex, refusing to show the good in women; but rather focus on women’s sexuality. Beauvoir states, â€Å"She arouses in him in submissive ly making herself a thing† (184). Sander further explains that women dress themselves as dolls, and he doubts that men are entirely to blame for the women turning into sexual dolls. The author is explaining that not only men are to blame for women being viewed as sexual objects.Yet, women add to this view by how they present themselves through the media. In the beginning of Looking at Women Sanders tell a story of seeing a young girl walking down the street. That was the beginning of his never-ending battle, for trying to see women for what they are human beings and not objects. He sums up why he thinks men degrade women, and how men should look at women. Throughout his passage he uses the above rhetorical strategies to persuade his audience in his argument. Works cited Sanders, Scott R. The Norton Reader: An Anthology of Nonfiction. 13th ed. New York: W. W. Norton &, 2012. Print