Make a case for or against the study of popular verse Essay Example for Free

Make a case for or against the study of popular verse Essay In order to understand the importance of poetry we first need to answer the question what is poetry? In reading a poem for its message, critics often appear to be saying that poems really mean something different form what they appear to mean, and may of us are often led to assume that the interpretation of a text is a matter of finding its hidden meaning. Poetry can be defined as genre by saying that it is different form other main literary genres, fiction and dramas. A second definition based on features of language distinguishes between the way poetry and so called ordinary uses of language. A third definition would differentiate poetry from prose on the basis that it is arranged differently on the page. Poetry means different things to different people and the way readers relate to poetry depends on the individual itself. One of the most obvious distinctions between poetry and most non-poetic discourses is that poetry is set out on the page in lines, whereas prose runs right to the far edge. There are different genres within poetry that signify why the study of poetry is important. Romantic readings of literary texts tend to focus on questions about sincerity of feeling, emotional response, and profundity of insight. These readings will trigger different emotions in readers, as they will relate what they read to their own experiences. They relate these poems with tears, laughter and love. A particularly rewarding and challenging way of reading poetry is the careful analysis of the interplay between the language and form of individual poems. Although many readers say that a poem ought to be enjoyed for its own sake, the critical reading of poetry involves trying to understand how that pleasure is produced. Poems achieve their emotional power by working the resources of the language to the limit. It could be argued that poetry represents real life. It tells about believes and about social issues for example some poems talk about racism and inequality in society. Some talk about God and his existence. It is important to note that these views are written from an individual point of view and although it does not give a clear view of what the society it was trying to represent was like it does give the reader an idea. Looking at poetry as a response to the reader it is difficult to explain. The assumptions that poetry is the expression of intense personal experience usually involve a related assumption about what we are supposed to do when we read such a poem. As stated above the response depends upon the individual reader. Some might find that that they feel sympathetic towards the poets intense feelings or experience the speakers sense of loss etc. Some of the most deep rooted preconceptions about poetry in our culture are that it records profound personal emotion and experience, that is often about nature, and that it should be imaginative. The way that poems are articulated and experiences told with powerful and deep emotions that makes the poetry so inspiring and joyful to read. Also from studying poetry the reader is encouraged to write poetry and meaningful experiences with other people. John Barrel has argued that we ought to ask questions of poems which have been neglected under New Criticisms influence: when it was written, whom it addressed, what was the function of any particular literary activity- writing epic poems, reading novels- at any particular period or for any particular kind of reader. In other words he is proposing that poems need to be regarded as discursive acts produced within specific institutions and discursive networks. The major implication with this theory of discourse is that the poems need to be understood not in terms of uniquely individual thought of its author but in terms of the general belief system of the period as it adapted to historical circumstance. In conclusion poetry is not one thing but many things. This is not only because we have different ways of describing things.

Colonization Across the Globe Essay -- Colonies World History Economy

Colonization Across the Globe After Christopher Columbus landed in the West Indies in 1492, Spain and Portugal started disputing areas of influence on the South American continent. The dispute was eventually settled by the Pope (Alexander VI), who in 1493, drew up defined areas of influence for the two nations with the idea of spreading Christianity to the natives in those territories. In time the Portuguese territory became known as Brazil, hence the working language of that country to this day is Portuguese, while most of the rest of the continent speaks Spanish. On 1 August 1498, during his third voyage, Columbus finally sighted the South American mainland for the first time. The next white explorer to reach the continent was the Portuguese navigator Pedro Cabral, who anchored off the coast of present day Brazil in April 1500 - a territory which he then claimed for Portugal. However, the claim was ignored for more than 30 years by Portugal itself, whose sailors had in the interim sailed round Africa to India. During this time of Portuguese indifference, the Spanish seized the initiative in Central America and the West Indies. In 1519, the Portuguese explorer Ferdinand Magellan, then employed by the Spaniards, first sailed up the Rio de la Plata River. He then proceeded south and in November 1520, first sailed round the southernmost part of South America and sighted the Pacific Ocean. 1. Spain In 1519, Cortes with about 600 men set sail for South America with a few cannon and horses. A last minute dispute with the Spanish governor saw Cortes' expedition being officially cancelled, but Cortes continued, later bringing back gold and other riches to the Spanish crown as justification for his expedition. The army sailed west along the Gulf Coast, engaging in a major battle against a local tribe. It was at this first battle that Cortes realized the technological advantage the Europeans possessed: steel armour, guns, cannons and even horses were completely unknown to the people of Central America, and many tribesmen fled at the very sight of a powerful charge horse. These advantages were pressed home remorselessly, and all the native tribes in Central and South America were to pay dearly for being technologically so far behind the Europeans. At the time of the Spanish conquest of Central America, the Aztecs had created an empire which... ...ess Cixi. The terrorist activities of the Boxer society gradually increased during 1899, with Boxer bands attacking all whites on sight. When these bands entered the Chinese capital, Peking, the whites powers sent a small armed column to the Chinese capital to protect the few whites in the city. On 16 June 1900, the Empress Cixi ordered Chinese troops to attack the whites army which was still outside Peking. Then on 18 June 1900, the Empress Cixi publicly called on the Chinese to kill all the whites they could find. Many whites were then murdered: large numbers fled into the fortified foreign embassies in the city. There they were besieged by Chinese. Finally, a combined army consisting of British, French, Russian, German, American and Japanese troops entered Peking on 14 August 1900, relieving the besieged foreign embassies. Peking was then occupied by the whites powers for a year until September 1901, when the Chinese signed a peace treaty in terms of which they had to pay a large indemnity and grant the whites powers the right to station troops in Peking to safeguard the embassies. This situation remained unaltered right up until the early part of the 20th century.

Le’ Chatelier’s Principle

Purpose: The purpose of this lab is to develop a deeper understanding of LeChatelier’s Principle by observing several systems at chemical equilibrium and interpreting the effects of varying concentrations and temperature. The principle states that if systems at equilibria are altered or disturbed in any form, the equilibria will shift to reduce the disturbing influence ( Catalyst, 186). In a 3 part experiment, we analyzed the outcome of changes in reactant and product concentrations, equilibrium involving sparingly soluble salts, and the effect of temperature on the equilibrium.In part 1 , we observed the shift in equilibria of two aqueous solutions of Copper and Ammonia then Nickel and Ammonia. In part 2, we focused on cobalt ions in the presence of chloride ions as well as the precipitation of silver nitrate and sodium carbonate. In the last part of the experiment we utilized a solution of Cobalt chloride and compared the color at room temperature and then again in a contain er of boiling water. Physical Data: No physical Data was applicable to the experiment. Chemical Equations: Part i: Changes in Reactant or Product Concentrations A. Copper and Nickel Ions [Cu(H2O)4]2+ (aq) + 4NH3(aq) [Cu(NH3)4]2+(aq) + 4H2O(l) blue dark blue †¢[Ni(H2O)6]2+(aq) + 6NH3(aq) [Ni(NH3)6]2+(aq) + 6H2O(l) green pale violet †¢H+(aq) + NH3(aq) NH4 +(aq) B. Cobalt Ions †¢[Co(H2O)6]2+(aq) + 4CL- (aq) [CoCl4]2-(aq) + 6H2O(l) Part ii: Equilibrium Involving Sparingly Soluble Salts †¢2AgNO3(aq) + Na2CO3(aq) Ag2CO3(s) + 2NaNO3(aq) †¢2Ag+(aq) + CO32-(aq) Ag2CO3(s) Net ionic equation ^ †¢2H+(aq) + CO32-(aq) H2CO3(aq); H2CO3(aq) > CO2(g) + H2O(l) Ag+(aq) + Cl-(aq)AgCl(s) †¢Ag+(aq) + 2NH3(aq) [Ag(NH3)2]+(aq) †¢I-(aq) + Ag+(aq) AgI(s) Safety †¢Safety goggles are required to be worn throughout entire duration of the lab experiment. †¢Wear gloves, as the chemicals may cause serious damage to the skin skin. †¢Be sure to clean mat erials with soap and water before beginning any procedures. †¢When disposing wastes, be sure to do so in the appropriate receptacle. †¢Use precaution when handling all chemicals, careful not to inhale anything. Experimental Procedure and Observations Part i: Changes in Reactant or Product ConcentrationsA. Copper and Nickel Ions Procedure Copper 1. Place 1 mL of 0. 1 M CuSO4 in a clean test tube. 2. Add 15 M NH3 drop wise until a color change occurs. 3. Mix the solution in the test tube as you add the NH3. 4. Add 1 M HCl drop wise while mixing the solution, until the color changes. Nickel 1. Place about 1 mL of 0. 1 M NiCl2 in a clean test tube. 2. Add 15 M NH3 drop wise until a color change occurs. 3. Mix the solution in the test tube as you add the NH3. 4. Add 1 M HCl drop wise while mixing the solution, until the color changes. Observations Copper . The liquid is light blue in color. 2. The solution turned to royal blue. 3. Solution begins to slowly change to a more tran sparent blue. 4. We added 56 drops, the top of the solution remained royal blue as the bottom turned completely clear and colorless. After shaking it, it turned completely light blue. Nickel 1. The liquid is light/clear green in color. 2. The solution turned from green to blue to a lavender complex. 3. The solution turned to a clear lavender color. 4. The solution reverted back to clear green. B. Cobalt Ions Procedure 1. Place 0. mL of 1 M CoCl2 in a test tube. 2. Add 12 M HCl to test tube until a change is noticeable. 3. Slowly add water to the test tube while mixing. Observations 1. Exactly 10 drops are placed in the tube. The liquid is pale pink in color. 2. The solution turned to dark blue. 3. The solution slowly turns to purple, as little particles form on the bottom. A pale pink color began to form at the top and the color consumed the entire solution. Part ii: Equilibrium Involving Sparingly Soluble Salts Procedure 1. Add 10 drops of 0. 01 M AgNO3 to 0. 5 mL of 0. 1 M of Na2C O3. . With caution, add 6 M HNO3 drop wise until a change occurs. 3. Add . 1 M of HCl drop wise until a change is observed. 4. Add 15 M NH3 drop wise until a change occurs. 5. Add 6 M HNO3 drop wise until there is evidence of a chemical change. 6. While mixing the solution, add 15 M NH3 drop wise. 7. Add 0. 1 M KI drop wise until there is evidence of a chemical reaction. Observations 1. The original Na2CO3 solution is clear in color. The addition of AgNO3 turns it cloudy almost immediately. A small amount of precipitate is also visible in the solution. 2.Exactly 4 drops of HNO3 are added and the color of the solution reverts back to clear. 3. 4 drops of HCl are also added and the solution once again turns back cloudy with visible precipitate. 4. 15 drops of NH3 are used and the solution becomes colorless with the precipitate dissolving. 5. The solution remains colorless and a small gas cloud forms over the solution. 6. The solution is still clear and the gas above is still visible. 7. The solution turns white/ creamy in color. There is visible precipitate and the gas above the liquid is no longer visible. Part iii. Effect of Temperature on EquilibriaProcedure 1. Using a 250 ml beaker, heat 75ml of water until it begins to boil. 2. Place 1 mL of 1. 0 M CoCl2 in a test tube and place the test into the boiling water (Careful not to spill). Observations 1. The water heats to a temperature of about 135 °C. 2. The color of the CoCl2 at 20 °C is red. After placing it in the boiling water it changes to a deep pink/magenta color. Data/ Results Part i: A Part i: B Part ii Part iii Calculations: No mathematical calculations were applicable to the experiment. Discussion: Beginning with the first experiment, which consisted of the Copper, Nickel, and Ammonia.In both reactions, the strength of the ammonia is stronger than that of the water, causing each of them to dissociate. Once Hydrochloric acid is added to left of the equation, the ammonia binds to hydrogen forming ammonium and driving the reaction back in the direction that it came from. The equilibrium is therefore established by the Nickel ion and Ammonia and shifted by the hydrochloric acid once the hydrogen reacts with ammonia in a common acid-base reaction. The ammonia-metal bond in each of the reactions causes a precipitate to form because of the hydroxide ions that are left after the donation of the hydrogen.Part B of the experiment consisted of the aqueous Cobalt and chloride ions. The addition of the hydrochloric acid, once again induces an immediate change in color. The equilibrium of the equation is disturbed because of the acid, which lead to the left shift in the equation. Increasing the amount of water allowed H2O to act as a base forming H3O, allowing the reaction to move back to the right. In the second portion of the lab, the combination of silver and sodium carbonate leads to the formation of a precipitate. This is accounted for based on the silver+carbonate complex.Adding h ydrochloric acid forms an unstable carbonic acid which will later dissociate into carbon dioxide and water. This also has the effect of dissolving the silver carbonate and shifting the equation back to the left. Further removal of the silver on the left forces the reaction to move in the direction of the loss. Silver ions react with ammonia that is added and added more acid to this caused ammonium to form. Ammonia is added once more to reestablish the equilibrium. The final add-on of potassium iodide once again disrupts the balance because the silver reacts the iodide causing the reaction to move left.By manipulating the temperature, we were able to deduce information about the final reaction involving cobalt chloride. Starting near room temperature at exactly 20 °C the cobalt chloride started at a light pink color. After placing the solution in a heated water bath of exactly 135 °C, the contents of the test tube turned dark pink. The reaction is therefore endothermic as the coo l CoCl2 absorbed heat from it’s water bath before making a chemical change, therefore the reaction shifts to the right to absorb the heat. Conclusion:Conducting the experiment gave us the opportunity to learn about the effects of varying concentration and temperature in a system, hence the objectives were met because in performing each section of the lab, we were able to apply LeChatelier’s principle. The methods applied greatly aided in our understanding of the material as we had to apply previous knowledge to understand the behavior of the chemicals. Many of the solutions that were added drop wise had to be done that way as to not add too much because too much of a substance could prevent the reversal properties of the reaction.

Chapter I Immigration Reform and Control Act of 1986...

Six years after the promulgation of the Refugee Act of 1980 the U.S. Congress enacted the Immigration Reform and Control Act of 1986 (IRCA), on November of 1986, with the objective to control and deter the illegal immigration into the United States. The major provisions demanded; a) the legalization of foreign nationals who had been continuously unlawfully present in our country since 1982. b) Demanded the creation of mechanism to secure and enforce the United States borders. c) The legal adjustment of certain agriculture workers, and sanctions corporations who intentional or knowingly hire illegal foreign workers. The Immigration Reform and Control Act of 1986 (IRCA), had several contributions to solve the problem of immigration in†¦show more content†¦Third, IRCA demonstrates the need of an immigration program that define the status to the close family members while the head of the family await to become lawful permanent residents. Data from the U.S. Department of Homeland Security (DHS) shows that approximately 4.4 million persons are in a visa limbo awaiting to be adjusted, which 97 percent have a qualifying family relationship to a U.S. citizen. Therefore, it is imperative an immigration program that reduce the visa waiting list, and provide a permanent solution for the immigration status of family members. . Fourth, IRCA supports strong immigration enforcement limiting illegal migration into the country by reducing the unauthorized population through increased border enforcement and requiring employers to verify the eligibility (E-verify) of their workers; program that has been challenged by dishonest employers, inadequate enforcement and widespread document fraud. It would be necessary the increase the use of an electronic employer verification system, and strengthen the security of identity documents. These measures would increase and expand the U.S. immigration enforcement programs over many years. The budget of the Immigration and Naturalization Service (INS) increased from approximately $1.2 billion to