Plato The repubic Essay Example | Topics and Well Written Essays - 1250 words

Plato The repubic - Essay Example Socrates did not leave his teachings in writing but Plato incorporated most of them in his many books. Socrates arguments exemplified and clarified to his listeners the various philosophical concepts. Socrates utilized various intricately woven arguments to illustrate such philosophical constructs. The conception of abstract ideas of beauty and justice are illustrated in the statement "we shall conclude then that those who behold beautiful things but cannot see beauty itself- and will not permit another to guide then to where it is- who observes many just things but do not see justice itself and think this way in all other things, such as men have opinions about everything but know nothing of what they profess to believe" (Republic, Book V, 479). Socrates begins his argument about the abstraction of the idea of beauty by emphasizing the excessive importance normally attached to the perception that philosophers have compared to the other groups. He believes that the rulers of the days, have natures quite distinct of those of philosophers. Rulers like other 'men of pleasure' are clouded and limited in their views of beauty. He cites the examples of the lovers who are so overwhelmed by there emotions of affection, love and attachment that "They love all, and turn blemishes into beauties. The snub-nosed youth is said to have a winning grace; the beak of another has a royal look; the featureless are faultless; the dark are manly, the fair angels; the sickly have a new term of endearment invented expressly for them, which is 'honey-pale.'Similarly lovers of wine and lovers of ambition also desire the objects of their affection in every form"(Republic, Book V) "As you are a man of pleasure, you will not have forgotten how indiscrim inate lovers are in their attachments; they love all, and turn blemishes into beauties. The snub-nosed youth is said to have a winning grace; the beak of another has a royal look; the featureless are faultless; the dark are manly, the fair angels; the sickly have a new term of endearment invented expressly for them, which is 'honey-pale.' Lovers of wine and lovers of ambition also desire the objects of their affection in every form. Now here comes the point:--The philosopher too is a lover of knowledge in every form; he has an insatiable curiosity. 'But will curiosity make a philosopher" (Republic, Book V) However the philosophical crux is missed in the process. For instance the philosophers are also lovers of knowledge in all form and also have a greedy curiosity to extend this knowledge to infinite. However the presence of mere curiosity doesn't imply that a philosophical attitude or approach is present. These philosophers attitude realizes that the brief and finite life the philosopher is more inward oriented to the soul. It is his soul that is hungrier for knowledge. We will never satisfy our real appetites without reason and to get reason ruling, we have to pass through the worldly appetites of wealth, power etc. A philosopher seeks honour and love. He is not frightened of death as he is less driven by the worldly appetite and more by the appetites of the soul like he seeks ho nour. The philosophical soul believes that there is something after death. And that it's a practice of death "Aporia" is state and place of not knowing. Real philosophical education is falling into a kind of death "here is the man

BYD Chinese Car Manufacturer and Saturn Car Inc. Would it be a good Essay

BYD Chinese Car Manufacturer and Saturn Car Inc. Would it be a good merger for future - Essay Example Saturn Car Inc. A subsidiary of ‘General Motors’, has been providing quality automotive vehicles for the roads of United States since the year it was formed in 1985. The company had all the signs of a successful company with large international export chains and quality assured cars till the decision was made to sell the brand to ‘Penske Automotive Group’ in 2009. The branch was later set on a path of complete shut down when Penske decided to back out of the deal. Keeping in lieu the brief introductions of the two companies it can be deduced that BYD Auto’s intentions to expand its market to the United States and Europe lack only recognition and trust of the public. Their initiative of making environment friendly cars on such a large scale gives them an upper-hand in the international market however their reputation of copying models will have a negative effect on their sales in the new market. On the other hand Saturn Car Inc. Has a perfect public imagine regarding their quality and value of the brand but the company is on a verge of complete shutdown despite their sales and recognition in the U.S. market. If there was a ‘merger’ to occur between the two companies; Saturn Car Inc could be saved from a complete shutdown but they would surely have a little change in technology in the environment. BYD Auto’s problems regarding the U.S. markets could be solved up to a certain extent by a merger with Saturn Car Inc and the company could surmount some of its issues regarding the duplication of famous brands of cars. If a merger were to occur between BYD Auto’s and Saturn Car Inc or the latter were to be bought by the prior, the result would partially be positive in nature. Both the company’s major problems could be settled (ignoring the rise of other minor complications). It could consequent in a corporation that combine’s the environment friendly cars and their large

Development and Importance of Solar Electricity

Development and Importance of Solar Electricity Noxious gasses, acrid fumes, scarred landscapes, a massive carbon footprint, and a warming atmosphere. These are the consequences of obtaining energy from nonrenewable resources such as coal, natural gas, and petroleum. These are the sources we use to produce electricity, endangering the very planet we live on through their harmful impacts on the environment. These destructive effects include, but are not limited to, the creation of a blanket of carbon dioxide which traps heat in the atmosphere and thus warms it, water and ground contamination from spills and other mishaps, and air pollution. There is a better answer to obtaining electricity, one which reduces greenhouse gas emissions and has a much, much smaller impact on the environment: the photovoltaic (PV) cell, also known as the solar cell. Because the solar cell has these incredible benefits, our nation should invest much more money into research and development of solar power to generate electricity. Thanks to considerable public investment in green energy that came from the US, Germany, and China during the Great Recession, recent American and European regulations that have de-incentivized coal power plants [,] competition among manufacturers, and technological know-how (R. Meyer How Solar and Wind Got So Cheap, So Fast 1), solar energy has become much cheaper, and thus, economically viable. While costs do vary between regions and types of solar panels, the average cost is around 60 cents per watt (R. Meyer How Solar and Wind Got So Cheap, So Fast 1). Solar cell technology has been around since 1839 when French physicist Alexandre Edmond Becquerellar first demonstrated the photovoltaic effect, or the ability of a solar cell to convert sunlight into electricity (R. Meyer History of Solar Power 1). Forty-four years later, in 1883, the American inventor Charles Fritts created the worlds first rooftop solar array in New York (R. Meyer History of Solar Power 1). Up to this point, however, the process behind the photovoltaic effect (also known as the photoelectric effect) was not understood. The process continued to elude scientists until 1905 when Albert Einstein wrote a paper explaining the photoelectric effect (R. Meyer History of Solar Power 1). Together, Becquerellar and Einstein paved the way for the development of photovoltaic technology. During the 1950s, the U.S. military funded research on PV technologys potential to power satellites (R. Meyer History of Solar Power 1), and in 1964 the National Aeronautics and Space Administra tion (NASA) launched its first satellite equipped with solar panels. However, it wasnt until the Arab oil embargo of 1973 and the ensuing energy crisis that the United States started to earnestly develop solar energy. The U.S. governments first step was passing the Solar Heating and Cooling Demonstration Act of 1974 (R. Meyer History of Solar Power 1), which created the Solar Energy Coordination and Management Project, an organization designed to direct agencies like NASA, the National Science Foundation, and the Department of Housing and Urban Development to improve solar energy technology (R. Meyer History of Solar Power 1). When Jimmy Carter became President in 1977, he labeled the energy crisis as the moral equivalent of war and made energy policy a top priority of his administration (R. Meyer History of Solar Power 2). That same year, he created the Department of Energy and pushed through Congress several acts relating to renewable energy use. The goal of Carters efforts and th ose of Congress was to make solar viable and affordable and market it to the public (R. Meyer History of Solar Power 2). In facilitating this goal, Congress created the commercial investment tax credit (ITC) and the residential energy credit (or residential ITC) to provide financial incentives for the public to purchase solar properties (R. Meyer History of Solar Power 2). Unfortunately, the tax credit failed to increase Americas use of solar power, as solar comprised a negligible amount of electricity generation (R. Meyer History of Solar Power 2). However, declining domestic oil production and rising oil imports throughout the early 2000s (R. Meyer History of Solar Power 2) led to the Energy Policy Act of 2005 (EPAct). This act raised the commercial ITC to a temporary 30 percent rate and reinstated the residential ITC [which had expired in 1985] (R. Meyer History of Solar Power 2). Today, in addition to tax credits and grants, the government continues to heavily subsidize the indu stry with research and development, commercialization, and regulatory support (R. Meyer History of Solar Power 3). In 1985, total renewable energy production and consumption amounted to 6084 trillion Btu. Out of that amount, less than half trillion Btu came from solar power, less than 0.0008 percent of total renewable energy. In comparison in 2015, total renewable energy production and consumption amounted to 9466 trillion Btu. Out of that amount, 427 trillion Btu came from solar power, about 4.5 percent of total renewable energy. This means from 1985 to 2015 total renewable energy production and consumption increased by 3382 trillion Btu, while in the same time period, solar energy consumption and production has increased by around. 426.5 trillion Btu (US EIA Monthly Energy Review January 2017 151). Electricity is an extremely important factor of our everyday lives, but we should obtain this essential resource much more responsibly through solar power. Solar power produces significantly less greenhouse gas emissions (more specifically carbon dioxide) and has a very high technical potential. According to the United States Environmental Protection Agency (EPA), greenhouse gases are gases that trap heat in the atmosphere (EPA 1). In 2014, 81% of all greenhouse gas emissions in the United States came from carbon dioxide, which amounted to 556,470,000 metric tons (EPA 1). This carbon dioxide enters the atmosphere through burning fossil fuels (such as coal, natural gas, and oil), as well as solid waste, trees and wood products, and also as a result of certain chemical reactions (EPA 1). According to the EPA, 37% of carbon dioxide produced comes from generation of electricity (EPA 1). If our nation used solar power to generate electricity, the amount of carbon dioxide we produce would drastically decrease, as the carbon footprint of the solar industry is much, much smaller than that of the oil or gas business (R. Meyers The Solar Industry Has Paid Off Its Carbon Debts 2). This is made possible because the energy put into making solar panels, such as quart and copper be[ing] mi ned. The raw materials be[ing] converted into wafers, then [being] encased in protective material Has the solar industry really saved any energy at all? (R. Meyers The Solar Industry Has Paid Off Its Carbon Debts). Researchers at the University of Utrecht and the University of Groningen have determined that the answer is yes, using a type of research called lifecycle analysis, which investigates the total environmental impact of a product over time (R. Meyer The Solar Industry Has Paid Off Its Carbon Debts 2). According to Meyers, this kind of research is tricky: researchers must find and calibrate years of economic and energy data, collected across 40 years, in many different countries, with different goals in mind (R. Meyers The Solar Energy Has Paid Off Its Carbon Debts 2). Scott Hershey, a professor of chemical and environmental engineering at Olin College, stated in an email that their [the researchers] methods are solid, but this type of analysis is fraught with assumptions (R . Meyer The Solar Energy Has Paid Off Its Carbon Debts 2). While exact numbers are not known relating to how much carbon dioxide solar power produces, it is known that it is much less than amounts from nonrenewable sources. However, this carbon dioxide can be removed from the atmosphere by being absorbed by plants as part of the biological carbon cycle. Unfortunately, all plants have a limit to how much carbon dioxide they can absorb, and all the plants in the world cannot absorb all the carbon dioxide just the U.S. produces (EPA 1). Solar power produces much less carbon dioxide than power plants burning fossil fuels, and there is very high technical potential. Technical potential refers to the achievable energy generation of a particular technology given system performance, topographical limitations, environmental, and land-use constraints (Lopez, Roberts, Heimiller, Blair, Porro 1). In other words, it is the amount of energy a technology can produce within strict parameters. The process for generating these technical potential estimates is very exact, requiring complex calculations and surveying of the land. However, there are three different types of solar technologies, and the technical potential for each drastically varies. The three different types of solar technologies are utility-scale PV, rooftop PV, and concentrating solar power (CSP). According to NREL, utility-scale PV is generation of electricity through large-scale PV (NREL 3). However, NREL has estimated that 3,212,324 km2 of land is available for utility-scale solar production in the U.S. (Anthony Lopez, Billy Roberts, Donna Heimiller, Nate Blair, and Gian Porro 10,11), out of 9,833,517 km2, which is the total land area of the United States (The World Factbook 1). This means 32.66% of U.S. land is suitable for production of electricity, which could produce up to 282,844,911 gigawatt hours (GWh) of electricity (Anthony Lopez, Billy Roberts, Donna Heimiller, Nate Blair, and Gian Porro 10, 11). In 2015, the United States produced 4.103 trillion (4,103,000,000) kilowatt hours (KWh) of electricity, which is equal to 4,103,000 gigawatt hours (GWh) of electricity (Philipp Beiter, and Tian Tian 7)[i]. In other words, using just utility-scale solar power plants, we could produce almost 68 percent of all the energy we consume using just solar power! However, many fossil fuel executives and politicians are opposed to solar power, among other reasons, because they say that it is costly and the construction of the solar panels still cause emissions. These critics are correct: solar power is still costly and the manufacture of solar power does create emissions. However, historically, prices today are much lower than those at the turn of the century. In an email from Jenny Chase, the head of the solar department at Bloomberg New Energy Financial, she stated that reductions in the cost of solar panels have to do with the experience curve. This means that the more of something we do, the better we get at it (Robinson Meyer How Solar and Wind Got So Cheap So Fast 2). Cost cutbacks also have to do with manufacturers improving their fabrication of materials in photovoltaic cells, including an essential material called polysilicon. Prices for polysilicon got as high as $400 per kilogram. That enticed more manufacturers to get into the indu stry, creating a supply glut and a price crash (Robinson Meyer How Solar and Wind Got So Cheap So Fast 2). As a result, current prices are much lower than prices from years ago. While solar panels themselves create very few greenhouse gas emissions, their production can, depending on where they are produced. According to Robinson Meyer, many solar panels are manufactured in Europe and China (Robinson Meyer The Solar Industry Has Paid Off Its Carbon Debts 2). However, the environmental situations in these two regions are drastically different, because China relies on coal burning for much of its electricity, and it has fairly lax environmental protections. The EU [European Union], on the other hand, already heavily relies on clean energy, and it has a large and entrenched environmental bureaucracy (Robinson Meyer The Solar Industry Has Paid Off Its Carbon Debts 2). This means that solar panels produced in China are more than likely produced in factories require a lot of energy and produce relatively dirty emissions (Robinson Meyer The Solar Industry Has Paid Off Its Carbon Debts 3. Meanwhile, in Europe, factories producing solar panels require relatively litt le energy and produce cleaner emissions (Robinson Meyer The Solar Industry Has Paid Off Its Carbon Debts 3). However, China has toughened its environmental protection laws, as they attempt to curb pollution. This means that in the future, China may produce solar panels with fewer emissions. If you dont believe solar power is the better choice for producing our electricity, there are other options to choose from that still protects our environment, including wind, geothermal, tidal, hydroelectric, and biomass. However, if none of those options suit you either, then think about the consequences of using nonrenewable sources. Pollution. Changes in global weather patterns. Flooding. Drought. Desertification. Health consequences. These consequences spell out the destruction of the planet we live on. It may take years, but with continuous reliance on fossil fuels, these effects are inevitable. We still have a chance to turn around, by using solar power, or other forms of renewable resources. Yes, this would require sacrifices and change. It would require courage to go against the status quo. It would require risk. But if we chose to use solar power to generate electricity, we could make the world a little bit better. For ourselves, our world, and our posterity. Works Cited Beiter, Philipp, and Tian Tian. 2015 Renewable Energy Data Book. 2015 Renewable Energy Data Book | Department of Energy. U.S. Department of Energy (U.S. DOE), Nov. 2016. Web. 04 Mar. 2017. . Bolinger, Mark, and Joachim Seel. Utility-Scale Solar 2015: An Empirical Analysis of Project Cost, Performance, and Pricing Trends in the United States. Electricity Markets and Policy Group. Lawrence Berkeley National Laboratory, Aug. 2016. Web. 04 Mar. 2017. . History of Solar Power. IER. U.S. Department of Energy (U.S. DOE), 18 Feb. 2016. Web. 04 Mar. 2017. . Lopez, Anthony, Billy Roberts, Donna Heimiller, Nate Blair, and Gian Porro. U.S. Renewable Energy Technical Potentials: A GIS-Based Analysis. National Renewable Energy Laboratory Documents Archive. U.S. Department of Energy (U.S. DOE), July 2012. Web. 04 Mar. 2017. . Meyer, Robinson. How Solar and Wind Got So Cheap, So Fast. The Atlantic. Atlantic Media Company, 02 Dec. 2015. Web. 04 Mar. 2017. . Meyer, Robinson. The Solar Industry Has Paid Off Its Carbon Debts Robinson Meyer. QOSHE. The Atlantic, 13 Dec. 2016. Web. 04 Mar. 2017. . Meyer, Robinson. The Solar Industry Has Paid Off Its Carbon Debts. The Atlantic. Atlantic Media Company, 13 Dec. 2016. Web. 04 Mar. 2017. . Overview of Greenhouse Gases. EPA. Environmental Protection Agency, 14 Feb. 2017. Web. 04 Mar. 2017. . Thetford, Kyle. Charting the Fall of Solar Prices. The Atlantic. Atlantic Media Company, 19 Aug. 2013. Web. 04 Mar. 2017. . The World Factbook: UNITED STATES. Central Intelligence Agency. Central Intelligence Agency, 12 Jan. 2017. Web. 04 Mar. 2017. . [i] The actual report gave the amount of energy in quadrillion Btu, but all my other sources gave it in terms of watts, so in this case, I converted Btu to watts.

Donatello :: Biography

Donatello was born in Florence, Italy in1386. The full name of Donatello is Donato di Niccolo di Belto Bardi (â€Å"Donatello† par 1, 2, 3). His dad was a wool comber (â€Å"Donatello† par 1, 2). There was not much information found on his mom. He had a first job and that in the workshop of Lerenzo Ghilberti, a gothic sculptor, between 1404 and 1407(â€Å"Donatello† par 1, 2, 3). After that job he worked at a Florence Cathedral in 1407. At the Cathedral he decorated tombs and pulpits and made portrait busts and monuments (â€Å"Donatello† par 1, 2). An inspiration for his work was by ancient visual examples (â€Å"Donatello† par 1). He achieved his full intensity in the beginning of the 15th century (â€Å"Donatello† par 1, 2, and 3). In the later part of his life he studied Roman Ruins and became a Humanist (Blood par 1). In Donatello’s lifetime he had many accomplishments weather it was sculpting or just huge achievements. Donatello sent a while on his famous sculptor, Saint George, which was sculpted from 1416 to about 1420(ward par 2, 3, 4). 1428 was when the town put up a ancient Roman Pillar in the market place and that they asked him to make a statue because they believed he was the best sculptor(Morley 13,18). One of the monuments he created was Padua and he created that between 1443 and 1453. A well know sculptor of his was the statue Zuccone which people say showed the effective use of realism(Ward par 2,3,4). Donatello created many bronze sculptures. A huge achievement was his gilt bronze Herod’s feast. Another gilt bronze he made was St. Louis of Toulouse sculpture. One huge milestone was he made the first freestanding bronze naked bronze sculpture (Lewine par 2, 4). He designed twin bronze pulpit for San Lorenzo. The most important bronze sculpture was David was his first free-standing nude statue of the renaissance (â€Å"Donatello† par 2, 4). A huge famous sculpture he did was Gattamelata. That statue was supposed to represent a no ruler (â€Å"Donatello â€Å"par 2, 4). His statue called St. George was so good that even Michelangelo complemented it (Hale 109). John Pope Henessy, a great author, he noted that he was one of the greatest sculptors that ever lived. Following his sculptor called St. Gorge, he made St.Gorge and the dragon. St George was his first attempt at portraying a three dimensional scene on a flat surface (â€Å"Donatello† par 5, 7).

Lg Electronics – International Business

The multinational company that I will be examining is LG Electronics. LG Electronics is based out of Seoul, Korea and was established in 1958. It is a subsidiary of LG Group, which is one of the largest electronic conglomerates in the world. This company is a global manufacturer of consumer electronics, telecommunications systems, and home appliances. LG operates its business through four major divisions: home entertainment, mobile communications, home appliances, and air conditioning & energy solutions. They are the second largest manufacturer of flat screen televisions, and the third largest producer of mobile phones. North America and Asia are its two largest markets, each contributing about 30% of sales. According to their website, LG Electronics has over 120 ventures around the world. They employ around 93,000 personnel. LG Electronics owns Zenith Electronics and controls a large portion of LG Display. Its home entertainment division produces cutting edge products, such as liquid crystal display (LCD) televisions, plasma televisions, 3 dimension (3D) televisions, home theater systems, projectors, and audio, video, and storage devices. The mobile communications branch provides a full line of communication devices, mobile communication terminals, and tablet personal computers (PCs). The home appliances division manufactures microwave ovens, refrigerators, washing machines and more. The air conditioning and energy solutions branch creates air conditioners, develops solar energy cells, and provides green lighting solutions. The consumer electronics industry is growing rapidly with numerous innovative products being invented due to recent advances in technology. This has driven increases in consumer demand. LG Electronics is one of the leading competitors in this area. The global market is pretty equally divided between the United States, Asia, and Europe. The Americas region accounts for 38% of the global market, and is dominated by the US market. Additionally, the economic growth in substantial markets such as China and India has boosted the global consumer electronic market revenue. LG Electronics has many different international activities. This company has branches in almost every region of the world. For instance, LG has production plants in Mexico, Saudi Arabia, Turkey, England, Poland, and Brazil. This corporation operates offices for marketing its products in every country imaginable, such as Jordan, Nigeria, Russia, Australia, Thailand and the United States. This is truly a company that is rapidly expanding its holdings around the world. This corporation is putting full effort into becoming one of the top three manufacturers of electronics and telecommunications systems on earth. They are doing so, by using two major strategies: fast innovation and fast growth. LG Electronics is putting a lot of time and money into research and development, in order to get ahead of its competitors. LG is placing the majority of its effort into what they term â€Å"smart technology. † Smart technology is LG’s development philosophy that embraces sensitive communication with customers in order to provide products that everybody wants to use, and easily can. This customer oriented principle has become the most important development philosophy for LG. The key areas that LG is focusing on are the mobile phone and digital television industries. They are also actively participating in pilot projects such as home networking to develop new products with various service providers. LG Electronics is also developing new business opportunities by creating strategic alliances with other successful companies. It is LG Electronics’ goal to become number one in the world through these relationships. Businesses with different foundations are collaborating with LG to create a â€Å"Strategic alliance between corporations. † This is crucial to creating a new industry and solidifying the current one. One of the companies that LG Electronics is working with is Skype. Through this partnership, LG is working to create television products with embedded Skype capabilities. General Electric (GE) is another major corporation that LG is collaborating with. These two businesses have agreed to share patents on cooking appliances and refrigerators. Arguably the most important alliance that LG has formed is one with Microsoft. LG has already released a smartphone based on Microsoft’s Windows Mobile. In addition to that, the companies have been working together closely for personal computer, digital television, and mobile phone convergence. In December 2002, the managing director of Francis Kanoi Marketing Services, Francis Xavier stated â€Å"LG’s success is more related to marketing than technological superiority. I believe that spending money for great advertising is LG Electronics’ major international strategy. This is a technique that will work regardless of what region the consumer lives in. For example, in 2002 LG Electronics India launched advertising campaigns featuring cricketers. LG then released 22 commercials featuring world class cricketers to strengthen its association with cricket. Experts felt that LG would profit by aligning itself with this sport in a country such India where cricket has a huge following. The company then spent approximately 500 million dollars on advertising during the cricket world cup. Due to its aggressive promotion plan, LG became the market leader in India for color televisions, washing machines, refrigerators, and microwaves. LG has since gone on to become one of the leading sponsors of cricket in India. This is a marketing plan that has worked well in other counties too. LG Electronics sponsors soccer teams in England and Costa Rica, where that sport has a large audience. In Australia and Argentina, they are the corporate sponsors of rugby teams. LG also sponsors London Fashion week, as well as Formula One racing which has a giant following all over the world. In essence, LG Electronics is extremely smart in aligning its brand with popular sports and events. LG Electronics is a multinational firm that is striving to become the number one electronics conglomerate on earth. The company is working toward achieving this goal with more than one business strategy. First, they are putting time and effort into listening to the customer when it comes to research and development of new, better products. Second, LG has formed many strategic alliances with other major companies, in order to expand its holdings. Lastly and most important, this corporation is spending money on great advertising and sponsorship of popular sports teams all over the world in order to promote its brand. References 1. http://en. wikipedia. org/wiki/LG_Electronics 2. http://www. lg. com/global/index. jsp 3. http://www. fibre2fashion. com/industry-article/11/1004/increasing-competition-creates-stress-on-marketing-managers4. asp 4. http://www. allbusiness. com/company-activities-management/company-strategy/16611527-1. html

Maya Angelou Essay

As a woman you are created with a special gift, it’s like little extra ingredients that all women have within them. The poem â€Å"Phenomenal Woman† by Maya Angelou, she speaks about the elegance of a woman, her inner being the way she glow without saying a word Maya expressed how men are amazed by her presence â€Å"men themselves have wondered what they see in me† (line 31-32). It’s hard to put your finger on it all women were born with the power. In the poem â€Å"Still I rise† by Maya Angelou she described the struggles of life trials and tribulations you face in society and the way people may judge you. As if she was writing about a woman â€Å"does my sassiness upset you? †She also wrote in another stanza â€Å"does my sexiness upset you? †She used this comparison to show she is a sexy woman who demands respect. Maya’s attitude in this poem is portraying a confident black African American woman. She is really laughing at men challenging them. They cannot stop her from rising above all expectation. This poem gives you not only inspiration encouragement to be fearless; to the end of it all you must believe you still rise above it all. The title gives a sense of entity and power. This masterpiece the poem â€Å"phenomenal woman† has also empowered women to get more in touch with their inner beauty. Maya describes in great detail the mystery of women and the behavior of men and their reaction. It shows women to not only love your-self but to embrace every aspect of your mind, body and soul. Maya show that sexuality isn’t only related to outer beauty, or by the way you dress it more about how you feel within your own skin . she shows you instead of hating your body love it from the crown of your head to the sole of your feet. In society today women enhances their body by doing plastic surgery to feel accepted. She feels inferior clearly stating that every part of a woman is beauty. In comparisons to â€Å"Phenomenal Woman† and â€Å"Still I Rise† both poems Maya speaks about not bowing to the â€Å"oppressor†. You can feel her compassion in every word in Phenomenal Woman â€Å"now you understand why my head’s not bowed† (lines 47). Still I Rise forth stanza â€Å"with head bowed and eyes lowered? †Within these lines she stresses that she will not conform to what society made her out to be, that she will soar above and beyond everyone expectations. The little gives a sense of entity and power. In conclusion these two poems have few similarities; Maya characterized the strength of an African American woman. By using powerful words she described the emotional aspect of inner beauty, standing proud professing no one will ever bring her down not by the color of her skin nor the fact of being a woman that there’s more within.