Self-Reflective Essay Essay Example for Free

Self-Reflective Essay Essay Coming into college I knew writing was my main weakness. It was something in school that no matter how hard I worked at it I just never seemed to get the hang of it. I knew USEM focused on writing, reading, and speaking, so I was very eager to get the opportunity to better my writing skills with a university professional. I feel that over the year my writing skills have vastly improved and I truly am excited to see where I will be in the coming years. With my first assignment analyzing the picture of food I was honestly stuck on where to even begin. It was so difficult for me to find remotely anything to start writing about and I was stuck. I struggled through the short paper and I feel the end product was quite unsatisfactory. When it comes to the diagnostics we do from class to class I feel like I have vastly improved and I am so happy about that. In regards to my speaking skills I feel I posses a very high ability to speak in front of people. I’m a very social person and I don’t have a problem talking in front of people. Ironically, until the age of about 14 I was terrified to talk in front of people at all. I have truly worked on it to work out that fear behind me. Knowing that speaking is one of my strengths, I still look forward to improving my writing skills throughout next term and the remainder of the year. I feel like my participation in the class was quite good. When it came to our impromptu presentations I was always one of the first to go and I was always engaged in everybody else’s presentation. I respect the views of my classmates on all issues. I really enjoy taking my standing on a topic and comparing it to those around me and seeing why they look at it from that angle. I was on time to every class except one day and I was sick. I don’t like missing classes because being behind is one of the worst things in my  opinion. In coming terms I need to improve on getting extra help outside of class. I didn’t utilize office hours as often as I should and I need to work on that. I know that it is very helpful and I need to truly begin to take advantage of that help as I feel like it will give me the push I need to take my education to the next level. That is my biggest goal in coming terms and I feel like if I can accomplish that, I will have no problems with participation in this course. So far I feel like I have been decently successful in college. My ability to turn in assignments and get them in on time has improved greatly from high school and I am so happy about that. I understand that as soon as I am able to reach out to Solly outside of class I should be set on the right track to truly being successful in college and I truly cannot wait to see the progress I make in the coming terms.

Solar Energy Sector In India General Studies Essay

Solar Energy Sector In India General Studies Essay India with abundant sunlight, unutilized manufacturing potential, readily available labour and significant demand for power, is one of the most promising markets for solar energy. The country is currently the seventh largest producer solar photovoltaic (PV) cells and ninth largest producer of solar thermal energy. Most parts of the country receive 4-7 kWh of solar radiation per square meter per day. There are 250-300 clear, sunny days in a year. This puts countrys solar potential at around 600TW per year. Still, solar energy is not the most popular source of renewable energy in India. Wind at 9,522 MW, continues to dominate the renewable energy sector , accounting for over 70% of total renewable capacity of 13,451 MW as of Sept, 2008. This sectoral report tries to cover the niche sector of solar energy in India which is still in nascent stage with very few detailed reports available. The sectoral report covers the size and growth of this sector various government initiatives taken to ensure the growth momentum considering the fact that solar power is still quite costly as compared to conventional sources of power. Thereafter the various key success parameters in the form of various issues challenges which decides the growth in this sector are covered like managing high cost, policy hurdles, environmental concerns, low land availability, power evacuation hurdles, profitability problems, entry barriers for new manufacturing facilities etc. Next the key enablers to sustainable success of solar energy sector in the form of technological innovations is discussed based on various factors. Here the focus is on various upcoming technologies in the solar sector like crystalline silicon, thin film, solar thermal/ CSP etc . Sectoral Report also give a brief overview of the key initiatives in the solar sector taken by a company which made it a leading company in solar sector. Finally the growth projection for the solar sector as a whole is being highlighted. Size and Growth of Solar energy sector in India The government of India started focusing on the solar energy segment when Ministry of New and renewable Energy (MNRE) launched a countrywide solar PV programme as a part of its renewable energy programme. It aimed to provide remote village electrification through decentralized distributed generation(DDG) using solar technologies and promote such technologies for urban, industrial and commercial applications. India has since transformed into a low cost hub for manufacturing solar PV cells and modules, a large proportion of which is exported to other countries. For instance, according to a 2008 study on solar PV industry by Indian Semiconductor Association, India produced 335 MWp of PV products during the period 2002-07 of which 225 MWp was exported. The annual production of solar PV cells increased from 9.5 MW in March 2000 to 110 MW in March 2000. The production of solar PV modules grew from 11 MW to 135 MW over the same period. In 1982, the government launched the national solar thermal energy programme to promote solar technologies such as parabolic troughs, parabolic dishes and solar power towers for generating grid-interactive power. The programme involved increasing awareness about the use of solar thermal energy as well as encouraging the manufacture of solar thermal equipment. The government even subsidized solar thermal products like water heating systems and solar cookers. Since then, Indias solar thermal energy collector area (a solar thermal collector absorbs sunlight to convert it into heat energy) has increased significantly from 119,000 square metres to over 1.66 million square metres as of March 2007. However the number of solar thermal installations (comprising parabolic troughs, parabolic dishes and solar towers) per 1000 people is still very low at 0.52. The MNRE has targeted installing 5 million square metres of collector area by 2012. In terms of end-use, there was area of solar water heating systems and 0.62 million box-type solar cooker units as of Dec, 2007. Recent government initiatives In June 2008, the prime minister launched the National Action Plan for Climate change (NPACC), which categorically targets an increase in solar based generation in country. As part of the plan, the government has approved the creation of national solar mission on the lines of the Atomic Commission. The mission has a target of adding 1000 MW of concentrated solar power in the next 10 years. Also as part of governments plan for solar energy segment is the launch of a major research and development programme which would enable the creation of more affordable and convenient solar power systems, and promote innovations for storing solar power for sustained, long term use. International cooperation would be an important part of RD programme. The US government recently sent a delegation including fourteen US-based solar energy companies on its first trade mission on solar energy in India. Till date the union government has made various concessions for solar energy development in India. The MNRE in an effort to promote large sized grid-interactive solar power generation projects, recently introduced a generation based incentive (GBI) of Rs 15 per kWh for solar PV and Rs 13 per kWh for solar thermal projects. Solar PV power generation plants with minimum installed capacity of 1 MWp per plant are eligible for the incentive. However, the incentive is available only for maximum cumulative capacity of 10 MWp of grid-interactive solar PV power generation projects in a single state, with the overall project size being limited to 50 MWp. Further, no single entity can achieve GBI for projects of more than 5 MW. The industry has been demanding the removal of the total capacity and per plant limits but, so far , no steps have been taken by the government in this regard. The government has also sanctioned the Development of Solar Cities Programme for the Eleventh Plan Period. The programme will extend support to municipal corporations for preparing and implementing the plan to set up 60 solar cities at investment of Rs 5million, which will enable a minimum of 10 per cent reduction in total demand conventional energy by 2012. The Forum of Electricity Regulators, headed by the Chairperson of the Central Electricity Regulatory Commission, is working on the road map to achieving the NAPCCs target of sourcing 5% of total power generation from renewable sources. Key Success Parameter for Solar Sector Growth: Handling Issues Challenges Despite these efforts, the solar industry still faces a plethora of issues including high production costs, lack of land, inadequate financing options and rising environment concerns. Moreover, despite the government offering many incentives, the industry is demanding more in order to be commercially viable. Policy Hurdles According to project developers, further policy action is required on the solar energy front. There is still a cloud of confusion surrounding the policy framework. Developers have cited issues as lack of clarity regarding the clearances required to set up operations. Others complain that it takes excessive time to obtain the multiple clearances required. Many developers have also faced problems with state governments as the latter have not adhered to the power purchase agreements. There is also strong demand for removing the cap on MNREs GBI. High Costs Despite costs coming down over the years, power generation from solar PV is still four to five time more expensive than fossil fuel-based generation. The estimated cost of generation from solar PV and solar thermal sources in India is Rs 12-20 per KWh and Rs 10-15 per KWh respectively. On the other hand, power from conventional sources can cost as little as Rs 3-4 per KWh. According to industry estimates, the current tariffs for initial 10-year period are not sufficient to make solar projects viable. This combined with project financing at 12-14 per cent with a loan tenor of seven-eight years result in internal rate of return (IRRs) of 6-10 %. Attractive IRRs have been the single most important factor for growth for the solar PV industry in Europe, with developers receiving at least an incremental return of 4-6 per cent over the capital/ financing cost. Several factors have contributed to this trend. With respect to crystalline solar PV-based power production, one of the most significant cost components is the high cost of energy, which constitutes around 11% of the total production cost (for a vertical integrated plant). Energy costs borne by solar power developers in India are especially high as industrial consumers are typically charged higher energy tariff to cross subsidize domestic and agricultural consumers. Interest cost and depreciation are two other important cost components, comprising 15% of production cost. According to a presentation by Rajeewa Arya, Chief Executive Officer, Mosaer Baer Photo Voltaic , project financing for solar power developers is usually granted at an interest rate of 12-14% for a loan tenor of seven-eight years, making solar PV projects ‘unviable. Thin film based solar PV technology is a cheaper alternative to mono or polysilicon based solar PV technologies as it costs less to manufacture thin film modules. Thin film modules are created by coating entire sheets of glass or steel with thin layers of semiconducting materials, which obviates the need for large quantities of semiconductors, thus lowering energy inputs and, consequently, the cost of production. With thin film modules, there is also added opportunity of locally sourcing raw material. The current cost structure of thin film silicon-based modules varies from Rs 50 to Rs 64per watt peak (Wp) depending on the efficiency (6 to 8.5%) of the module compared to Rs 88.7per Wp for silicon crystalline modules. Entry Barrier against Competitors for Manufacturing Process Solar PV cell manufacturing is a technology-intensive process requiring sophisticated expertise and know how. The technological landscape is changing rapidly. Moreover, as it is challenging for new entrants to replicate the success of companies having a long standing in solar PV market, competition is reduced to an extent. Environmental Concerns Some of the raw materials used for producing solar PV cells, like cadmium , are hazardous. Other raw materials, like plastics are non-biodegradable. Although some of the wasted generated during the manufacturing process is recyclable (for example silicon), not all materials are recyclable . As a result disposal is challenge. Low Land availability Solar Power plants require large areas of land 35-40 acres for a 5 MWp installation. However suitable tracts of land are not always available and land acquisition is sometimes subjected to local resistance. Power Evacuation In the past, it has been often seen that a transmission line is required to be drawn from solar power plant site to the nearest substation, which is usually 4-5 Km away. The concerned power utilities generally insist the line be drawn by the promoter of solar project. Setting up a transmission line is not only unfamiliar work for solar project promoters or engineering, procurement and construction contractor , it also adds substantially to the capital costs incurred. For conventional power plants, the respective transmission or distribution companies set up the line and purchases power from premises of the generating station. This is because TD companies have the experience and legal support to tackle socio-political issues that arises while setting up transmission lines across land owned by multiple landowners. Profitability In addition to raw material and project financing costs, Indian solar PV manufacturing companies face the problem of achieving profitability, as most companies are partially integrated. This means that they either buy wafers and convert them into cells , or buy cells and convert them into modules. In the value chain, 60% of value addition lies in the polysilicon and wafer manufacturing segments. In India, however cell and module manufacturing is largely carried out domestically, leaving polysilicon and wafers to be imported. This leads to a substantial loss in margins, increases the cost of the solar panel, and thereby increases the cost of the energy generated from solar power. If it is assumed that both the partially integrated manufacturer and vertically integrated manufacturer can sell the module at around Rs 145( based on international pricing of a crystalline silicon module), this gives the vertically integrated manufacturer a margin gain of 42 percentage points over the partially integrated one. There are however , several technical limitations as a result of which partial integration is more feasible than vertical integration. These include unavailability of technology and raw material. A key reason for this is high capital requirement for setting up such manufacturing capacities. In light of this , capital subsidies could boost vertical integration and reduce cost of production. Solar Thermal Advantages of Solar Thermal Power Solar Thermal power exhibits a different set of dynamics from solar PV as energy storage is much easier in the former. Solar thermal power plants have systems for heat storage and , consequently , generate power even after sunset . Solar thermal technologies have the additional advantages of being able to generate electricity right after the construction of collector (in other technologies, there is usually a gap between plant construction and production of electricity , which increases the interest cost to investment made). Limitations of Solar Thermal Technology On the flip side, however the technology has two key limitations. First, while PV systems can be installed in proximity to customers , thereby decreasing transmission and distribution costs, concentrated solar thermal systems require optimal solar conditions and large open spaces, which are only available at a great distance from customers. The second reason, as is explained in a report by McKinsey Consulting, â€Å"The ability of concentrated solar thermal power to cut costs further may be limited because it relies on conventional devices such as pipes and reflectors whose costs will probably fall less significantly than those of materials used in semiconductor-based PVs†. Issues Challenges- Going Forward Overall, solar energy costs can be expected to decrease significantly in the future. Capital costs have already declined over the past two decades, bringing down the cost of solar PV and solar thermal. Costs are projected to continue reducing to eventually compete with fossil fuel prices. With economies of scale and development of new technologies, the industry is targeting to achieve a level of Rs6-8 per kWh in three to five years. Analysts have further advocated that developers undertake cost cutting measures such as sharing operational resources, and building the plant closer to consumers to save on transmission expenses etc. Moreover, a carbon tax on coal based generation could provide a significant boost to CSP technology. Breakthroughs in nanotechnology also promises a significant increase in solar cell efficiencies from current values of around 15% to over 50%, which could subsequently reduce the cost of the solar energy produced. Key Success Enabler for Sustainable Growth in Solar: Growth in Technological Innovations Crystalline silicon The development of crystalline silicon technology took shape in 1976 when the government launched a five year programme focusing on indigenous commercial production of solar cells and modules based on crystalline silicon. Advantages of Crystalline Silicon Crystalline silicon technologies have several advantages. They are tried and tested and relatively more widely available in the Indian market, thus familiarity among groups and producers. Consequently, most applications for solar PV use have been designed on the basis of silicon-based PV characteristics. The technology also has relatively high conversion efficiencies of 15 to 18% for the polycrystalline versions and 17-18% for the monocrystalline version. Hence, they are ideal for locations with space constraints as the size of the panels need not be very large. Issues with Crystalline Silicon On the flip side , however , crystalline solar PV technologies are heavily dependent on pure solar grade silicon which has limited supply. Though accessing high quality of sand for manufacturing silicon is not a constraint in India, production of refined metallurgical silicon is costly , complicated and energy intensive. Crystalline technologies are also expensive, costing $2.4 and $2.15 to produce a 1 Watt monocrystalline and polycrystalline cell respectively. Crystalline technologies consume 8-9 grams of silicon per watt. However, silicon is a scarce commodity in India and these costs end up constituting a large part (40-50%) of the module costs. Over the years though, silicon usage in crystalline technologies (in terms of grams per watt) is expected to reduce. Future outlook of Crystalline Silicon The future of crystalline silicon technologies will be driven by technological advances that will establish new benchmarks in solar PV cell efficiency using materials that can trap a higher proportion of incident spectrum and convert it into useful energy and reduce cost by developing less energy intensive techniques of production and benefiting from decreasing polysilicon prices , and reduces waste. In the future, though other emerging technologies are likely to gain prominence , industry experts expect that solar PV systems based on crystalline silicon will dominate the off-grid applications segment with small rooftop-based installations. Though crystalline technologies monopolize the solar PV market at present, they are expected to slowly be replaced by more cost-effective technologies such as those based on thin film. By 2011-12 , the market share of silicon crystalline is expected to decline to 65-70%. Thin Film Thin film-based solar PV technology is a low cost alternative to crystalline silicon. The market share of thin film technologies currently stands at around 8% but is expected to go up to 35%in the next few years in India. In contrast to silicon crystalline technologies, thin films are expected to be especially important for on-grid applications in India Advantages of using Thin Film The key advantage of thin-film technologies is that they are more cost effective than other crystalline-based solar PV technologies as they require fewer materials and energy. Issues with Thin Film However thin film-based technologies are still at research and evolution stage and have relatively lower conversion efficiency compared to silicon crystalline technologies. There are other future challenges. Although thin film technologies have revealed long-term stability, some degradation has been observed. This is yet to be properly understood and dealt with. Moreover, in the long term , the availability and price of tellurium ( a key raw material in the production of thin films) are likely to become a bigger concern when the production capacity level reaches tens of gigawatts. Solar thermal/ CSP In addition to solar PV, solar thermal technology is also gaining traction in India. For on-grid applications, concentrated solar power (CSP) systems use lenses or mirrors and tracking systems to focus a large area of sunlight into a small beam. This technology is commercially available with over 12 billion units of operation experience. The one drawback it faces is its use of an oil based heat transfer medium, which restricts operating temperature to up to 400 C , resulting in stream of moderate quality. This technology is again suited for grid connected plants but with high temperature process heat requirement. The highest capacity achieved until now for a single unit with this technology is 10 MWe. This technology is ideally suited for stand-alone, off-grid power systems or clustered to larger grid-connected dish parks. The highest single unit solar capacity achieved with this technology is 25 kWe. In some recent designs, a unit size of about 10 kWe has been claimed. However projected mass production goals and costs are yet to be achieved. Status of Solar Thermal in India The cumulative collector area of solar thermal thermal energy in India has grown steadily from 119,000 sq metres in 1989 to more than 2.6 million square metres in December,2008. Though this is substantial increment , the absolute number of solar thermal installations per 1000 people is very low at 0.52. In terms of end-use, there are 2.6 million square metres of collector area of solar water heating systems and 640,000 box-type solar cooker units as of January, 2009. Issues with spread of Solar Thermal The key disadvantage with all concentrated solar power systems is that the hours of power production coincide theoretically with hours of sunshine. However, with some adaptations , such as energy storage , it is possible to control the hours of power production. According to the Ministry of New and Renewable Energy , India has a gross potential of about 30 million square meters of collector area. In fact , in its draft policy , it has target of installing 5 million square metres of collector area till 2012. However, given the current status, a lot of distance is yet to be covered. However there are several key issues that needs to be addressed. Solar thermal power developers have to incur a high initial cost of equipment. Solar thermal equipment also requires a large quantity of space compared to conventional electric equipment. Currently , the number of equipment suppliers, spare part manufacturers and service providers for solar thermal equipment is limited. According to industry players , there is an urgent need for developing supply chain that can bring efficiencies to the system , from design to delivery. Concentrated Solar PV systems In order to tackle the above challenges, the industry is experimenting with concentrated solar PV-based systems, which use mirrors or lenses to focus light onto solar PV cells to produce electricity. This is in contrast to concentrated solar power using parabolic troughs or dishes that use heat from sun to produce steam, which turns an electric generator. Concentrated solar PV systems are so far at an experimental stage. Spanish firm Solfocus is working on a 3 MW concentrated solar PV power plant in southern part of the country. Future Growth Projections of Technological innovations in solar Substantial research is being undertaken to come out with more cost-efficient and conversion-efficient versions of solar power technologies. Researchers are targeting conversion efficiencies between 30% to 60% , while using similar low-cost materials and manufacturing techniques. In the solar PV field, new and emerging technologies are being designed to overcome the shortcomings of thin film such as poor electrical performance while maintaining low production costs. New solar cells made of nano materials are reportedly the next big advancement in the solar PV industry. Nano materials exhibit superior properties , such as high strength and flexibility , and trap more energy than conventional solar PV cells. Leading Companies in Solar Sector Applied Materials Inc.: Key success factors Future Growth projections Applied materials creates and commercializes nanomanufacturing technology that helps produce virtually every semiconductor chip and liquid crystal flat panel display in the world. Applied materials built on that expertise to enter PV cell manufacturing equipment industry and become the number one supplier in 2008 (Source: VLSI Research, Inc.) For crystalline silicon, they have the best-in-class tools with a focus on thinnest wafers , highest productivity and higher efficiency . The Precision Wafering System division offers MaxEdge â„ ¢ using the dual wire concept to enable cutting large loads with thin wire along with wire saw systems for cropping and squaring. The Baccini â„ ¢cell division offers the industry-leading solution in line metallization and test that can handle ultra-thin wafers. Further the companys Aton â„ ¢ offers the highest productivity and cost benefits for ARC deposition and passivation in cell manufacturing. For the thin film market, Applied has developed the SunFabâ„ ¢ Thin Film production line , the worlds first line capable of producing 5.7 square meter solar modules. As PV manufacturers seek to build highly automated , efficient plants, Applied Materials ability to commercialize innovative solar technologies and its unmatched global resources and service network bring the promise of a cleaner, brighter energy future. Future Growth Projections in Solar Energy Sector According to analysts and financial consultants, there may be temporary slowdown in the solar energy sector due to the current economic crisis. Funds have become restricted and companies are looking for safer investments. However the situation is going to turn around with increased government focus. According to industry estimates, the total annual demand for solar energy (including solar thermal systems) in India will rise from current 30-40 MW to 700 MW by 2012 due to falling costs of solar systems. The MNRE is targeting a solar energy capacity of 500 MW by the end of the eleventh plan period. However, this target is expected to be surpassed. By 2017, the MNRE expects Indias solar capacity addition is expected to rise from current 30-40 MW per annum to 70 MW by 2012, driven by decreases in the prices of solar PV. Around 50% of capacity addition is expected to come from solar PV based grid-interactive generation. Solar based generation for the grid is expected to be 25 MW, 50 MW, 75 MW and 100 MW in 2009, 2010, 2011 and 2012. The increase will be partially drawn by generation based incentive, which has already led to companies such as Reliance Industries and Moser Baer expressing interest in setting up grid-interactive solar PV plants worth over 1000 MW. All in all , the Indian solar energy industry is looking at busy times ahead. List of References: http://mnes.nic.in/ http://www.powermin.nic.in/ http://www.projectsmonitor.com/ http://www.indiasolar.com/ren-india.htm Datamonitor- Online Library Resources http://en.wikipedia.org/wiki/Solar_power_in_India http://www.solarpowerindia.com/ http://www.business-standard.com/india/news/ multiple news related to solar power sector http://www.cercind.gov.in/ http://www.crisil.com/research/ Based on Three years of work-experience in power sector related industry contacts Study of various textbooks literature regarding solar energy while I was doing Post Graduate diploma course in Thermal Power Plant engg from an institute under ministry of Power

The Debated and Hated SUV Essay -- Transportation Cars Vehicles Papers

The Debated and Hated SUV Since the early 1990s, the car market has become saturated with sport utility vehicles. While SUV’s have been enthusiastically received by a wide spectrum of the demographic – everyone from teenagers to soccer moms -- not all are excited by its arrival. Some of the current complaints with SUVs have to do with their ridiculous size and relative fuel inefficiency. Others criticize the vehicles as being unsafe, and certainly unnecessary, for the tasks for which they are commonly used. But even with the recent campaigns to educate the public on the possible physical and environmental risks posed by the automobiles, SUV purchases continue to be on the rise. Indeed, with car sales on the decline, and the SUV being seen as a possible savior -- or at least band-aid -- for the struggling motor industry, any movement to ban SUVs in the near future is unlikely. There have been many arguments made for and against SUV’s. Anti-SUV groups have made good points by closely entwining logos and pathos arguments. Often anti-SUV arguments use crash statistics and environmental research to make there clams. While their use of statistics is good, anti-SUV arguments can err on the side of being so emotional they create a pathos fallacy. SUV advocates make arguments also based on statistics, but they rely more heavily on pathos based argument. One of the most prevalent fallacies made in pro-SUV arguments is that of distraction by focusing on the anti-SUV groups rather than discussing the issue at hand. Both anti and pro groups have made fallacies, but they have also made several great arguments. The desire for self-preservation is present in all people; this is why SUV safety is such a huge issue. â€Å"Ask a typic... ...e. There are those that would ban SUVs, and others that would rather just regulate them. Those that proudly drive their SUVs feel that all the bad press is directed at them. In the end there are several good arguments made on both sides. Works Cited Davidson, Ross. â€Å"The Bully on the Block.† Salon. Dec. 8, 1997 http://www.salon.com/news/1997/12/08news2.html Flint, Jerry. â€Å"The Holy War on SUVs.† Forbes. 03.03.2003. http://www.forbes.com/global/2003/0303/051.html Kirn, Walter. â€Å"Why I Love My SUV.† Time. Feb 24, 2003 v161 i8 p42 Mencimer, Stephanie. â€Å"Bumper Mentality.† Washington Monthly. December 20, 2002 http://www.alternet.org/story.html?StoryID=14839 National Highway Traffic Safety Administration http://www.nhtsa.dot.gov/ SUV Info Link, The. â€Å"Environmental Double Standards for Sport Utility Vehicles.† http://www.suv.org/environ.html The Debated and Hated SUV Essay -- Transportation Cars Vehicles Papers The Debated and Hated SUV Since the early 1990s, the car market has become saturated with sport utility vehicles. While SUV’s have been enthusiastically received by a wide spectrum of the demographic – everyone from teenagers to soccer moms -- not all are excited by its arrival. Some of the current complaints with SUVs have to do with their ridiculous size and relative fuel inefficiency. Others criticize the vehicles as being unsafe, and certainly unnecessary, for the tasks for which they are commonly used. But even with the recent campaigns to educate the public on the possible physical and environmental risks posed by the automobiles, SUV purchases continue to be on the rise. Indeed, with car sales on the decline, and the SUV being seen as a possible savior -- or at least band-aid -- for the struggling motor industry, any movement to ban SUVs in the near future is unlikely. There have been many arguments made for and against SUV’s. Anti-SUV groups have made good points by closely entwining logos and pathos arguments. Often anti-SUV arguments use crash statistics and environmental research to make there clams. While their use of statistics is good, anti-SUV arguments can err on the side of being so emotional they create a pathos fallacy. SUV advocates make arguments also based on statistics, but they rely more heavily on pathos based argument. One of the most prevalent fallacies made in pro-SUV arguments is that of distraction by focusing on the anti-SUV groups rather than discussing the issue at hand. Both anti and pro groups have made fallacies, but they have also made several great arguments. The desire for self-preservation is present in all people; this is why SUV safety is such a huge issue. â€Å"Ask a typic... ...e. There are those that would ban SUVs, and others that would rather just regulate them. Those that proudly drive their SUVs feel that all the bad press is directed at them. In the end there are several good arguments made on both sides. Works Cited Davidson, Ross. â€Å"The Bully on the Block.† Salon. Dec. 8, 1997 http://www.salon.com/news/1997/12/08news2.html Flint, Jerry. â€Å"The Holy War on SUVs.† Forbes. 03.03.2003. http://www.forbes.com/global/2003/0303/051.html Kirn, Walter. â€Å"Why I Love My SUV.† Time. Feb 24, 2003 v161 i8 p42 Mencimer, Stephanie. â€Å"Bumper Mentality.† Washington Monthly. December 20, 2002 http://www.alternet.org/story.html?StoryID=14839 National Highway Traffic Safety Administration http://www.nhtsa.dot.gov/ SUV Info Link, The. â€Å"Environmental Double Standards for Sport Utility Vehicles.† http://www.suv.org/environ.html

Uranus (not finished) :: essays research papers

Because Uranus is the 7th planet from the sun, not only is it cold, but it's barely visible too. During the night the only way you can see it is through binoculars or telescope; sometimes on a clear night it's visible to the naked eye. Even from the planet it is dark. Only 15moons are able to be seen, the rest is too dark to tell. Uranus was discovered with a telescope, by William Herschel. Uranus reaches a maximum brightness of magnitude 5.5 and can be seen by the naked eye as a faint point of light in a clear, moonless sky. In Voyager 2 photos, Uranus appears as a generally featureless disk, except for considerable darkening toward the edges. Faint banding is seen in contrast enhanced images, which are clouds. Uranus's average distance from the Sun is 2.875 billion km, and the planet takes 84.01 Earth years to make one revolution about the sun. The inclination of Uranus's orbit is 0.742. Its period of rotation was determined by Voyager 2 to be 17.24 hours. One weird aspect of Uranus is that its ration axis inclined 97.54 degrees from its orbital plane. The circumference of Uranus is 160,454km. This means that the poles of Uranus lie nearly in the plane of its orbit path. Uranus has an equatorial diameter of 51,100km; almost precisely four times that of the Earth. The volume is approximantly 67 times greater than Earth. The gravity is 1.17 times greater than that of Earth. The dark bands discovered in 1869 in the red part Uranus were identified in 1932 as being caused by methane gas in Uranus's atmosphere. This red "spot" of Uranus is the major cause of the blue green color of the planet; the methane absorbs much of the red light from the impinging white sunlight, leaving a bluish green color in the reflected sunlight. Measurements by Voyager 2verified that hydrogen is the main constituent, about 15% in terms of molecular weight, which is a larger percentage than in the atmospheres of either Jupiter or

Wal-Mart Case Study Essays -- Business Analysis Wal Mart

Wal-Mart Case Study Case Review and Recommendations As we have reviewed and studied the strategy, culture, finances and the challenges and successes at Wal-Mart, there are many strategies we see that the company must undertake to hold its dominate position and drive further growth. Herein, we define our top four. These core strategies include: rebuild and recreate its reputation in the face of recent challenges; continue to show price leadership; improve the customer experience; and drive international growth. The financial performance of Wal-Mart continues to be strong. It delivered another record year in 2008 as total net sales increased 8.6 percent to $375 billion. Yet, earnings growth rates and same store sales have slowed. And, the company faces a number of challenges to its operating procedures, reputation and growth prospects. Given the company’s stated objectives of â€Å"growing operating income faster than sales† and increasing shareholder value, the strategies we recommend will directly affect the company’s ability to overcome present challenges and meet these primary financial objectives. Reputation and Brand A key strategic objective, perhaps the most critical for the company going forward, is to rebuild and recreate its reputation. While brand and reputation are closely interlinked, author and business consultant, John Foley, differentiates the two attributes in this manner: â€Å"Brand is inside out. Reputation is outside in† (Foley 3). Wal-Mart’s reputation has waned in the past several years and, according to Foley, â€Å"the... ...and - its promise, image and emotion that it creates - remains relatively strong. The Wal-Mart mission of â€Å"saving people money so they can live better† is clearly and consistently communicated. However, Wal-Mart’s reputation, the â€Å"outside in† view, built on direct experiences, outside opinions, rumors and judgments, must be strengthened. The pillar of its overall business strategy – price leadership – must be maintained. The company’s power and influence can be used to create positive affects in consumers’ lives, not only in their wallets. Finally, growth opportunities exist in the US and beyond. In order to deliver growing shareholder value, the company must continue to reach into emerging markets.

Radio Documentary

RET potash a series called Documentaries on 1, these touch on may subjects and might be suitable for the longer version of this programmer. However, I would like to think that other stations will be willing to look at the subject matter and consider it as a stand-alone piece. The independent radio stations, Nearer – or LOAM, regularly do these kind of projects. Radio Techniques Voice, passion, and the stark contrast will play the main element of my documentary. Music will be important, but not the main factor. I intend, at this time, to use a cut in as my intro.This will be a combination of low bass slow beat Music, overlapped by a girl crying, fading out to a door closing, heavy rain falling, and then introduction. Here I will come in and introduce my if rest guest†¦ Don't have any plans to intermittently use sound effects through the programmer, however, that may change when look at post production; I'm not ruling it out at this time. Troubleshooting refer to take the a pproach of trying to see of any problems before bring my project to paper, think this is why it takes me longer settle on my assignment, and I know this is something I need to address.I do worry a bit that the voices of the two people I know may not be as strong within the programmer itself, but I plan to walk them through it a few times on a ‘Dry run' before the actual show itself, and I hope this will make them more relaxed. REPORT Last year I was very lucky to meet a young Irish woman called Rosemary, she is homeless, she IS identity less, and she is clinically blind. Rosemary is one of fife's very hard luck stories, but she is always smiling and she makes the most of life.The statistics for the homeless of Dublin, say an average of 1 60 people without permanent home or shelter, sleep on the streets of the capital city every night. This figure could be off by as much as 50/60 people per night however, as a lot of homeless people walk around during the night and then sleep o n a park bench by day, so they aren't included in the list. Every system that should have been in place to protect Rosemary, has failed her. She comes from a traveler background. Her mother left her when she was very nouns, and she was used and abused by a succession of supposed relatives.The department of social protection classify her as non-existent; she has no passport, no identity card, and no UPS number. She lives in a shed, when she can, and when that is not available, she sleeps in doorways, or relies on the kindness of homeless shelters to help her out. I met Rosier, on a bitterly cold night in Dublin city during a drive to bring clothes and food to the homeless, she was wearing sandals and her feet were purple with cold. It shocked me to the core that a young blind woman, could be homeless, feel her story serves airtime.I wanted this to be part of a bigger documentary, something that looks at the diversity Of life, initially just about Women, but ultimately across a wide d ivide. Shawn, is the proprietor of Sex Soap, a health based, body safe, sex toy distributor for both men and women. She could not be more different than Rosier. That said, the fact that they are female, both very close in age, both live in Ireland, and neither of them thought they would be doing what they do now, is the thread of my programmer. My show plans to look at the diverse lives of these two women, who, but for fate, could be so efferent.My guest Shawn, came about simply from following her on twitter. Her tweets, which one might expect to be lewd and disingenuous, are in fact very amusing, her ability to speak freely, and also her accomplished style of writing intrigued me. Couple that with the fact that she has won the Realer awards, and been asked to speak about safe sex and body conscious products, was enough for me to know I wanted to include her in this project. Originally wanted my show to be three voices, however, I felt time constraints would limit what each would ge t a chance to say, and I wanted the entrant to be relatively stark.I found that my time could have been put to better use, by not dithering over the little things, like who to put first on the running order, or how much information to include from research rather than letting their voices be the show. Did struggle with wanting the show to be purely their voices, and realizing that if I'm to market a brand, then I have to be a part of that branding. Women in business do have a harder time Of it than men that is a proven fact. Young women in business harder again, the sex industry business is just rife for negative connotations.However, engaged to find a young woman, filled to the brim with positivist, who speaks regularly at events to not only promote her business, but also to promote safe sex, and healthy lifestyles. Homeless people are generally branded as junkies, or alcoholics, trouble makers, or down and outs, with little if anything to offer to the world. My experience has taug ht me that is not true, and no more so than now when families are being made homeless against their will. I hope that the choices I have made with regard to imagery through music, different voices, and with the content of the programmer, shows a well- leaned out process.

Literary Analysis for John Updike’s A&P Essay

In John Updike’s A&P, a story of young man’s wasted effort on heroism is chronicled along with the fact that he has made a wrong decision on the situation. Sammy, a young teenager (assumed in the story), works as a cashier in A&P, a supermarket that caters to the different needs of consumers. One day, in an otherwise ordinary day, in walks three girls clad in skimpy bathing suits which capture the attention of everyone in the market, including the manager who reprimands them for such clothes. As the girls get embarrassed and leave the store, Sammy rushes to their defence and quits on the spot as he thinks that what the manager has done is unjustified. Sammy feels like a hero to the girls and leaves the store to rush after the girls, not knowing that the girls have long left without noticing Sammy’s â€Å"valiant† effort (Updike 596-601). In the story, there are many types of literary techniques which are evident. However, the three that stand out among the rest are the foreshadowing implemented by the author and narrator, the irony in the resolution, and symbolisms in the short story. Firstly, the foreshadowing can be seen in two ways. First, it can be perceived in terms of how the author uses a rather capturing opening of the story which gives a clue to the reader that something is bound to happen in the story and on that day in Sammy’s rather ordinary life. By using Sammy’s voice, there are allusions that something great is about to happen in the moment that the three girls walked in inside A&P and that Sammy’s life will never be the same again. The other aspect of foreshadowing can even be seen as an â€Å"en medias res† technique in the story. This is because in the middle of the story, the narrator reveals that what he is narrating has already happened and is not occurring. Hence, he is not narrating events but actually re-telling them. The other two literary techniques implemented in the short story is the use of irony which can be found in the conclusion of A&P and the symbolisms. Irony of circumstance is seen when Sammy quits his job for the girls when the girls do not even realize that he has done that. Hence, his attempt on being a â€Å"hero† is futile since the girls do not even think that they need one or that someone has rescued or stood up for them. The third and last literary technique is the usage of symbolisms. There are two symbolisms in the story: the supermarket itself and the three girls. The supermarket symbolizes the beginning chapter of Sammy’s life wherein he gets a taste of the different upsetting things that can happen in a person’s life; the three girls can represent the various forms of temptations any person encounters which can lead him to make wrong decisions. In conclusion, the use of literary techniques in any literature is very important since it adds more meaning, depth, and colour. Though any form of literature can do away with literary techniques, such aspects of literature make any written work more poignant, impacting, interesting, and meaningful. Works Cited Updike, John. â€Å"A&P.† The Early Stories: 1953-1975. New York: Ballantine Books, 2003.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   596-601. Print.