Miracles of Jeaus in the book of Luke Research Paper

Miracles of Jeaus in the book of Luke - Research Paper Example It’s worth noting that the book of Luke is a specific address to a single individual known as Theophilus. Gospel according to Luke illuminates the history and the story of Jesus Christ from birth to crucifixion. It also focuses on the teachings of Jesus on salvation and fulfillment of Old Testament prophecies with regard to the coming of Messiah. Apostle Paul references the author of this book in Colossians4:14. Literature review Luke portrays Jesus as very passionate, compassionate and full of mercy. Jesus comes out as someone who loves everyone and believes that everyone should share equal treatment (Luke 18:1-8). Jesus Christ is seen as our savior and lord and is referred to as the ‘son of man’ in Luke 19:10. ``For the son of man is come to seek and to save that which was lost.’’ This becomes the point of reference of Jesus’ purpose and many view the same as His mission statement. Jesus is portrayed as one who reaches out to the marginalize d. The fact that Luke himself was a gentile shows as how impartial Jesus was. In Luke 4:18-19 ‘’ the spirit of the lord is on me because he has anointed me to proclaim the good news to the poor. He has sent me to proclaim freedom to the prisoners and recovery of sight to the blind, to set the oppressed free, to proclaim the year of the Lord’s favor’’. This statement clearly shows the intention and the doctrinal basis of the activities of the Lord Jesus while on earth. From the same statement we can learn that Jesus was empowered by the Spirit of God to show mercy and compassion to those who were incapacitated. Luke is careful to show as that Jesus had a deep sense of purpose and that he was aware of what was expected of him. This was why he confined himself to his purpose. Jesus Christ is portrayed as a miracle worker in the book of Luke. This account goes ahead to detail some of the miracles that Jesus did from Luke’s perspective as a doctor and a non Jewish person. The book of Luke has got a total of eleven parables that Jesus gave. We have the parable of the two debtors in Luke7:41-43 where Jesus stated that since we have been forgiven freely we must freely forgive others. This again shows that Jesus believed in equality. The story of the Good Samaritan is one of the most popular parables. It can be found in Luke10:30-37 where we see a Samaritan, (Samaritans were despised by Jews) helping a Jew who had been attacked by robbers and left for dead. The parable of the rich fool who thought of how he was going to have a bountiful harvest and was just obsessed with more and more wealth. Jesus warned against having wealth where moths and rust can destroy. This is in Luke 12:16-21. In Luke 13:6-9 we see Jesus rebuking a fig tree just because it was barren showing that Jesus was fully results oriented and couldn’t put up with people who won’t practice his teachings and give results. He –Jesus- in chapter 15 of Luke verse 8 to 10 gave a parable to the effect that one lost coin can cause the owner to go out of his/her way so that he/she can regain it. He compared himself to that owner and implied that he could do the same for any lost soul. In Luke 15:8-10 Jesus gave a parable known as ‘the prodigal son’. In this story we see a passionate father remaining restless until his lost son traces his way back home. We also see a very colorful reception being given to the

Lesson plan Assignment Example | Topics and Well Written Essays - 250 words

Lesson plan - Assignment Example My lesson plan is divided into different levels of learning aims at effective and continual understanding of chemistry thereby making every student to develop the subject understanding continually. Grouping of students deliberately allows them to share skills they have learnt. Notably, students have different levels of understanding; therefore, sharing leant knowledge and skills will facilitate a deeper understanding of the subject. Properly developed lesson plan also provides self-regulation towards developing decision-making interventions as learning strategies. Effective strategies should ensure that consistency successful learning process. However, the early stages in learning new topic, novices often provide limited learning strategies (Teacher Created Resources, Inc., 2006). In such cases, a well-planned lesson plan must provide various strategies. In handling this matter, my lesson plan has deployed different way of explaining factors of the experiment including the use of examples. Finally, my lesson plan employs or incorporates the use of deliberate practice to ensure that students concentrate during the learning process. This process ensures that learning is monitored, and feedbacks are provided during the learning practice (Teacher Created Resources, Inc., 2006). My lesson plan has incorporated the use of deliberate practice using the graffiti walls. The pre-assessment graffiti wall will allow students to expose what they have learned during the lesson while the post graffiti assessment shall assess the according to their level of performance and proficiency. In additional, these assessments will enable me to evaluate students and help them address their

Effects Of Thermal Pollution On Aquatic Species

Effects Of Thermal Pollution On Aquatic Species The pollution is the biological, chemical or physical alteration of the water, land, or air that is harmful to living organisms, ocean waters and surface waters. The surface waters, such as lakes, rivers, streams, and underground aquifers can get affected in different way. They can get polluted in common way including human and animal wastes, pathogenic microorganisms, pesticides, and sediment. The water pollution can happen in industrial nations by wasting toxic metals, organic chemicals, pharmaceuticals, and acids. The human activities that can contribute to pollution are constructions, drilling, dam construction, salting of roads and driveways to melt the ice, waste disposal and agriculture. Sometimes even hot water can consider as a pollutant. The effects of water pollution follow the path of the waters as they trickle through soil, filter through rock beds, and flow down streams and river system, and into oceans. The excess amount of inorganic nutrients such as nitrates and phos phates or raw sewage pollutes lakes or ponds, algae and aquatic plants overgrow. As of the aquatic plants die, they fall in the bottom of the water and the bacteria and other microorganisms decompose the remaining of them and that uses up all the dissolved oxygen in the water and suffocating the other aquatic life in the lake or pond. Thermal pollution is the degradation of water quality by any process that changes ambient water temperature, which is associated with increase in water temperature in streams, lakes or the ocean due to the discharge of heated water from industrial processes. How does the water quality change? It changes when water is used in industrial and power plants as a coolant. Whenever it is used and returned to the natural environment, the temperature changes, because warmer water effluent creates a reduced oxygen supply in the environment and therefore it affects aquatic ecosystems. Whenever the power plants are opened or shut off for repair, the fish and other aquatic species, cannot adapt to sudden changes in temperature and they are killed by thermal shock. In addition to harming aquatic life that cannot tolerate the warmer water, the warmer temperatures lower the amount of dissolved oxygen. The elevated temperature decreases the dissolved oxygen in water and this harms aquatic animals by increasing the metabolic rate of aquatic animal due to increased enzyme activity, which results in increase in food consumption within organism shorter period of time. Sometimes this results in disruptions of the food chain and decrease in biodiversity. The higher water temperature can also result in increases in aquatic plant growth rates, shorter lifespan and over population of the species. Algae blooms also reduce oxygen levels. The higher temperature denatures the life supporting enzymes by breaking disulphide and hydrogen bond in enzymes structure, which results in the inability to break down lipids which leads to malnutrition. The heated water has multiple effects on the nearby ecosystem. The warmer temperatures increase the ability of plants to photosynthesize, which may spur an algal bloom. It also increases the stress on plants and animals in the water. The temperature changing harms the fish and other aquatic organisms in many ways. The fish and invertebrates are ectotherm s; where they are cold blooded animals, which are slow moving, slow growing and adapted to specific water temperature. This warmer temperature speeds up their metabolism, which harms their ability to survive and reproduce. The native fish like trout may lose their ground while nonnative take place instead of them. All these power plants have different types of cooling systems, which is easiest and cheapest cooling method, where cool water is withdrawn from a nearby water body and hot water is returned to the same water body. Soon as the system is by far the most environmentally destructive, the closed cycle cooling reuses the cooling water so that the waste heat does not leave the plant, but still excess heat is released into the atmosphere from the plant towers. The nuclear energy is the No 1 source of the free electricity which provides 20% of the United States electricity. There are 437 nuclear power plants are in operation and 55 are under construction worldwide. Those 437 plants have a net capacity of about 371 GW and the 55 will have capacity of 51 GW to generate the energy. The 20% of the electricity is provided by 104 reactors in whole United State, where 35 of the reactors are boiling water reactors and 69 of them are pressurized water reactors. In the boiling water reactors, 14 of them are one reactor; 9 of them are two reactors and 1 has three reactors. For the pressurized water reactors, 15 of them are one reactor, 24 of them are two reactors and 2 of them have three reactors. There are 32 companies which are licensed to operate the nuclear reactors in United States. As of the 2009 records, 8 of the states have 31 reactors and those states generate largest percentage of the electricity. The Vermont state has generated largest perc entage of the electricity in 2009, which was 72%, then 2nd largest comes to New Jersey 55.1%, following Connecticut 53.4%, South Caroline 52.0%, Illinois 48.7%, New Hamphshire 44.1%, Virginia 39.6% and at last in 8 state Pennsylvania with 35.1%. The United States largest nuclear plant is located at Palo Verde in Arizona. That plant has 3 reactors which generates 1,311 MW, 1,314 MW, and 1,317 MW for a total of 3,942 megawatts. On the other side Uniteds smallest nuclear power plant is at the Ft. Calhoun in Nebraska with 1 reactor and capacity of the 482 MW of generation electricity. In the time line the newest nuclear power plant that was built was in June 1996, in Tennessee. This plant is called Watts Bar 1, which is located in the spring city, and the capacity for generation if 1,123 MW. From 1990s to 2000s there have been 4 other plants have been built, which are in August 1993, the Comanche Peak 2 with capacity of 1,158 MW and in 1990, the Comanche Peak 1, with capacity of 1,209 M W. The other 2 were in August 1990, the Seabrook 1 in New Hampshire with 1,244 MW capacity and in January 1990, Limerick 2 in Pennsylvania with 1,134 MW by Exelon Corporation. The oldest operating nuclear plant is Oyster Creek in New Jersey, operating license since April 1969. The nuclear reactor is a device to initiate, control and sustain a nuclear chain reaction. The most common use of it is in generation of electrical power and to transport the power. The nuclear reactor is usually involves heat from the reactor chamber to power steam turbines. These reactors are made by 4 major manufacturers. The reactor manufacturers are GE Hitachi Nuclear Energy, Westinghouse, AREVA NP and Asea Brown Boveri/Combustion Engineering (ABB-CE), where ABB-CE is the worldwide nuclear business company. As of the generation capacity by all the nuclear power plants in United Nations 20.2% or 798.7 billion kilowatt-hours (bkWh) of the total U.S. electricity and 14% or 2,560 billion kilowatt-hours of the worlds electricity in 2009. In comparison to other sources, 1,000 MWe reactors has 90% of amount of electricity has generated in 1 year. The generated electricity is 7.9 billion KWh, which is good for 740,000 households. To generate that much amount of energy by other fuel sour ces, it would require 13.7 million barrels of the oil or 3.4 million tons of coal or 65.8 billion cubic feet of the natural gas. As of the plant performance the South Texas Project 2 in Texas has generated of 11.8 billion KWh in 2007 with most electricity generation record and the longest operating period between refueling goes to LaSalle 1 from Illinois in February 2006 for 739 days. Oyster Creek, Hope Creek, Salem Nuclear Power Plant Figure : Oyster Creek Nuclear Generating Station.The Oyster Creek Nuclear Generation Station (OCNGS) is oldest operating nuclear power plant in United States, which is located in Forked River in the Lacey Township, in New Jersey. This plant is spread out in 700 acres of the land and build by Burns Roe, Inc. and owned by the Exelon Corporation. It is one of the four nuclear power plant unit in New Jersey. The other 2 units are at the Salem Nuclear Power Plant, and the Hope Creek Nuclear Generating Station. The OCNGS plant was built in 1965 and started power generating in December, 1969 with a license to work for 40 years, but in 2009 the license was extended for another 20 years by The Nuclear Regulatory Commission. The plant draws its cooling water from Barnegat Bay, and dumps the water into the Atlantic Ocean through Barnegat Inlet. The Nuclear Regulatory Commission (NRC) issued the license for first 40 years on the basis of the economic and antitrust considerations, but not techni cal limitations (Peter N. Tabbot M.P.H. and Mark G. Robson, M.P.H. September 2006). The OCNGS has a capacity of producing 619 MWe, the total power generated in 2007 was 5077 GW-h and from last 5 year average generation capacity is 5042 GW-h by using a boiling water reactor (BWR). This power plant has generated 4.9 million MWh with capacity factor of 91% and served 600,000 homes as of 2009 record. Each day the OCNGS uses 1.3 billion gallons of Barnegat Bay Water for its antiquated cooling system, which is 2.2% of the total volume of the bay per day and over 790% of the bay per year (CITATION). When the plant automatically shuts downs for safety reasons, fish gets killed due to lack of warm water that input into the bay. In 2002, 5,876 fish were killed, and plant was fined $1 million, where as in 2006, only 80 fish died; 2007 another 5,304 were killed, and the plant was fined $67,859 and in 2008, 38 fish died in following a shutdown. These cooling towers should prevent these fish kil ls that is causing by higher temperature and somehow reduce the higher temperatures near the plants current discharge area back to normal. This plant has approximately 700 employees, which their payroll is around $53 million in 2003 and $63 million in 2009 also where the property tax for 2009 was $2.4 million. This plant has increased output associated with 1034 jobs in New Jersey and 915 jobs in Ocean County. This plant has sponsorship the united way of Ocean County by contributing more than $277,000 in 2009 and counted as largest employee run campaign in Ocean County. The plant intakes and discharges 1.4 billion gallons of the water on daily basis, and it taken in at a speed of 1-2,000 cubic feet per second, which is the force of medium sized river. The giant sucking action brings the assortment of the smaller aquatic life that flows through the grate and gets killed in the process of the cooling the reactor, which is called as entrainment. Where the larger aquatic life such as st riped bass, white perch and endangered sea turtles, gets pinned on the grate and often die, or seriously gets injured by the rush of oncoming water, which is impingement. This plant has developed a record of killing sea turtles in last ten years from 1992 to 2000, 17 sea turtles and 6 sea turtle mortalities. In September 2002, the plant has largest fish kill since 1985, they has over half a million fish dead, due to plant operators fault. They had failed to turn off the dilution pumps during emergency shut-downs and allowing millions of gallons of the hot water to enter the creek and bay. The modern pollution controls require them to install a closed cycle cooling system, which draws water into the plant for cooling, re-circulates and expels the heat through cooling towers. This system reduces the water intake and discharge by 95%, saving 13 million fish and shellfish and a loss of tens of millions additional larvae annually. It also eliminates the fish kills caused by thermal shock from the discharge, stop the dumping over 365 tons of toxic ware into the bay annually. The NJ DEPs current draft permit for oyster creek does not require the plant to install a closed cycle cooling system. But they have gotten 3500 acres of wetlands for restoration for fall back option as the alternative way. Figure : Salem Nuclear Power Plant. Figure : Hope Creek Nuclear Generating Station. The other three nuclear power stations are located in Lower Alloways Creek Township, New Jersey in United States. Those all three plants owned by PSEG Nuclear LLC and Exelon Generation LLC. Two of the power stations are called Salem Nuclear Power Plants, which are pressurized water reactor nuclear power station and the other one is called a Hope Creek Nuclear Generating Station, which is a thermal nuclear power plant. These three plants share an artificial island in the Delaware Bay. As of the 2004 record, the plants have paid $1.23 million in property taxed to Lower Alloways Creek, accounting for 55% of the townships $2.25 million property tax. The plants have expenditures in the four counties surrounding the plants totaled more than $170 million in 2004. The labor has represented $145.5 million, the goods and services represented as $24.7 million. These spending within region represents, around 27% of the plants total spending of $617 .8 million and 66% of the $256.3 million spent in New Jersey and Delaware (Nuclear Energy Institute September 2006). The Salem Nuclear Power Plant has two units, which were started in 1977 and 1981 and those two plants have a combined capacity of 2275 MWe. The unit 1 is licensed to operate until August, 2016 and unit 2 is licensed to operate until April, 2020. The PSEG have applied for a 20 year extension of license for both of these units. The technical problem made the Salem Reactors to shut down for two years in 1990s. They had found several difficulties, including leaky a generators, and unreliable controls on the reactor. In 2004, the Nuclear Regulatory Commission revised the oversight of this plant and ordered authorities to increase the monitoring overnight. Those plant uses more than 3 billion gallons of the Delaware Bays water every single day for cooling, replacing the closed cooling system. The Hope Creek Nuclear Generating Station which is thermal nuclear power plant wa s established in 1986, and it has license to operate the plant until April, 2026. It also has applied for a 20 years extension for license renewal. This plant has producing capacity of 1059 MWe, and in 2007 it has produced 8104 GW-h, where it has average of 7528 GW-h in last 5 years of energy production. This is the plant has the cooling towers, which is designed to remove the heat by pumping water up into the tower and allowing it to fall down inside the tower. Soon as the heat passes the water, it exchanges the some of the heat and evaporates some of the water. The evaporated flows out the top of the tower and form of a fine cloud like mist, where the cooled water is collected at the bottom of the tower and pumped back into the plant for reuse. This kinds of cooling towers are used where the land and water is expensive and where the state of federal regulations make alternatives impractical. The New Jersey has been ranked 10th in nuclear capacity and 9th place in nuclear generatio n in 2008. Effects of the Nuclear Power Plants The discarded radioactive materials from nuclear submarines and military waste have been a major source of radioactivity in the oceans. Those discarding materials have caused fatal harm to marine life, and it has also entered the food chain as some organisms like shell fish concentrate radioactivity in their bodies which are later consumed by humans. The pesticides like DDT and PCBS can enter the oceans through city waste water and industrial discharges from farms and forests. The Thermal pollution is when high or low temperature water is discharged from an industrial source. The difference in temperatures can kill corals and other sensitive marine organisms that are not developed to handle the different temperatures. The Thermal discharges of unused heat from fossil fuel or from fission in the nuclear fuel constitute another kind of environmental impact. Thermal effects in biota include problems with reproduction, growth, survival of larval forms, juveniles and adults. Regulatory ag encies establish water temperature standards to govern heated discharges from the power plants to prevent catastrophic kills to occur, or thermally induced demise of aquatic populations. Fish, plankton and benthos are all affected at various degrees by thermal discharges from power plants. Other environmental impact common to all nuclear power plants are the highly visible transmission lines associated with the generation and distribution of electricity. Underground cables are not yet an economically feasible solution for most cases of transmission of electricity. Radioactive effluents released from nuclear power plants are, however, the main object of monitoring and control to minimize exposure of the public to ionizing radiation. Another effect of the nuclear power plant would be acid rain. The acid rain is the slightly acidic, with the pH of 5.6 of lower, which is due to small amount of carbon dioxide in water droplets to form mild carbonic acid. The other steps which lead to acid rain is the sulfur dioxide and nitrogen oxides released into the atmosphere primarily by nuclear power plants and metal ore refineries. All these oxide gases then react with water vapor to produce sulfuric acid, nitric and nitrous acid, which dissolve in the water droplets, and then combine with normal droplets and form into raindrops, in this case count as acid raindrops. In the Northeastern United States, have very low buffering capacity, therefore if the rainfall is acidic the most rocks and soils have increased their acid levels by 5 to 10 fold in the past few decades. The acidic soil lover the pH of the streams those flow over them, and the Environmental Protection Agency has reported in 2000, that approximately 580 of the str eams in the Mid-Atlantic coastal plain were found to be acidic including 90% of the streams in the Pine Barrens of New Jersey and that was highest percentage in the nation. This combined acidity has lowered the pH of some lakes around 5.0 and even Little Echo Pond in Franklin, New York got lowered until pH of 4.2 in the Northeastern United States. Effect on the Ocean mammals Figure : The Green Turtle.The Green sea turtle is the larger sea turtle with binomial name Chelonia mydas from Cheloniidae family with only species in the genus Chelonia. It is the endangered species listed by IUCN and CITES. It is with low, broadly oval carapace and small head with one pair of pre frontal scales that are unique to them. Their shell length ranges from 36-43 inches and weights average between 200-300 pounds. They evolved more than 150 million years ago, and they spend entire lives in the sea, even more then come to the surface to breathe, and remain underwater for several hours for resting. They inhabit warm, tropical and subtropical waters, they migrate northward as temperature increase in the late spring, and stays there until late fall. Their nesting occurs in warm temperate and subtropical regions on open sandy beaches above high tide mark in front of well developed sand dunes. As of the Harold Haines and William Kleese, the scientist from the Miami, Florida, prov ed that the role of water temperature in the induction and maintenance of a dermal herpes virus infection (gray-patch disease) of young, green sea turtles, which influence of other recognized stress factors were negligible. In their research the animals that were subjected to a gradual increase in water temperature from 25 to 30C and a subsequent decrease to 25C, where they were maintained, had a period before onset of clinical signs and severity closer to that of control animals. In their findings they indicated that both the induction of clinical gray-patch disease and the severity of the lesions are affected by water temperature and suggest that one possible means of control of this herpes virus infection under intensive aquaculture conditions might be water temperature manipulation. The endangered Kemps Ridley, Atlantic Green and Loggerhead turtles are killed each year as they are attracted to the warm water and then sucked toward death on the fooling system intake. The manatees, the large, fully aquatics, and mostly herbivorous marine mammals, which sometimes known as sea cows. They eat over 60 different plant species such as mangrove leaves, turtle grass, and types of algae, using their divided upper lip. The adult manatee eats around 10% of their body weight per day and especially small amounts of fish from nets. They have very few natural predators, like sharks, crocodiles and alligators over time to time. The main causes of their death for sea cows are human related issues, human objects, habitat destruction and natural causes such as disease and temperatures. Another main natural event and unpreventable cause for the manatees death would be red tide which is proliferation of tiny marine organisms knows as dinoflagellates. Figure : phytoplankton.The phytoplankton is the autotrophic component of the plankton community. They are too small to see it with naked eye, but if they are in higher numbers, than it can appear as green discoloration of the water due to presence of chlorophyll in their cells. The Phytoplankton obtains energy from the process of photosynthesis, also it accounts for half of all photosynthetic activity on Earth. The effects of the elevated water temperatures and residual chlorine at a coastal nuclear power plant on the biomass and productivity or periphyton and phytoplankton, but not productivity was significantly lower in the outlet region than in the intake region. The phytoplankton is the key food item in both aquaculture and mariculture, where both utilize phytoplankton for the feeding of the animals being farmed. In mariculture, the phytoplankton is naturally occurring and is introduced into enclosures with the normal circulation of seawater, where in aquaculture; the phytoplankt on must be obtained and introduced directly. The phytoplankton is used as a food stock for the production for rotifers, which are in turn used to feed other organisms, and also used to feed aquaculture molluscs. The species made of only one or few cells, the phytoplankton is the responsible for 50% of the primary productivity on the earth. Waste Product of the Nuclear Power Plant Figure : Decay in radioactivity of HLW.The waste product of the nuclear power plant is the radioactive waste. The radioactive wastes are very small relative to the waste produced by the fossil fuels and other sources. This waste product is containing radioactive material, which is the product of the nuclear fission, which comes from not directly connected to the nuclear power industry. The waste that has been produce diminishes over time, so in principle to that that material needs to be isolated for long time to no longer pose a hazard. The waste can be generally classified either low level or high level. The low level radioactive waste considers as highly radioactive part of nuclear reactors and waste from medical procedures, which comparatively easy to dispose and relatively small half life. The high level radioactive waste is material from the core of the nuclear reactor or from nuclear weapon. Most of the high level waste emit large amounts of radiation and have really long half lives. The radiation coming of the radioactive waste exposes the human and that can cause about 1% of all cancers, which increase cancer risk by 0.002% of reducing the life expectancy. Each year the nuclear power plants produces the 200,000 m3 of low level waste and about 10,000 m3 of the high level waste products including fuel as waste. 1000 MWe of the light water reactor generates about 200-350 m3 low level waste per year, it also discharges about 20 m3 of used fuel, which corresponds to 75 m3 disposal volume. Where the used fuel is reprocessed only 3 m3 of glass is produced, which is similar to 28 m3 of disposal canister. All this compares with an average of 400,000 tons of ash produced from coal, plant and other power sources of the same power capacity.

Binge Drinking Freshmen :: Personal Narrative College Papers

Binge Drinking Freshmen Emily* is a typical female college student on the outside, with a shocking story hidden on the inside. Emily began drinking before most students rode on their first bus †¦ school bus! At the age of 4, Emily wasn’t given candy, but alcohol instead. As an incentive for repeating words back to her aunt she was given red wine. As Emily got older, her mother brought her to family parties, oblivious to what was going on. At these parties, Emily would typically drink scotch or whiskey, provided to her by the older men in the family. When 6th grade rolled around, Emily began drinking with friends, sneaking it into her room for sleepovers. High school was the same idea, although now, Emily consistently found herself drinking alone in the mornings, even before going to school. After graduation, Emily left home in D.C. for Boston’s Northeastern University. She described her first year in the city of Boston. â€Å"I went all out; I didn’t have to worry about having my mom catch me drunk, I drank as much as I wanted to, whenever I wanted,† she said. While, "going all out," Emily made other bad decisions, as a result of her bad drinking habits. â€Å"I slept with a couple guys and never used protection. I had to use the Morning after pill on one occasion.† Even after testing herself for HIV and other STDs, she continued to binge drink every weekend. This went on until last fall, when she nearly lost her life leaving a bar downtown. It was a cold, dark, rain driven late night/early morning in Boston and Emily wanted nothing more than to go home to bed. Yelling obscenities after leaving the bar, she was hit by a cab. Her head slammed into the pavement and she had a seizure. Her friends called 911 immediately and she was rushed to the hospital. After spending a few days in the hospital, Emily realized like always after a night of drinking that she was having trouble remembering the details. Only this time, things were different, she told me she couldn’t form short/long-term memories or even remember things in her past. Emily decided to take a look at her life, ultimately realizing she wasn’t happy with herself. Cold turkey appeared to be her only option with alcohol at the time and she gave it a shot. Even with stories such as these being published in newspapers throughout the country on a daily basis,

Allegory of the Cave V Pleasantville

The movie Pleasantville is very symbolic. It is a movie that could be interpreted a number of different ways. Most will agree, however, that the basic point of the movie concerns the subject of change. But we can also see the movie as a modern version of Plato's Allegory of the Cave. From this point of view, Pleasantville depicted in black and white represents the cave, while color represents the world of enlightenment beyond the cave. Before David and Jennifer become Bud and Mary Sue, everything in Pleasantville is apparently perfect. Everyone lives their day-to-day lives without any problems.Pleasantville seems to be a place of perfect bliss. Everyone in the little town lives a life of safety, happiness, but also ignorance. Outside of Pleasantville, there is disorder and unhappiness. At the beginning of the movie, David is the typical â€Å"loser† at school; he is unhappy with his life. His sister, Jennifer, is a promiscuous teen. All of these scenes are in color. In Pleasan tville, however, before the town is ruined, everything appears in black and white, and all the people are apparently content with their lives. For example, nothing here can catch fire, and the firefighters only have to rescue cats out of trees.The basketball team always wins and players on the team make every single shot. After David and Jennifer are introduced to the peaceful, harmonious town of Pleasantville, however, the flawless, isolated, but ignorant community is turned upside down and ruined. When Bud tells Skip that his sister wouldn’t want to go out with him, for example, Skip suddenly can’t make a shot, and is thus unhappy for the first time. When Betty Parker learns about sex, a tree catches fire, and funnily the firemen do not know what to do, and only respond when they think that there is a cat stuck in a tree. Towards the end of the movie, people start to riot.They destroy the burger place, and they burn piles of books. There is total chaos and disorder. The original peaceful community is lost when the contagious disease of enlightenment, represented by color in this movie, is introduced. One could argue that this movie portrays change and enlightenment as a good thing, but there is also substantial evidence that this movie is showing change as a bad thing. The laws of entropy apply in this movie. Pleasantville exists in a delicate balance of perfect order, but when new things are introduced to throw off the balance, everything naturally turns to chaos and disorder. Allegory of the Cave V Pleasantville The movie Pleasantville is very symbolic. It is a movie that could be interpreted a number of different ways. Most will agree, however, that the basic point of the movie concerns the subject of change. But we can also see the movie as a modern version of Plato's Allegory of the Cave. From this point of view, Pleasantville depicted in black and white represents the cave, while color represents the world of enlightenment beyond the cave. Before David and Jennifer become Bud and Mary Sue, everything in Pleasantville is apparently perfect. Everyone lives their day-to-day lives without any problems.Pleasantville seems to be a place of perfect bliss. Everyone in the little town lives a life of safety, happiness, but also ignorance. Outside of Pleasantville, there is disorder and unhappiness. At the beginning of the movie, David is the typical â€Å"loser† at school; he is unhappy with his life. His sister, Jennifer, is a promiscuous teen. All of these scenes are in color. In Pleasan tville, however, before the town is ruined, everything appears in black and white, and all the people are apparently content with their lives. For example, nothing here can catch fire, and the firefighters only have to rescue cats out of trees.The basketball team always wins and players on the team make every single shot. After David and Jennifer are introduced to the peaceful, harmonious town of Pleasantville, however, the flawless, isolated, but ignorant community is turned upside down and ruined. When Bud tells Skip that his sister wouldn’t want to go out with him, for example, Skip suddenly can’t make a shot, and is thus unhappy for the first time. When Betty Parker learns about sex, a tree catches fire, and funnily the firemen do not know what to do, and only respond when they think that there is a cat stuck in a tree. Towards the end of the movie, people start to riot.They destroy the burger place, and they burn piles of books. There is total chaos and disorder. The original peaceful community is lost when the contagious disease of enlightenment, represented by color in this movie, is introduced. One could argue that this movie portrays change and enlightenment as a good thing, but there is also substantial evidence that this movie is showing change as a bad thing. The laws of entropy apply in this movie. Pleasantville exists in a delicate balance of perfect order, but when new things are introduced to throw off the balance, everything naturally turns to chaos and disorder.

The process of developing and designing products

The process of developing and designing products has taken a sharp change in the last couple of years. Companies are being pushed by demanding global customers and are being challenged by rapid change of technology. Manufacturers have had to increase the speed of design cycles while at the same time cut the cost of development and manufacture. They must ensure the product takes full advantage of the latest and best technology. Leading companies have found that obstacles in the market today are far too rigorous to overcome on their own. This process of design and development of products has never been so competitive and daunting. However, it is more critical for future success. The Success of modern day companies is due to help from a resource that has been present since the early days of the company. The answer is suppliers. In some industries suppliers are taking on responsibility for designing parts, components, materials, assemblies, and even complete systems for automobiles, computers and other products. Leading manufacturers are using their supply bases as a key element of their product design strategies, and it’s paying off in a big way. In other words the old saw â€Å"Slow and sure wins the race† no longer holds. Speed is competitive edge today s business needs to succeed. Including suppliers in the manufacturing process adds to the clock-speed of a company. The Honda Motor Company is one such company that has recognized this need for speed and has thus adjusted its production to accommodate. The Honda Motor Company is one of the world s most well known producers of motor vehicles. The Company itself is based in Japan, but it had branches all over the world. From a simple start, Honda has grown to one of the world s most successful motoring companies, selling products in almost 200 countries. Honda has set new standards in vehicle production and design. From the Civic to ongoing participation in automotive racing, Honda s spirit of challenge and commitment forms the basis for every Honda project. Honda’s new â€Å"world platform† strategy will produce four variants of the new mid-size Accord platform. Honda s Research and development team found that the easiest way of producing their most popular make of car, the Accord, was to produce a world platform. This platform is an Accord chassis around which different accord bodies are built. For example; The Accord built for America will be larger than the one built in Japan because there is a market for larger cars. The one built in Europe will narrower so that it may compete with other cars on the European market. Essentially the Accord platform is universal. The car s appearance changes due to its location around the world. Accords will be produced in 11 and sold in 100 countries.