Interpretations of GoetheFaust essays

Interpretations of GoetheFaust essays Johann Wolfgang von Goethe wrote his book Faust throughout his lifetime. Goethe began writing his book in his twenties, then worked on it in intervals up until his death at the age of eighty two. When I first saw the book Faust I immediately thought of the story of a man who sells his soul to the devil in return for supernatural powers. This story Im talking about is really dependent on Christianity for its plot. Faust was an educated man who wanted to learn more than God allowed man to know. Faust gains superior knowledge, and enjoys magical powers. But, in the end Faust gets carried down to hell with the devil. Without a doubt this story is a Christian cautionary tale, it warns you that you will lose your soul if you try to outsmart God. This traditional story is a German one. Moreover, there was a real Dr. Faustus who lived in Germany, but examples of his life are unknown, or are impossible to find out. The legend of Faust has been used by Poets, writers, and opera composers. Christopher Marlowes Dr. Faustus was published in the early seventeenth century, and is more in tune with the traditional tale. Goethes Faust, however, differs from the traditional stories. Many critics credit Goethes Faust as opening a whole new era of Western thought. Modern society are wandering aimlessly in a technological world, searching for meaning in life. Western people at the time achieved salvation through religion and Christianity. But Faust achieved his salvation through action. Goethes Faust does not sell his soul to the devil at all he makes a bet with him. An important factor to note is that I am only discussing part I of Faust. Although, in part II the Devil, Mephistopheles, ends up losing this bet. Moreover, Faust does not disobey Gods command, like he does in the traditional tale. God, in Goethes Faust, has complete confidence in Fausts good sense and gives Mephistophe...

Educational Article A Better Way to Understand Teams and Roles

Educational Article A Better Way to Understand Teams and Roles Read about what a team is, what Belbin team roles are and how to make the work in a team effective. Team interaction and management is a core discipline in HRM studies and is a critical area of competence for any manager. The success or failure of the entire organization is dependent on how effectively the people within it  can work together. Of course, any management task involving people can be a little confusing, even messy; people do not neatly fit â€Å"models† and prescribed solutions, and the challenges only grow as people are brought together into purposeful groups. In this article, some of the well-known important concepts of teams and the roles people play in them are presented to show how popular academic ideas are reflected in real life, and what approaches can be taken when people in teams – as they inevitably will, pretty much all the time – do not behave in quite the way our textbooks and lectures lead us to believe they should. Assigned to write a management essay? Learn what a management essay is: MANAGEMENT ESSAY What Is a Team? That sounds like a simple question with an answer that everyone should understand without a lot of mental exercises, but the â€Å"team† in â€Å"team management† is more often than not treated casually, or overlooked entirely. An effective team is not merely â€Å"a group of people working towards a common objective but a community of practice, which has three â€Å"crucial† characteristics domain, community, and practice. Dr. Etienne Wenger Domain.  The shared domain of interest – in a work team setting, this would usually be the â€Å"purpose† of the team – gives the group a distinct identity, which may or may not mean anything to anyone else. As an example, Wenger describes how a street gang’s identity as a unit is formed by the shared domain of its individual members, even though that is ultimately probably not in their best interests or those of civilization as a whole. The key to the idea of â€Å"domain† is learning: what starts out as just a common interest among individuals is refined and increased by learning through interaction. Community.  A community is characterized by joint activities and shared information, which contributes to the shared learning. The distinction between â€Å"community† in common sense – such as a neighborhood, or a group sharing a common topic of interest on a Facebook page – and community in the sense meant by Dr. Wenger is subtle and perhaps difficult to understand. It is easier to think of it in terms of where the intended benefits of the team interactions are focused by the team members; if the intention is an individual benefit, then the team is probably not a true community. For example, a neighborhood might not be a true â€Å"community† (although we may call it that), if whatever â€Å"neighborliness† practiced by the residents is primarily motivated out of self-interest for their own security and comfort. Practice.  What differentiates a â€Å"community† from a mere â€Å"group† is shared practice, or as Dr. Wenger describes it, a shared pool of intellectual resources – stories, tools, experiences, and ways to solve recurring problems. A group of truck drivers trading stories over coffee in a truck stop are not simply being friendly and entertaining themselves, but are actually building a knowledge base and learning from one another. See also:  Managing Problems in Groups Dr. Wenger, who is a social learning theorist with a background in Artificial Intelligence, implies that a â€Å"community of practice† is the most effective when it forms organically. This actually makes sense, because the motivation both in having an interest in the first place and then in pursuing it is largely intrinsic. Talk to any random truck driver, for instance – it’s nearly impossible to find one who doesn’t actually like being a â€Å"trucker†, in spite of whatever day-to-day annoyances might be encountered. But knowing how effective team works as a â€Å"community of practice† does make it possible to form the team purposefully, so long as the team members chosen individually have two basic traits: Commitment to a common interest or aspiration, as long as it is a specific interest or aspiration. If the goal for the team is to develop a world-beating software application, then the people chosen for the team should be passionate about developing software; enthusiasm for the vague aspirations expressed in the company’s Mission Statement or enjoying â€Å"working with others† is not enough, nor particularly relevant. Good communication skills, or specifically, the ability to coherently communicate the passion for the common interest in practical terms. This also applies to being able to interpret others’ ideas. Naturally, finding the passionate, communicative people to build a team is only part of the puzzle; they still won’t be able to accomplish anything if they do not have clear roles to play. Roles in Teams. Belbin Team Roles A popular – and to be fair, not altogether useless – theory that one will encounter at some point in management studies is the Team Role Theory of Dr. Meredith Belbin. Dr. Belbin’s research led him to develop a description of nine roles in teams, which should be represented in a balanced way for the team to be effective: According to Belbin’s website (the theory has become, not surprisingly, the basis for a multi-million dollar consulting business), the behavioral analysis that determines what individuals’ team roles should be â€Å"Can be used to build productive working relationships, select and develop high-performing teams, raise self-awareness and personal effectiveness, build mutual trust and understanding, and aid recruitment processes.† The theory is backed up by empirical research, and does, in fact, give insights into how people work in teams, but only after the team has been formed and interacts for a period of time  when roles and attitudes begin to emerge because Team Role Theory has two big flaws: 1. GENERALIZATION   some people are predictable, but most are not. The context of the team and the actual objectives the team is trying to achieve have a much greater part in determining how team members will act than the theory allows, because the roles themselves were developed from statistical results; results that furthermore did not allow for people to have aspects of more than one â€Å"role† in their personalities, which most people do. 2. OVER-THINKING   in any team, as a practical matter, there are only four roles that need to be filled: The Team Leader (organizes the team and keeps communication flowing smoothly) The Record-Keeper (keeps track of what the team is doing) The Worker (accomplishes the tasks the team needs to complete) The Progress-Chaser (conducts follow-up, testing, and monitors progress against the expected schedule) What Team Role Theory can do to help – and why it is important to study and understand it, though it is not as practically useful as advertised – is to give some insights into what roles, and to what degree of those roles, prospective team members are best suited to fill. At we have a team of professional writers and a friendly support team always ready to help you with any writing assignment. Place an order to inform the details of your assignment.

Vincennce university should build more parking lots Essay

Vincennce university should build more parking lots - Essay Example In most occasions, it is very rare for residents in the campus to access parking spots during weekdays. For instance, many students find it hard to walk from some areas such as Red Skelton Performing Arts Center. Additionally, the walk in the darkness is somewhat intimidating (Irvine 1). The distance between the dorms and the lots is very short but very long between any dorm and the parking spot. In fact, it approximately three times the distance from one dorm to another. The distance from the common parking spot (Red Skelton Performing Arts Center Parking lot) seems near from the residential areas. However, the to and fro walks from the students parking area to the dorms justifies the point that it to be too far. Lack of enough accommodation is also one of the contributing factors for an increase in demand for the parking spots; majority of the students drive to school. It will be crucial for the school’s management to consider building more parking lots for the residents in order to save the students time. For many years, the management of Vincennes University has been experiencing complaints from the students over the parking rules. According to the students, the rules of the university only value the interest of the staff. This is evidenced by their dislike of the existing rule that bars them from parking their vehicles in areas preserved for commuter and staff members. Most students also argue that the parking spots reserved for the commuter and staff is more than enough. This is evidenced by the number of spots that remain unoccupied even when almost all staff members are in school (Irvine 1). Additionally, it is evident that the school has not only more than enough space for the construction of parking spots, but also enough resources for the building of new parking spots. Majority of the students argue that it is unethical for them to pay $30 on unguaranteed parking spots near the dorms as a way for

Escaping Embarrassment Essay Example | Topics and Well Written Essays - 500 words

Escaping Embarrassment - Essay Example example of free style rappers who dread any instance of stopping abruptly in their rapping, and have devised techniques through which they can prevent â€Å"falling off,† mostly by sharing a platform and taking turns to rap, which helps in saving face, and brings out a stronger personality in street music. This implies fluent communication directly affects the image of an individual to the audience. Sawyer (1) noted that casual conversation portray creativity as it is directionless and is not scripted. With scripting, one has to remember each detail of the work to be communicated to ensure free flow of such information, however in causal communication the speaker is at liberty to include anything they feel comfortable and fluent in to ensure free flow of information to the audience. This contributes to creativity as individuals think out of the box to include materials that would keep the audience entertained, and portray eloquence in communicating. Moreover, such communication is naturally collaborative, meaning that it is uniquely creative as an individual discovers unexpected and valuable ideas from the audience, and from creative thinking, which make the audience entertained (Sawyer, 71). Eloquence and creativity in communication bring about an image of a strong communicator. Goffman (3) asserts that expressions involve two distinct sign activities. The most important expression involves a range of actions that are symbolic, and which define the actor. These symbolic actions are what define the eloquence of the communicator and include the body language, confidence, and public addressing skills. The nonverbal, unintentional type of communication whether deliberately engineered or unintentional defines the image of the individual as an eloquent and experienced communicator (Goffman, 4), which amounts to define the image of the individual. As Lee (307) asserts, people will derive numerous techniques to save face. However, if an individual is at risk of

Concepts of Evolution and DNA in Biology

Concepts of Evolution and DNA in Biology Because the fossil record did not exhibit Darwins predicted slow and gradual evolution with transitional forms, some paleontologists sought to find a theory of evolution where, changes in populations might occur too rapidly to leave many transitional fossils (see Figure from Gould and Eldredge 1977 . In 1972, Gould and Eldredge proposed the theory of punctuated equilibrium where most evolution takes place in small populations over relatively rapid geological time periods. By reducing the numerical size of the transitional population and the number of years for which it exists, punctuated equilibrium greatly limits the number of organisms bearing transitional characteristics. Since many organisms are not fossilized, this increases the likelihood that transitional forms would not be fossilized. One strength of this theory is that Gould and Eldredge claim it is predicted by population genetics. But what are the implications of punctuated equilibrium? Under punctuated equilibrium, species usually change little as, gradual change is not the normal state of a species. Large populations may experience, minor adaptive modifications of fluctuating effect through time but will rarely transform in toto to something fundamentally new. This is called stasis. But small peripheral populations may allow for more change at a quicker rate. Gould argued that most macroevolutionary change takes place in such populations during speciation such that there is insufficient time for the transitional forms to be fossilized: Speciation, the process of macroevolution, is a process of branching. And this branching â‚ ¬Ã‚ ¦ is so rapid in geological translation (thousands of years at most compared with millions for the duration of most fossil species) that its results should generally lie on a bedding plane, not through the thick sedimentary sequence of a long hillslope. What is meant by phylogeny? Give an account on phylogeny of humans. Ans- The context of evolutionary biology is phylogeny, the connections between all groups of organisms as understood by ancestor/descendant relationships. Not only is phylogeny important for understanding paleontology, but paleontology in turn contributes to phylogeny. Many groups of organisms are now extinct, and without their fossils we would not have as clear a picture of how modern life is interrelated. We express the relationships among groups of organisms through diagrams called cladograms, which are like genealogies of species. Phylogenetics, the science of phylogeny, is one part of the larger field of systematics, which also includes taxonomy. Taxonomy is the science of naming and classifying the diversity of organisms. In humans- it is used to the transfer of genes. In general, organisms can inherit genes in two ways: vertical gene transfer and horizontal gene transfer. Vertical gene transfer is the passage of genes from parent to offspring, and horizontal gene transfer or lateral gene transfer occurs when genes jump between unrelated organisms, a common phenomenon in prokaryotes. Horizontal gene transfer has complicated the determination of phylogenies of organisms, and inconsistencies in phylogeny have been reported among specific groups of organisms depending on the genes used to construct evolutionary trees. Carl Woese came up with the three-domain theory of life (eubacteria, archaea and eukaryotes) based on his discovery that the genes encoding ribosomal RNA are ancient and distributed over all lineages of life with little or no horizontal gene transfer. Therefore, rRNAs are commonly recommended as molecular clocks for reconstructing phylogenies. This has been particularly useful for the phylogeny of microorganisms, to which the species concept does not apply and which are too morphologically simple to be classified based on phenotypic traits. DNA is genetic material. Describe two classical experiments to support this statement. Ans- Clarification came during the First World War. During the war, hundreds of thousands of servicemen died from pneumonia, a lung infection caused by the baceterium Streptococcus pneumoniae. In the early 1920s, a young British army medical officer named Frederick Griffith began studying Streptococcus pneumoniae in his laboratory in the hopes of developing a vaccine against it. As so often happens in scientific research, Griffith never found what he was looking for (there is still no vaccine for pneumonia), but instead, he made one of the most important discoveries in the field of biology: a phenomenon he called transformation. Dr. Griffith had isolated two strains of S. pneumoniae, one of which was pathogenic (meaning it causes sickness or death, in this case, pneumonia), and one which was innocuous or harmless. The pathogenic strain looked smooth under a microscope due to a protective coat surrounding the bacteria and so he named this strain S, for smooth. The harmless strain of S. pneumoniae lacked the protective coat and appeared rough under a microscope, so he named it R, for rough . Dr. Griffith observed that if he injected some of the S strain of S. pneumoniae into mice, they would get sick with the symptoms of pneumonia and die, while mice injected with the R strain did not become sick. Next, Griffith noticed that if he applied to the S strain of bacteria, then injected them into mice, the mice would no longer get sick and die. He thus hypothesized that excessive heat kills the bacteria, something that other scientists, including Louis Pasteur, had already shown with other types of bacteria. However, Dr. Griffith didnt stop there he decided to try something: he mixed living R bacteria (which are not pathogenic) with heat-killed S bacteria, then he injected the mixture into mice. Surprisingly, the mice got pneumonia infections and eventually died (Figure 3). Dr. Griffith examined samples from these sick mice and saw living S bacteria. This meant that either the S bacteria came back to life, an unlikely scenario, or the live R strain was somehow transformed into the S strain. Thus, after repeating this experiment many times, Dr. Griffith named this phenomenon transformation. This discovery was significant because it showed that organisms can somehow be genetically re-programmed into a slightly different version of themselves. One strain of bacteria, in this case the R strain of S. pneumoniae, can be changed into something else, presumably because of the transfer of genetic material from a donor, in this case the heat-killed S strain. Scientists around the world began repeating this experiment, but in slightly different ways, trying to discover exactly what was happening. It became clear that, when the S bacteria are killed by heat, they break open and many substances are released. Something in this mixture can be absorbed by living bacteria, leading to a genetic transformation. But because the mixture contains protein, RNA, DNA, lipids, and carbohydrates, the question remained which molecule is the transforming agent? This question was examined in several ways, most famously by three scientists working at The Rockefeller Institute (now Rockefeller University) in New York: Oswald Avery, Colin MacLeod, and Maclyn McCarty. These scientists did almost exactly what Griffith did in his experiments but with the following changes. First, after heat-killing the S strain of bacteria, the mixture was separated into six test tubes. Thus, each of the test tubes would contain the unknown transforming agent. A different enzyme was then added to each tube except one the control which received nothing. To the other five tubes, one of the following enzymes was added: RNase, an enzyme that destroys RNA; protease, an enzyme that destroys protein; DNase, an enzyme that destroys DNA; lipase, an enzyme that destroys lipids; or a combination of enzymes that break down carbohydrates. The theory behind this experiment was that if the transforming agent was, for example, protein the transforming agent would be destroyed in the test tube containing protease, but not the others. Thus, whatever the transforming agents was, the liquid in one of the tubes would no longer be able to transform the S. pneumonia strains. When they did this, the result was both dramatic and clear. The liquid from the tubes that received RNase, protease, lipase, and the carbohydrate-digesting enzymes was still able to transform the R strain of pneumonia into the S strain. However, the liquid that was treated with DNase completely lost the ability to transform the bacteria . Thus, it was apparent that the transforming agent in the liquid was DNA. To further demonstrate this, the scientists took liquid extracted from heat-killed S. pneumoniae (S strain) and subjected it to extensive preparation and purification, isolating only the pure DNA from the mixture. This pure DNA was also able to transform the R strain into the S strain and generate pathogenic S. pneumoniae. These results provided powerful evidence that DNA, and not protein, was actually the genetic material inside of living cells. PART-B Do the two strands of DNA duplex carry the same genetic information? Explain. Ans:- No,the two strands of dna duplex carry different information ,because  complementary  base pairs  binding to form a  double helix.The two chains are wound round each other and linked together by hydrogen bonds between specific complementary bases to form a spiral ladder-shaped moleculeThe stabilization of  duplex  (double-stranded) DNA is also dependent on base stacking. The planar, rigid bases stack on top of one another, much like a stack of coins. Since the two purine.pyrimidine pairs (A.T and C.G) have the same width, the bases stack in a rather uniform fashion. Stacking near the center of the helix affords protection from chemical and environmental attack. Both hydrophobic interactions andvan der Waals forces  hold bases together in stacking interactions. About half the stability of the DNA helix comes from hydrogen bonding, while base stacking provides much of the rest. What is the difference between Z and B- DNAs? ANS:- Z-DNA  is one of the many possible double helical structures of  DNA. It is a left-handed double helical structure in which the double helix winds to the left in a zig-zag pattern. alternating  purine-pyrimidine  sequence (especially poly(dGC)2), negative  DNA supercoiling  or high salt and some  cations  (all at physiological temperature, 37 °C, and pH 7.3-7.4). Z-DNA can form a junction (called a B-to-Z junction box) in a structure which involves the extrusion of a base pair.  The Z-DNA conformation has been difficult to study because it does not exist as a stable feature of the double helix. Instead, it is a transient structure that is occasionally induced by biological activity and then quickly disappears. B-DNA It is an antiparallel double helix.It is a right-handed helix. The base-pairs are perpendicular to the axis of the helix. (Actually, they are very slightly tilted at an angle of 4 degrees)The axis of the helix passes through the centre of the base pairs.Each base pair is rotated by 36 degrees from the adjacent base pair.The base-pairs are stacked 0.34 nm apart from one another.The double helix repeats every 3.4 nm, i.e. the pitch of the double helix is 3.4 nm.B-DNA has two distinct grooves: a MAJOR groove; and, a MINOR groove. These grooves form as a consequence of the fact that the beta-glycosidic bonds of the two bases in each base pair are attached on the same edge. However, because the axis of the helix passes through the centre of the base pairs, both grooves are similar in depth. 6. What is the role of RNA in DNA replication? ANS:- RNA WAS NEED TO INTIATE THE TRANSCRIPTION PROCESS.   On the lagging strand, primase builds an RNA primer in short bursts. DNA polymerase is then able to use the free 3 OH group on the RNA primer to synthesize DNA in the 5 † Ã¢â‚¬â„¢ 3 direction. The RNA fragments are then removed (different mechanisms are used in eukaryotes and prokaryotes) and new deoxyribonucleotides are added to fill the gaps where the RNA was present. DNA ligase is then able to ligate the deoxyribonucleotides together, completing the synthesis of the lagging strand. This rna primer was a short strand of RNA that is synthesized along single-stranded DNA during replication, initiating DNA polymerase-catalyzed synthesis of the complementarystrand.  

The Effect of Different Isotopes on Atomic Mass (Chemistry Lab)

The Effect of Different Isotopes on Atomic Mass Introduction: An isotope is a variation of an atom that already exists. An isotope is different from an atom because of the number of neutrons in its nucleus. Finding the amount of neutrons in an atom can be calculated by subtracting the atomic number of a specific atom from its atomic mass. When looking at the periodic table, the atomic mass in the top left corner of every box is a decimal. The mass is in decimal format because the number listed is an average of that atom, plus all of its isotopes.Isotopes have different masses because neutrons weigh 1 amu where as an electrons weight would be negligible. The experiment described below shows how including all isotopes of one element effect the average atomic mass of the element. Materials: 1. Calculator 2. Whitium sample 3. Brownium sample 4. Blackium sample 5. 3 plastic cups 6. Electronic balance 7. Data table Procedure: 1. Separate the whitium, brownium, and blackium samples from eac h other. 2. Find the mass of 1 cup with the electronic balance. 3.Put the different samples in separate cups and count the number of beans in each cup; write those numbers in the data table. 4. Find the total number of beans. 5. Find the mass of each cup of beans (using the electronic balance) and subtract the mass of the cup. Write these numbers in the data table. 6. Divide the mass of each sample by its respective amount of beans to find the average mass of one bean. Write these numbers in the data table. 7. Divide the number of beans from 1 sample by the total number of beans to find the percent of the total that that particular isotope takes up.Do this for each of the samples. Record these numbers in the data table. 8. To find the average atomic mass of beanium, use the following formula: percent of balckium atoms†¢average mass of blackium percent of brownium atoms †¢average mass of brownium +percent of whitium atoms †¢average mass of whitium atomic mass of beaniu m Record this number in the data table. Results: Isotope| Number of beans (atoms)| Mass of beans (g)| Average mass of one bean (g)| Percent of beans| Average atomic mass of beanium| Blackium| 293| 65. 8| . 224| 62. 7%| . 43 g|Brownium | 104| 62. 5| . 60| 22. 3%| | Whitium | 70| 69. 2| . 99| 15%| | | Total: 467| | | | | To calculate the percentage of beans: Number of Beans of 1 IsotopeTotal Number of Beans To calculate the atomic mass of beanium: percent of balckium atoms†¢average mass of blackium percent of brownium atoms †¢average mass of brownium +percent of whitium atoms †¢average mass of whitium atomic mass of beanium Conclusion: In conclusion, an isotope is a variation of an element that already exists. It is different because it has more or less neutrons in its nucleus.Depending on how many isotopes one element has, the average atomic mass will change. When calculating the average atomic mass, you must include all of the isotopes which have more or less neutrons than the original element. Since neutrons have a mass of 1amu, the isotopes masses will vary, thus affecting the average atomic mass of an element. When performing this experiment, the mass of the beans were measured while the number of beans, average mass and percent of beans had to be calculated. The average mass of he beans, or isotopes, was a decimal because the weight of the beans in one sample divided by the number of beans of the same sample was not an even number. This lab simulates the various isotopes of an element because all of the beans were in the same ‘family’; however, they all looked different and had different masses. This is an example of how real elements have isotopes that may not look alike or have the same mass, but they’re still a part of that one element. As this experiment may have gotten the results shown above, when performing this experiment a second time, the results may vary.This is because not every bean is identical. If larger sa mples are used then the difference may be smaller because the larger the sample you have to work with, the closer your average will be to the actual mass. 1 source of error in this experiment may have been miscounting the number of beans. This may change the results of the 2, 4, and 5 columns of the data table. Another source of error may have been miscalculating the average mass of one bean. This would affect the answer for the atomic mass of beanium.

America Under The Constitution Of The United States Essay

Daniel Sanders Mr. Nelson AP US History 10/18/16 Founding a Nation, 1783-1789 - The founding of the new nation brought along much promise, however, it was going to be difficult for the United States to bring together its diverse population and keep control of its vast amounts of land while simultaneously trying to create a new nation. I. America Under the Constitution A. The Articles of Confederation 1. The first ratified Constitution of the United States was the Articles of Confederation, drafted by Congress in 1777 and ratified by the states four years later. a) The main idea of the Articles was to protect liberty, and therefore it turned out to be more of a treaty for mutual defense rather than a plan for a common government. b) The original form of government consisted of a one-house Congress, in which each state had one vote despite various populations. There was no president or judicial branch to balance out the power. 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