The Development Of The Us Two Party System Politics Essay

The Development Of The Us Two Party System Politics Essay There may be many reasons why we have problems in the government today, but the only problem we dont have are about ideas and laws. The reason why it is like that in that particular area is because of the Two-Party System. Despite the several disagreements in the government now, the politics was a lot simpler before. The era I am talking about is the Hamiltonian and Jeffersonian era of politics. This was where the two-party system was formed. The system boosted the government to a higher level of working. The system had begun around the late 1770s and early 1780s. The system is important because it helps separate ideas and makes it easier to choose which idea would be better. The two-party system was important because it introduced major issues into regular local politics. The creators of the two-party system, The Federalists and Republicans, were men who looked upon parties as. Those who had supported the policies of the Washington  Administration  became known as  Federalists  because they supported a strong national government as a counterweight to the States. The Presidents two principal advisors, Alexander Hamilton and Thomas Jefferson, were the founders of this system. What began as a personal dispute between the two men evolved into the formation of primitive political parties.  It usually allows government to move forward because in cases of gridlock, the majority party can take the lead. But it stifles debate and forces a widely diverse country to be represented by only two ideologies. Furthermore, it creates division and bitterness as the two sides battle for control of government. The raging battle between these two stubborn and forceful men was not only personal, but political. The first two party system developed between the two opposite groups called the Federalists and the Democratic Republicans. The main issue between the two parties was how they believed the Constitution should be read and interpreted. The federalists, such as Hamilton, Adams and Jay, were loose constructionists who believed that more power and jurisdiction that was not specified in the Constitution should be placed in the hands of the Federal government. They were also passionate believers in the idea of a strong central government that had the power to regulate domestic and foreign affairs, while having the ultimate authority over the states. Both were loyally committed to individualism, freedom, and equality of opportunity. The disagreement between Jefferson and Hamilton formed the foundation of the American two-party system, with either party more or less defined and distinguished by its view of the nature of the federal government. The two-party system has produced a heightened two-party competition everywhere. Today for example there remain no substantial pockets of one-partyism in the United States. The births and deaths enable us to count at least about six major parties in our history, from the Federalists, Jeffersonian Republicans, and short-lived National Republicans to the Democrats, Whigs, and Modern Republicans. The Federalist Party was essentially composed of nationalists. Politicians like Hamilton favored a strong federal government, administering a united group of colonies with a dynamic economy based on international trade. The Federalists sought to wield this power through a liberal or loose interpretation of the Constitutions strictures. The Federalists viewed the Elastic Clause of the Constitution in particular as a license to do whatever was not specifically forbidden by the document. The Federalists traditionally hailed from the financially powerful northern states of New England and the mid-Atlantic. They favored a powerful government that would protect the interests of the merchant class. In fact ardent Federalist, John Jay was fond of quipping, Those who own the country ought to govern it. The United States needed both influences. It was the countrys good fortune that it had both men and could, in time, fuse and reconcile their philosophies. One battle between them, which occurred shortly after Jefferson took office as secretary of state, led to a new and profoundly important interpretation of the Constitution. When Hamilton introduced his bill to establish a national bank, Jefferson objected. Speaking for those who believed in states rights, Jefferson argued that the Constitution expressly enumerates all the powers belonging to the federal government and reserves all other powers to the states. In 1828, the popular war-hero Andrew Jackson became the first President from a new party, the Democrats, the true party of the people.  Ã‚  With the exception of one term when the Whigs won the Presidency, the Democrats held the White House until 1860. Thomas Jefferson founded the Democratic Party of the United States in 1792 and was elected as the first Democratic President in 1800. The Party was called the Democratic-Republicans until after 1830 and was initially established as a Congressional Caucus to fight for peoples rights and to oppose the elite Populist Party. Founded in 1854, the Republican Party was organized as an answer to the turmoil that plagued the many existing political parties in the United States. The Free Soil Party, asserting that all men had a natural right to the soil, demanded that the government re-evaluate homesteading legislation and grant land to settlers free of charge. The Conscience Whigs, the radical faction of the Whig Party in the North, alienated themselves from their Southern counterparts by adopting an anti-slavery position. Two political parties had come of age from the Jeffersonian age of republicanism, the Whigs and the Democrats. Both these two parties extended toward the radical ends of the narrow spectrum of Jeffersonian political beliefs. The Whigs clung tightly to Jeffersons ideals about community and societal harmony, and they firmly believed in the power of the government to gain their goals. The Whigs saw Jacksonian philosophies regarding the engendering of conflict among classes and individuals as the enemy. The Democrats, by contrast, were big proponents of Jeffersonian ideals regarding states rights and the restraint of federal interference into economic and social lives of Americans. Whigs favored going back to Hamiltonian federalism in the banking system of the America as well as being reliant on federal tariffs and the internal improvement of the school system and other institutions. The Whigs were also at the forefront of prohibition of liquor and the abolition of slavery, all things that the Democrats were against more or less. Also the Kansas-Nebraska Act, which allowed territories to determine whether slavery would be legalized in accordance with popular sovereignty and thereby nullify the principles of the Missouri Compromise, created a schism within the Democratic Party. The Whigs and Democrats traded elections every four years from 1836 through 1852; in fact no president between Jackson and Abraham Lincoln was reelected. Beginning with the log cabin and hard cider campaign of 1836 elections be gan to take on the feel of modern politics, utilizing mudslinging, slogans, songs and rallies to drum up support for candidates. The Whigs won only two presidential elections but in each case the winning Whig president died and was succeeded by his Vice-President. Whigs were successful initially as the champions of the economic powers of the United States and the common people at the same time. Finally I would like to conclude on the stand that the Two-Party system was developed by to main men, Thomas Jefferson and Alexander Hamilton. Many problems have erupted between the two, which has brought this major impact in Americans lives and Americas government. Despite the fights in the government now, the Hamiltonian and Jeffersonian era of politics is where the two-party system was formed. The Development of the Two-Party System Work Cited Page 1. Walsh, James P. The Rise of a Two-Party System.  Connecticuts Heritage Gateway. Web. 14 Apr. 2011. . 2. Kutler, Stanley I.  Dictionary of American History. New York: Charles Scribners Sons, 2003. Print. 3. Allison, Robert J.  American Eras: Development of a Nation, 1783-1815. Detroit: Gale Research, 1997. Print. 4. Axelrod, Alan. The Complete Idiots Guide to American History; Fifth Edition. New York, NY; Penguin Group, 2009. Print 5. McGeehan R., John. The Everything American History Book; 2nd Edition. Avon, MA; Adams Media, 2007. Print 6. Chambers, William Nisbet. The American Party Systems: Stages of Political Development. New York; Oxford University Press, 1967. Print 7. Hofstadter, Richard. The Idea of a Party System: The Legitimate Opposition in the United States; 1780-1840. Berkeley: University of California, 1969. Print 8. Greenstein, Fred I. The American Party System and the American People. Englewood Cliffs, NJ: Prentice-Hall, 1963. Print

Myoglobin In The Utilization Of Oxygen In Animals Biology Essay

Myoglobin In The Utilization Of Oxygen In Animals Biology Essay Myoglobin is an oxygen-binding globular protein which is vital in facilitating the acquisition and utilization of oxygen in animals. Myoglobin was isolated and purified from ground water buffalo extract. The Myoglobin was isolated by cation-exchange chromatography, and concentration of Myoglobin is measured by spectrophotometry. Total concentration of protein was determined by performing Bradford protein assay. Iron analysis was performed by atomic absorption spectrophotometry (AAS). Molecular weight of Myoglobin was determined by running SDS-PAGE. A total amount of 144 ug Myoglobin was purified by the cation-exchange chromatography with a relative purity of 25.9%. The concentration of the purified Myoglobin was determined to be 0.072 ug/uL. The molecular weight of Myoglobin was determined to be 18204 Da And 0.423 mg of iron were detected in the acid digested extract Introduction Myoglobin is a globular protein which contains a single polypeptide chain of about 153 amino acids and an iron-porphyrin complex, or the heme group (3). And it has a molecular weight of 16700 Da and 153 amino acids (4). The non-covalently bound heme group, which resides in the hydrophobic interior of the native globin chain, is able to unfold under acidic condition and consequently weakens the interaction between the heme group and the globin (5). Myoglobin is an oxygen-transport protein which can be found in muscle tissues of all mammles. Myoglobin is critical in mammalian cell in that it is responsible for storage and distribution of oxygen, and possibly carrying energy (4). Diving animals such as seals and whales have excessive amount of Myoglobin that help them travel undersea by storing and transport oxygen (9). It plays a significant role in the physiological function of heart and skeletal muscle (2). Elevated consumption of oxygen during exercise necessitates the production of myoglobin in red muscle and heart cells, and the transportation of oxygen by myoglobin from the sarcolemma to the mitochondria in vertebrate heart and red muscle cells. (1) Spectrophotometry studies the interaction of electromagnetic radiation with molecules, atoms and ions (10). It can shed light on the physical and chemical properties by measuring the emission or absorption of electromagnetic radiation (10). Besides, it is also used to identify biomolecules from their individual absorption spectrum. In the meantime, spectrophotomoetry can quantitatively measure the concentration of molecules in solution According to the Beer-Lambert law, the fraction of incident light absorbed by a solution at a given wavelength is indicative of the concentration of the absorbing species (10) . Tryptophan and tyrosine can absorb ultraviolet light, which accounts for the characteristic strong absorbance of light at wavelength of 280 nm by most proteins (9). Atomic absorption spectroscopy (AAS)can be used to determine the identity and concentration of chemical elements in the gaseous state by measuring the light radiation absorbed by the elements (10). Ion-exchange chromatography is a technique for separating biomolecules capable of being involved in electrostatic interactions (10). Molecules can be separated based on their sign and magnitude of net charge at a given pH and formation of electrostatic linkages between thee resin and the protein of interest (9). Ion exchange separations take place in columns packed with an iron-exchange resin (10). Resins with bound anionic groups are cation exchanges whereas those with bound cationic groups are anion exchangers (9). Selection of ion exchange resin depends on what is to be purified, the pH to be used in the column, and the strength of the functional group (10). Electrophoresis is the separation of proteins based on the motion of the charged proteins under the influence of an electric field (9). The migration of the protein depends on its shape, size, charge and chemical composition (10). An electrophoretic method, polyacrylamide gel electrophoresis (SDS-PAGE) can be used to estimate the purity and determine the molecular weight of the protein (9). Treatment of the protein by the ionic detergent sodium dodecyl sulfate (SDS) can give it a uniform net charge, and protein can then be separated based solely on its mass (10). In this experiment, Myoglobin is extracted and purified by cation-exchange chromatography from ground water buffalo using Beffer A (20 nM, pH 5.6, KH2PO4) and Buffer B (20mM, Tris buffer, pH 7.5). Absorbance of the eluent fractions is measured at 280nm and 417nm. Total amount of protein and the concentration of Myoglobin are determined using Bradford assay from BSA protein. Molecular weight of Myoglobin was determined by performing SDS-PAGE. Iron content in the acid digested extract is measured by atomic absorption spectrophotometry (AAS). A total amount of 144 ug Myoglobin was purified by the cation-exchange chromatography with a relative purity of 25.9%. The molecular weight of Myoglobin was determined to be 18204 Da. 0.757 mmol of iron and 39.5 nmol of myoglobin were detected in the acid digested extract, with a ration of 20:1. Results A total of five samples were collected from a solution of 10.02g thawed ground buffalo mixed with 20.0mL, 20mM, pH 5.6, KH2PO4 (Buffer A): 1.0 mL of crude extract (sample C), 1.0 mL of filtered extract (sample D), 2.0 mL of Buffer A sample solution (sample A), 2.0 mL Buffer B sample solution (sample B) and 5.0 mL acid digested extract solution. Chromatogram for the purification of myoglobin carried out by cation-exchange chromatography shows a large peak from fraction number 5 to fraction number 12. (Figure 1). The figure also indicates another peak at fraction number 23, with smaller peaks at fraction number 19 and fraction number 25 (Figure 1). Fraction number 23 has the highest 417 nm/ 280 nm (3.766) and the highest absorbance 90.278) at 280 nm (Figure 1). Discussion When myoglobin was separated by cation-exchange chromatograph, purity of the myoglobin in the eluent fractions collected at specific volumes was examined by spectroscopy. Absorbance of Myoglobin, specifically, was measured at 417 nm and other proteins was measured at 280 nm, due to the presence of Tyrosine and Tryptophan Most proteins absorbs at a wavelength of 280 nm (10). Phophyrin has an absorbance spectrum of 414nm to 418 nm, and intensity and wavelength of the absorption can be influenced by the peripheral substituents on the porphryin and the protonation state of the nitrogen atoms (6). Sincemyoglobin consists of a iron-containing heme prosthetic group with an iron-contained porphyrin ring (9), it can absorb at a wavelength of 417. Myoglobin has a PI value of 7, so it will have a net positive charge when pH is below its PI and a net negative charge when pH is above its PI. When myoglobin is positively charged when buffer A (pH=5.6) is used to wash the column, it binds to a column containing negatively charged beads in cation-exchange chromatography. The positively charged Myoglobin can then be eluted by washing the column with buffers having higher pH value than 7 (Buffer B, pH= 7.5). Raising the pH of the mobiles phase buffer renders the Myoglobin less protonated and thus negatively charged. As a result, the Myoglobin is not be able to form an ionic interaction with the negatively charged stationary phase and then elutes from the column (10). 144 ug Myoglobin was recovered form the column, which accounts for 10.7% of the myoglobin that was loaded onto the column. Loss of Myoglobin could be attributed to diffusion spreading of Myoglobin and other contaminant proteins within the mobile phase, as a result of the increase in time length (9). Recovery of myoglobin can be improved by using narrow columns, longer column (7). The molecular weight of Myoglobin (18204 Da) obtained from the SDS-PAGE was similar to the literature value, 16700 Da (4), which indicated that the purified protein in the Buffer B sample was Myoglobin. The clear band generated from Lane B migrated the same distance as the band from the Myoglobin standard, which further confirms that the purified protein was Myoglobin (Figure 3). The stoichiometric relationship between iron and hemoglobin is 20:1 instead of 1:1 according to the fact each molecule of Myoglobin has only one molecule of ion. The excessive amount of Fe might be present in oxygen-carrying protein such as hemoglobin, which contains four heme prosthetic groups. Electron carriers in the mitochondrial respiratory chain have Fe incorporated in their prosthetic group, and examples of them include cytochomr c, ubiquinone and cytochrome oxidase. Besides, another hemeprotein, ferritin might also be present in the protein sample. Hemeprotein functions to stores and release iron atoms in biologically available form for use in heme and nonheme proteins and biochemical reactions (8). In conclusion, a ratio of 1:20 for Myoglobin and iron was obtained from the ground water buffalo. 144 ug Myoglobin was purified from the filtered extract with a relative purity of 25.9%. According to SDS-PAGE, the molecular weight of Myoglobin was determined to be 18402 Da.

Analyzing Social Class and Humanity in Samuel Becketts Waiting for God

Analyzing Social Class and Humanity in Samuel Beckett's Waiting for Godot and Seinfeld Typically, the relationships between theatre and film are encountered--both pedagogically and theoretically--in terms of authorial influence or aesthetic comparisons. In the first method, an instructor builds a syllabus for a "Theatre and Film" course by illustrating, for example, how Bergman was influenced by Strindberg. In the second method, the aesthetic norms of the theatre (fixed spectatorial distance and stage-bound locations) are compared to those of the cinema (editing and location shooting) to determine which art form is better suited (or "superior") to which material. My work proposes a broader view of the theatre-film interface, one that relies on intertextuality as its interpretive method. I believe it is valuable-both pedagogically and theoretically-to ask broad questions about the aesthetic, narrative, and ideological exchanges between the history of theatre and contemporary film and television. For example, this paper will study how the "Chinese Restaurant" episode of the sitcom, Seinfeld, intertextually reworks Samuel Beckett's modernist play, Waiting for Godot. In each text, characters encounter an existential plight as they are forced to wait interminably, and thus confront their powerlessness at the hands of larger social forces. As a pedagogical matter, this connection encourages the students to see academic culture in the guise of having to read Beckett's play for my course, not as foreign and alienating, but instead as continuous with their understanding of leisure activities like watching sitcoms. As a theoretical matter, this in tertextual connection allows important ideological matters to come into bold relie... ...ng it in light of Godot, we can appreciate something much more fundamental, that Seinfeld is every bit as humanitarian as Godot because it shows how our human frailties militate against our desire to end all human contact with others. Any critic who out-of-hand dismisses the sit-com as trash should for this reason alone be thoroughly distrusted, because the desperate communitarian cultural function of the sitcom has been completed ignored. I suggest that there are reasons we watch sitcoms that are not all reducible to the notion that we are stupid, cultural dupes. Seinfeld, as well as Waiting for Godot, offers us insights into what makes us human. At some basic level, this is a compelling explanation for why we care to watch television as much as it is for why we go to live theatre. Works Cited Beckett, Samuel. Waiting for Godot. New York: Grove P, 1954.

Current State Laws on Human Cloning :: Argumentative Persuasive Topics

Current State Laws on Human Cloning California Cal. Health & Safety Code,  §Ã‚ §24185 to 24189. Bans efforts to create a human being by utilizing somatic cell nuclear transfer "for the purpose of, or to implant, the resulting product to initiate a pregnancy that could result in the birth of a human being." Ban is to expire January 1, 2003 unless extended by legislature. Louisiana La. Rev. Stat. Ann. tit. 40  §Ã‚ §1299.36 to 1299.36.6. Forbids any person to "clone or attempt to clone a human being," and forbids a health facility or agency to "allow any individual to clone or attempt to clone a human being in a facility owned or operated by the health facility or agency." "Clone" is defined as in California law, to involve an intent to initiate a pregnancy. However, a separate state law prohibits intentionally destroying a viable fertilized ovum, and requires that "[n]o in vitro fertilized human ovum will be farmed or cultured solely for research purposes or any other purposes." La. Rev. Stat. Ann. tit. 9,  §Ã‚ § 129, 122. Whether this prohibits use of cloned embryos for research depends on how courts will interpret the phrase "fertilized human ovum." Michigan Mich. Comp. Laws  §Ã‚ §333.16274, 333.16275, 750.430a. Forbids any individual to "engage in or attempt to engage in human cloning," applying civil penalties (up to a $10 million fine) and criminal penalties ($10 million fine and up to ten years in prison). "Human cloning" means "the use of human somatic cell nuclear transfer technology to produce a human embryo."  §333.16274(5). This law clearly forbids creating a cloned human embryo for any purpose, including research. A separate state law also forbids using a live human embryo "for nontherapeutic research if... the research substantially jeopardizes the life or health of the embryo..." Performing such research is a felony.  §Ã‚ §333.2685 (1), 333.2691. Rhode Island R.I. Gen. Laws  §23-16.4-2 to 23-16.4-4. Bans use of somatic cell nuclear transfer "for the purpose of initiating or attempting to initiate a human pregnancy," as well as the creation of "genetically identical human beings" by "dividing a blastocyst, zygote, or embryo." The law seems to ban cloning by nuclear transfer only if done to initiate a pregnancy. However, a separate law prohibits the use of "any live human fetus, whether before or after expulsion from its mother's womb, for scientific, laboratory research, or other kind of experimentation.

Apple Computer Case Analysis Essay

I. Executive Summary Apple was formed by two college dropout students: Steve Wozniak and Steve Jobs with the motto of â€Å"Think Differently†. Wozniak, the true technical mind behind the building process of Apple’s early computers, spent the summer of 1976 building the company’s very first computer, the Apple I.2 Meanwhile, Jobs began creating advertisements and found a buyer for the computer. The two Steves were able to build and sell fifty Apple I computers—all from within the confined space of the Jobs family’s single-car garage. This would mark the first of many successful products to come from the company. Later that time, Wozniak and Jobs began building the Apple II with the help of a few technically-savvy friends and classmates. It was at this time that Jobs first realized his true passion for the burgeoning computer industry. To fuel this passion, Jobs consulted with retired Intel Corporation marketing manager Michael Markkula regarding the possible future of Apple Computer. During this consultation, Markkula worked with Jobs in coming up with a solid business plan and even purchased one-third of the company for $250,000. After the success of the Apple I and Apple II, the company began work on the Apple III, which turned out to be their very first project failure. The Apple III proved to be an early sign of disagreements-to-come between the president Michael Scott and Steve Jobs. In fact, Scott laid-off 40 employees after the Apple III’s failure—without any consultation or approval from the Board of Directors. Because of his abrupt actions, Scott was demoted to vice chairman, while Jobs was promoted to chairman. Markkula, who had originally hired Scott, took over as Apple’s new CEO. Scott officially resigned from Apple in March of 1981. In the early 1980s, Steve Wozniak left the company and Steve Jobs hired John Sculley as the President of the company. After facing many failures, Apple launched its Macintosh computers for house hold users. With improvements in the GUI, the Macintosh became a â€Å"possibility box† for companies developing similar products.14 Enhancing some features from the Lisa, the Macintosh implemented a desktop, mouse, graphical file system, icons, bit-mapped graphics, menu bar navigation, applications running inside windows, and more. The Macintosh laid the foundation for the entire computer industry. The true look and feel of personal computers today can be attributed to the early design features of the Macintosh. The Macintosh, however, did not dominate the consumer market as the company had hoped. In mid 1980s, Steve Jobs had to leave the company because of his controversial relations with the president. At that time John Sculley rejected the offer of Microsoft‘s CEO, Bill Gates to license the Macintosh operating system to Microsoft. After this refusal, Gates developed DOS operating system and in late 1980s, thecompetition between DOS and Macintosh decreased Apple’s sale, workforce and resignation of John Sculley. So, Apple’s current CEO planned to purchase NextStep operating system of Jobs in order to improve the Macintosh operating system. In late90s Jobs again became the CEO of the company and be started surprising relations with Microsoft by developing a Macintosh version of office software. Apple also took cost saving measures like streamlining the product line, production of printers. Under Jobs, Apple again becomes the innovator of computer market. His leadership leads the company to USBand Firewire ports, introduction of iPod and iTunes website put Apple in the digital computing age. Apple manages its business on geographic locations. Apple’s sale is continuously growing. In the era of 2000, Apple made one bold move and that was to open retail stores in USA which somehow increased its sales. Its most impressive and fastest growing market is of iPod line of digital music players and iTunes music store website. The three major competitors of Apple are Dell, Hewlett-Packard and IBM, however Apple also competes with Microsoft in software industry. Dell is the largest computer manufacturer with extremely low cost production strategy. Dell has entered the in the line of music against Apple by its Jukebox. Hewlett Packard is a big brand name and leading provider of technology. Apple combined with IBM enjoyed profit jointly but now Lenovo took over IBM and become a competitor of Apple. Overall, Apple is continuously growing and its future seems bright. With the slight change in their strategies, they can become giants in technology industry. II. Statement of the Problem * How Apple can provide differentiated products with low cost in order to maximize its market share? III. Alternative Courses of Action A. Continue without any change B. Go for strategic alliance for producing specific products especially microprocessors C. Go for customized products D. Product Differentiation IV. Discussions of Alternatives A. Continue without any change If Apple continues without any change, then they can still produce innovative products, offer a high quality and exceptionally elegant designs and personalized services and also, they maintain their patrons and loyal customers by satisfying them with their products. They could also focus themselves more in their ipod and desktop sales while formulating for a better PC unit that will outsale their major competitors. But the downside of this is that if they will continue with this, they will still have a low market share, high operation and marketing costs, lacks the emphasis on the marketing scene of the company and also the gap between the giant companies will still be evident and might be extended. B. Go for strategic alliance for producing specific products especially microprocessors If Apple decides to go for strategic alliance –specifically with intel– for producing specific products especially microprocessors, then they will have a chance to reduce their costs since intel microprocessors are cheaper, faster and had lower power consumption. This would be perfect for producing computers especially portable ones because this is one important element that a computer must possess. There would also be a reduction in the product development process because they will work hand in hand with their ally. This means that half of the development and production will be worked by your partner company. Of course, sharing of resources will be put into practice and this would definitely decrease cost. The only problem in working hand in hand is that there’s a possibility of contradicting cultures of the company especially with their workplace relationship, their differentiated norms and the like. Privacy of developing innovative products will be slightly affected as well since they are supervising each other freely. But in contrast to all of that, Compatibility issues would also be resolved since the partner company can develop a program that is compatible with Mac and other existing OS. In result to this, this would totally increase the profit margin of Apple. C. Go for customized products If Apple will decide on the alternative to go for customized product then the targeted niche will be highly satisfied. Customers will of course go to what they prefer so this would increase their market share. They could also understand the changing environment easily since they are giving focus on customers’ preferences and there would be no new channels need to be introduced for sales. Some disadvantages of this are that cost will extensively increase. It would also be difficult to cater all requirements of the customers along with innovation. Chance of ambiguity will increase as well and this would be a negative effect to the brand name and because of this ambiguity, chances of failure may tend to increase. D. Product Differentiation Product differentiation is a viable strategy, especially if the company exploits the conceptual distinctions for product differentiation. There is economic value in that strategy. The primary economic value of the said strategy comes from reducing environmental threats. The cost of product differentiation acts as a barrier to entry, thus reducing the threat to new entrants. Not only does the company bear the cost of standard business, it also must bear the costs associated with overcoming the differentiation inherent in the incumbent. Since the companies pursue niche markets, there is a reduced threat of rivalry among industry competitors. A company’s more differentiated product will appear more attractive relative to the substitutes, thus reducing the threat of substitutes. V. Conclusion According to the current situation, the best strategy or alternative for apple is â€Å"Go for strategic alliance†. Its reason is that no doubt Apple is going fine now but for future growth it is must to create something new and stylish while keeping the cost optimized. This does not mean that Apple start making whole product with the collaboration, instead they have to go for alliance in making high cost products. This will help Apple in optimizing cost and development process with innovation. Somehow, a problem of conflict will occur but manageable. Nowadays, to sustain and compete in the market companies go for strategic alliances just to reduce the cost and gain high profit margins. So, Apple should go for this strategy VI. Recommendations The Apple brand, the company’s innovative capabilities, the quality of its marketing strategy, and continued success in building strategic partnerships are likely to determine the outcome of the company’s forays into the music, mobile phone, and video-on-demand businesses. Apple’s commitments and actions should be integrated and coordinated to exploit the company’s core competencies, strengthen its competitive advantage, and maximize value. The analysis reveals that, to secure strategic success, it will remain important for Apple Computer to be fanatically protective of the Apple brand image and adequately invest in the company’s competitive advantages in innovation and marketing. Some suggestions for achieving this include: * Carefully manage brand exposure. * Continually invest in research and development to stay ahead of and lead radical product and technology discoveries. * Enhancement of existing products in all areas (computer hardware and peripherals, consumer electronics products, mobile communication devices, systems software, applications software, networking and communications software and solutions, and Internet services and solutions) will maximize the value and the life of products. However, Apple needs to know when to engage in planned obsolescence to take advantage of the company’s market leader status. * Maintain and upgrade design appeal to reduce the prospect of new entrants. * The company needs to constantly assess if it is moving away from internal strengths or extending its reach too far beyond its known and manageable markets. * Vigilant management of costs – to maintain pricing flexibility and improve competitive position relative to low-priced competitors. * Leverage Apple’s 70% share in the music market to strengthen the performance of other applications. * Develop the top management team and a succession strategy to reduce over-dependence on one individual to advance the interests of the company. With Apple’s growth strategy, it is likely that Jobs will soon be stretched too thinly, if he is not already.

Thermodynamics of the Dissolution of Borax

CHEM 212 Laboratory – Dissolution of Borax Formal Lab Report Instructions Title Page: Experiment title, your name and partner name, course and section number, date, Signed honor code statement, and abstract. I (your name here) pledge that this assignment has been completed with accordance to the George Mason University Honor Policy as well as the policy set by the course. This work is my own and bears no resemblance to any other student's work (past or present). x__(Signature)______ Purpose Reference Materials and Chemicals Reaction: Procedure Results: Raw Downloaded Data Calculated Data for each temperature: oles of HCl moles of borax concentration of borax Ksp ?G- using both equations (A and B! ) Sample calculations – calculations of your data alone for all of the items listed above ? Graph lnK vs 1/T Show a trendline and provide the R2 value Determine ? H (kJ/mol) and ? S (J/mol K) from the graph SHOW HOW YOU DO THIS!! Printing Tables: ? Large tables should be printe d in the landscape mode and sometimes it might be necessary to go to â€Å"page setup† and select â€Å"Fit to 1 page† to make the page fit on one page. ? Include column and row headings on the printout so that the instructor can more easily understand equations used.This can be done by going to File > Page Setup > Sheet tab > Select â€Å"Row and Column Headings†. Discussion: In your discussion section address the following questions: ? Why is it unnecessary to precisely measure the amount of solid borax used? (This answer should be greater than 3 sentences in length! ) ? Should Ksp vary with temperature? Does it? Why or why not? ? Does the graph of ln (Ksp) v. 1/T have any deviating values? If so why? What could be the sources for these errors? ? Discuss the logic behind the determination of ? H and ? S.

Analyzing, Interpreting, and Assessing Visual Art Essay

The Great Wave off Kanagawa is the most well-known Japanese woodblock art ever created in the history of Japan (Sayre, 2010). The masterpiece was created by Hokusai Katsushika, known to be the honorable Japanese printmakers of the 19th century. The Great Wave off Kanagawa set precedent for the first of 36 views of Mount Fuji, 1823-29 (Sayre, 2010). I will discuss the six elements of visual design, go in detail of the elements that was present in The Great Wave off Kanagawa, and evaluate the quality. The Great Wave off Kanagawa has several elements in this masterpiece. For example, how vessel ships lines up with the waves making the vessels appear to be flowing with the high tide waves. The painting â€Å"The Great Wave of Kanagawa† is a great example of line. This painting has very bold, emphasized lines that help to define the water from the sky. As well within the water, the line helps to determine the different part of the water, the foam, or the curves of the waves. Hokusa i makes it very easy for one’s eyes to follow the moving of the water. Also, how Mt. Fuji in the distance looks like it could be part of the wave too. This was very clever of the artist to give the impression that all the triangular shapes appear to be the waves themselves. In order for the artist to make this impression, he used light blues along with dark blues for the waves depicted in the drawing. The light blues represent a higher tide and the dark blue the sea. The artist simplified the waves to an array of flat patterns with a black outlining for more intensity. The drawing depicts vessels that are probably carrying food and supplies this was especially relevant back in the 1800s. It is hard to tell what time of day that the drawing possibly could have been created, but I am going to assume during the day giving the light blue hues and how one can see Mt. Fuji in the far distance. When analyzing the work in terms of five principles, the central theme here is not the wave but the Mount Fuji;  however at first glance, it almost reads as another cap of foam. But precisely, it is its consistency with the lines and colors of th e piece, as well as the construction of the picture around it which achieve the unity of the composition. Indeed, the Mount is placed in the right central part of the composition, which has to be read from the right to the left (instead of reading from the left to the right, as occidentals use to). Furthermore, it is painted with the two main colors of the picture. The message uniting this piece is conveyed through the contrast between the distant, quiet, and unchanging mount in the background and the violent and ephemeral foreground scene. While evaluating the artwork of the artist, Hokusai, it appears all the attention wasn’t just about the waves. He was able to balance the drawing by adding the people in the cargo ships. A person can see as the wave intensifies the situation of the sailors. The great wave commands the picture plane, dramatically overshadowing the distant peak of Mount Fuji. Reconciling the essential contradictions between the movement of the water and the stillness of the mountain, this print captures and fixes the wave so that it paradoxically becomes a static, elegant, and poised structure rather than something fluid and ephemeral. While the wave’s sheer scale and claw like extensions are threatening, the potential for violence is undermined by the aesthetic artifice of making the small wave in front of it a visual double for Mount Fuji. The viewer’s gaze is deflected; the subject is distanced and generalized, but here the curling wave in the foreground swallowing up the boats drawing any viewer into its orbit, creating an extraordinary immediacy of experience. The disturbingly low, water-level viewpoint gives the illusion that we are seeing the wave from within its vortex. After carefully reviewing the picture â€Å"The Great Wave off Kanagawa† I would say that this art holds cultural value to it. This painting is one of the most famous works of art in the world, but debatably the most iconic work of Japanese art. There have been thousands of copies of this painting produced and sold cheaply. Despite the fact that it was created at a time when Japanese trade was heavily restricted, Hokusai’s print displays the influence of Dutch art, and proved to be inspirational for many artists working in Europe later in the nineteenth century. The flattening of space, an interest in atmospheric conditions, and the impermanence of life; all visible in Hokusai’s prints and both reaffirmed their own artistic interests  and inspired many future works of art. It does not on the other hand hold historic value because it does not depict anything in history that has occurred. Reference Sayre, H. M. (2010). A World of Art Chapters 4-8 (6th ed.). Boston, MA: Pearson Education.