Comparison Between Gladiator And Apollo 13.
Comparison Between Gladiator And Apollo 13 The era these two films are set in are completely different, more than two thousand years apart. Apollo 13 is set in the 1970s whereas Gladiator is set in the brutal Roman times BC. The genres of these two films are different Apollo 13 is a true story of the unsuccessful space mission to the moon. Gladiator is an action adventure story with the roman genre of sword and sandals through out the film, which hasn't been on at the cinema for along time. The film includes gruesome battles. Ridley Scott directs Gladiator. Forced into slavery by the corrupt, incestuous heir to the throne, Roman general Maximus becomes a gladiator. His prowess in the arena will eventually lead him to Rome, the coliseum and a vengeful show down with the new emperor. Ron Howard directs Apollo 13. It had been less than a year since man first walked on the Moon, but as far as the American public was concerned, Apollo 13 was just another "routine" space flight, until these words pieced the immense void of space: "Houston we have a problem." Stranded 205,000 miles from earth in a crippled space ship, astronauts Jim Lovell, Fred Haise and Jack Swigert fight a desperate battle to survive. Mean while, at Mission Control, astronaut Ken Mattingly, and a heroic ground crew race against time and the odds, to bring them home. Either produce the state of the art
Japanese Anime and Manga
Japanese Anime and Manga The word Manga was coined by the famous woodblock print artist Hokusai. He combined two Chinese characters--the first meaning "in spite of oneself" or "lax" ( ) and the second meaning "picture" ( ) to describe the comical doodles he drew. Although the form can be traced back to ninth-century Buddhist scrolls, it was not until early medieval Japan that artists combined pictures and text to tell stories or describe events. Even then, their works differ from what is currently considered manga in one crucial respect: whereas modern-day manga are produced for mass consumption, these picture scrolls were singular works of art produced for an elite audience. The earliest Manga to take the form of books rather than scrolls were a product of the wealth of Japan's merchant class during the Edo period - bound in silk, they often took the form of slim volumes of drawings accompanied by explanatory text, with the stage an especially popular theme. Usually drawn in black-and-white, the books sometimes had dashes of color using natural dyes. Another popular subject was daily life: many early examples of pastoral scenes survive. Astro Boy/Tetsuwan Atom Manga's transition into the televised on cinematic form, anime occurred during the fifties. Although an animated short, Momotaro (based on the legend of Peach Boy) had been released as early as 1918, it was not
Evolution vs. Intelligent Design
Evolution vs. Intelligent Design Intelligent Design and Evolution are two major theories that have been observed in the history of science. Proponents from both sides argue that they use different methodological approaches to back up their theories, which invalidates their opponent's. There are several differences on their understanding of nature including the origin of life, natural selection, and the complexities the evolution. The most incompatible element of this debate is the methodological approach that either side takes in order to explain their understanding of nature. Whether they are really addressing the same issue is completely relative to how tolerant each side is of the other (should I clarify?) Despite their stark differences, both views have permeated the scientific and academic realms and have been accepted as popular theories worldwide. Although evolutionary ideas entertained the minds of ancient philosophers, it wasn't until 19th century when these ideas drew in legendary scientists (ie- Charles Darwin) and their harshest criticism. He addressed the concept of natural selection, in which life evolves through random mutations. Many concepts within evolutionary theory have been corroborated by scientific evidence. Scientists have been following DNA's footprints, which have been permanently engraved by concrete genetic research. Therefore, usually don't
Working With Others
This was a final session of our Inquiry Based Learning group which was a review of our learning and a sharing of feedback on our scenario action plan. On evaluating how the previous four sessions had gone the subject of the interaction between group members was discussed in an open, honest and reflective way with many group members using this opportunity to express their own personal feelings, worries and anxieties that had arisen during the previous sessions. Angelina expressed a view that she felt uncomfortable in the group; Brad said that he didn't feel he was able to speak and be listened to so he kept quiet; Lulu, Carlos and Melissa all felt that we hadn't really got to know each other well enough yet; I felt that we were all so impatient, myself included to raise our points and opinions that we didn't allow others to finish speaking or time to acknowledge their points raised. Sophia said that she felt very unsure and felt people would judge her if she spoke and Kylie ,the chairperson, who was a confident assertive leader felt that we should all contribute more in discussions as she found it hard to reach a consensus without it being all her own point of view . Shakira, the scribe felt it was very difficult to write down the points as we were all talking at once and not agreeing on decisions to the best course of action to use with our scenario. I am very talkative by
ALDEHYDE AND KETONE
EXPERIMENT 3: ALDEHYDE AND KETONE OBJECTIVE To identify carbonyl compounds as aldehyde and ketone using qualitative analysis. INTRODUCTION O Carbonyl compounds have functional group called carbony C and there are two types of carbonyl compound that is aldehydes and ketones. Both aldehydes and ketones have general formula, CnH2nO O O General structure of aldehyde is R-C-H whereas ketone is R-C-R'. Aldehyedes are named by using the suffix-AL while for ketones, it was named by using the suffix-ONE. Carbonyl compounds can be prepared from the following reactions. . Oxidation of alcohol 2. Ozonolysis of alkene that involve the breaking of C=C carbon double bond. 3. Friedle-Craft Acylation ( aromatic ketone ) in the presence of ALCL3 as a catalyst. In Fehling's test, only aliphatic aldehydes ( not aromatic aldehyde, ketone) react with Fehling's reagent. In the reaction, aldehyedes is oxidized to form a carboxylate and copper (11) ion is reduced to copper (1) oxide which appear as brick-red precipitate. Both aliphatic and aromatic aldehyde (not ketone) react with Tollen's reagent. In the reaction, aldehyde is oxidized to form carboxylate and the Ag(NH3)2 positive ion which appear as silver mirror on the wall of the test tube. An aldehyde will react positively with schiff's reagent giving pinkish purple colour
What is Biodiversity?
Biodiversity Simone M Brady SCI210 Dr. Hoffman August 31, 2005 INTRODUCTION Biodiversity will inevitably take a beating. Humans care about nothing but themselves even though every action a human makes effects another organism in some way, shape or form, whether the effect is positive or negative. The world is past due for a change in attitude and activity on this planet in order to ensure more positive effects are practiced because biodiversity sustains all life on earth. This paper will discuss biodiversity and the effects human have on it. WHAT IS BIODIVERSITY? Biodiversity is the variety of life here on Earth. Variety includes the many different micro-organisms, plants, animals, genes and ecosystems living beneath the biosphere, (Department of the Environment and Heritage, 2005), and can be subdivided into three parts; genetic diversity, species diversity and ecosystem diversity (National Biological Information Infrastructure, n.d.), with its main focus being the species (Wright, 2005). Biodiversity, originally known as biological diversity has taken on a few descriptions, with the main issues being conservation value. To some, conservation may apply to all species, to others conservation may apply to a specific species and is called biospecifics. Yet to some, biodiversity concerns the maintenance of ecosystem processes and is called bio-processes (Stanford
Introduction to Molecular Modeling & Independent Molecular Modeling Project. Certain properties and characteristics of different molecules were observed via molecular modeling using the computer software PC Spartan Pro. Specifically, two molecules were se
Introduction to Molecular Modeling & Independent Molecular Modeling Project Discussion: Certain properties and characteristics of different molecules were observed via molecular modeling using the computer software PC Spartan Pro. Specifically, two molecules were selected as models: azomethine ylide and indole. In the azomethine ylide model, the electron density was observed while in the indole model, delocalization of bonds was taken into consideration. For the second model, azomethine ylide, single-point energy with Hartee-Fock 3-21G calculations using AM1 semi-empirical equilibrium geometry was also employed. Calculations were again based on the lowest-energy conformer of azomethine ylide, by the AM1 semi-empirical module. Figure 2 below presents the computer-generated model of azomethine ylide. Figure 1: PC Spartan Pro-Generated Structure of an Azomethine Ylide Figure 1 shows a general molecular structure of an azomethine ylide, a neutral molecule with a positive and a negative charge on adjacent atoms. As the program manual says, azomethine ylides are proposed intermediates of 1,3-dipolar cycloadditions. The ? system bears a formal negative charge which is neutralized by a formal positive charge in the ? system. Azomethine ylide was further studied by looking into the compound's electron density. Figure 2: Electron Density of Azomethine Ylide Figure 2 shows the
Innovative Methods of Hydrogen Storage for use as fossil fuel replacement.
INNOVATIVE METHODS OF HYDROGEN STORAGE FOR USE AS FOSSIL FUEL REPLACEMENT August 13, 2001 Fossil fuels have been the fuel sources of choice for modern civilization. There are limited stores of these fuels, and man must go to increasing lengths to extract available stores. This has had adverse effects on the environment, and environmentalists are increasingly successful in their efforts to preserve areas that contain these reserves of fossil fuels. The United States depends on oil for over 50% of its energy needs. The finite supply of this energy source is escalating the search for alternative energy sources. Also, the combustion products of these fuels contribute to air pollution and global warming, further threatening the quality of life for all. Nuclear power generation was once thought to be the power source of the future. However, accidents at nuclear power facilities and disposal problems with the products of energy generation using this method have resulted in the rethinking of this energy source. Electric vehicles have been touted as the next step to eliminate reliance on fossil fuels. The stumbling block on this path is efficient and lightweight storage of enough power to parallel fossil fuel vehicles already in use. To date, there has been no storage system that can produce enough power to economically and safely power a vehicle for realistic use.
KPMG PEAT MARWICK: El Socio en la Sombra Cules son los retos estratgicos con los que se enfrenta KPMG
KPMG PEAT MARWICK: EL SOCIO EN LA SOMBRA . ¿Cuáles son los retos estratégicos con los que se enfrenta KPMG Peat Marwick en los próximos 5 a 10 años? Especifica y Concreta. * Utilizar de manera óptima la información que proporciona el Socio en la Sombra. * Convertirse en el socio estratégico para los clientes, esto quiere decir que los ayudará a tomar decisiones correctas, basadas en análisis reales. * Brindar a sus clientes soluciones de negocio, sobre todo optimizando el tiempo, y que la información brindada sea concreta, y útil. * Basar en su estrategia de negocio a las tecnologías de información, no sólo centrarse en el Socio en la Sombra, sino aplicar otros tipos de SI que puedan ser útiles. * Expandir su campo de acción a segmentos de mercado que sean compatibles con su actividad, es decir no centrarse solo en lo que hace ahora, sino dinamizar su mercado. 2. ¿Cuán importante es la implantación del Socio en la Sombra para KPMG? ¿Por qué? KPMG basa su estrategia de negocio en el conocimiento, es por esto que el Socio en la Sombra es tan importante, se vuelve en el alma de la empresa. El tener la información adecuada, en el momento adecuado es su principal ventaja competitiva. El Socio en la Sombra tiene la información bien estructurada, y con herramientas de comunicación importantes, que junto con la base de datos flexible hacen de este
How plants have adapted or become acclimated to shade.
How plants have adapted or become acclimated to shade. Plants which grow in shady conditions have altered structurally and biochemically in order to cope with the low levels of light and harvest it efficiently. Low level light is rich in far-red light and plants have also adapted to make use of this. Shade plants have also had to make adjustments to cope with sudden high levels of light, for example during sunflecks. Whilst some plants show physiological adaptation, many changes are the result of genetic evolution. * Leaves are thinner with a shallow layer of palisade mesophyll cells and a patchy spongy mesophyll with air spaces (fig 1.). This uses less energy and resources to construct. Many shade plants (such as ferns) do not produce flowers for the same reason. * Shade leaves have more chlorophyll in the antenna systems to feed more energy to the reaction centres. There is also an increase in the number of reaction centres. * Shade light contains more light in the far-red range. The reaction centre of photosystem II (PSII) absorbs more light from the far-red range than photosystem I (PSI); hence there is a greater proportion of PSII to PSI. This is achieved by the presence of wide grana with larger numbers of stacked thylakoids (figure 2.). This enables the photosystems to be excited equally in far-red light. * Plants which grow in shade are often exposed to periods
