Turabian Format and Style Guide With Examples

The Aspects of Love in Twelfth Night Essay - 633 Words

The Aspects of Love in Twelfth Night The main theme in Twelfth Night is love. It is announced at the beginning of the play ‘If music be the food of love play on’ and from this you know that love will be a main aspect in Twelfth Night. In Elizabethan time ‘love’ as we know it today was very different. You could not love anyone outside of your social status, marriages were almost always arranged on how the social status could improve the current standing of one partner i.e. one partner had lots of money, land or influence. In Twelfth Night there are many different kinds of love to list a few, filial love, unrequited love, Lust, Courtly Love, True Love, Ambitious/Selfish love. There are†¦show more content†¦This is the set up of many situations, such as the meeting of Olivia and Viola in which Olivia falls very quickly in love with Cesario ‘even so quickly may one catch the plague’ this is an example of unrequited love, or the ‘melancholy lover’ a melancholy lover is a lover which suffers from his/her love. The other example of unrequited love is again because of mixed Identities, Viola the other ‘melancholy lover’ in the play, loves Orsino but Orsino cannot return that love because he thinks she is a man so never would think that she loves him, but she also cannot reveal her love to him because she would then have to reveal her true identity, which cannot be revealed until the right time. Cesario/Viola talks about how she knows how Orsino feels because â€Å"My father had a daughter loved a man,† Viola talks to Orisno about how her ‘sister’ loved a man that The very formal love is shown in the way that Orsino attempt to woo Olivia with the suitors sent from him with messages which says how perfect she is and how his love is in a very flowery way, â€Å"my love, more noble than the world† but such a lack of lust and such a idealised view of love, it seems that Orsino is more in love with the idea of love rather than an actual living being. This is Similar to the way Claudio worships Hero and puts her on a pedestal at the start of Much Ado About Nothing, she is perfectShow MoreRelatedThe Impervious Perception of William Shakespeare’s Twelfth Night1631 Words   |  7 PagesIn the kingdom of Illyria (fantasy world), Twelfth Night was supposedly originally written for the entertainment of Queen Elizabeth I. William Shakespeare’s comedy associates with the Feast of Epiphany (January 6th) and was means for entertainment in the seventeenth century. It contains some aspects that can be thought of as a successful comedy w hen compared to the standards of today’s society. The play incorporates some of the very same devices that are used in modern comedies today, such as topsy-turvyRead MoreThe Twelfth Night: A Happy Ending? Essay1501 Words   |  7 Pageswith a marriage or a celebration in the final scene. The â€Å"Twelfth Night† is no exception to this rule. Despite problems of confused identities and sexualities, the play ends with marriage for the major characters because they â€Å"have learned enough about their own foolishness to accept it wisely, and their reward, as it should be, is marriage.†(Schwartz 5140). There is a resolution of harmony to a certain extent and an endorsement of romantic love yet despite the happiness evident in the last scene, thereRead MoreThe Importance of Carnivalesque in Twelfth Night1312 Words   |  6 PagesThe Importance of Carnivalesque in Twelfth Night The theory of Carnivalesque was presented by a Russia critic Mikhail Bakhtin, his theory proposed that the nature of Carnivalesque liberates the assumptions of the higher class through humour and chaos, in other words the nature of Carnivalesque mocks the behaviour of those higher in authority and presents them as an everyday fool whereas in reality they are regarded as far more intelligent than others and they rarely possess a foolish thought,Read MoreAnalysis Of The Article Twelfth Night 998 Words   |  4 PagesThe introduction of Twelfth Night, written by M.M. Mahood, provides a cultural setting for readers to better understand the play. Although Mahood wrote the introduction for Twelfth Night, the information also allows readers to appreciate the magical freedom that A Midsummer Night’s Dream encompasses. Mahood delves into the cultural significance of Puritanism early in the 17th century through the character of Malvolio. Although Twelfth Night is a comedy, the pre sence of morally strict PuritanismRead MoreThemes Of Social Mobility Through Marriage1655 Words   |  7 PagesThis paper critically analyses the theme of social mobility through marriage in Shakespeare’s play ‘Twelfth Night’. In addition, the paper highlights how different characters in the play got into higher social classes or desired to be in higher social classes through marriage. This paper holds that in a highly stratified society such as that presented in the Shakespeare’s play; marriage plays a significant role in in social class mobility. As opposed to some traditional society where marriage wasRead MorePlot And Action In Twelfth Night By Shakespeare1527 Words   |  7 Pagesplay Twelfth Night, there are a couple of key aspects within the dramaturgy of that play that, to this day, still confuse me. William Shakespeare. And what may those be? Molià ¨re. For starters, in Twelfth Night, there seems to be no unity of time, place, or action. William Shakespeare. Go on. What’s your point? Molià ¨re. My point is that the characters are so unpredictable. They all have their own agendas, each on their own journey of self-discovery. And this episodic structure of Twelfth NightRead MoreRole Of Female Characters In Twelfth Night1608 Words   |  7 PagesIn William Shakespeare’s Twelfth Night, the female characters have a strong constitution specifically Olivia and Viola. The play begins with a shipwrecked Viola who decides to disguise herself and go under the assumed name of Cesario. Viola Cesario falls in love with Duke Orsino who is in love with Olivia. The Duke asks for Cesario to woo Olivia for him however Olivia begins to fall for Cesario. Later, Violas twin brother reappears, and Olivia mistakes him for Cesario proposes to him. In theRead MoreWilliam Shakespeare s Much Ado About Nothing 1240 Words   |  5 PagesNothing, Twelfth Night, Love’s Labour’s Lost, and A Midsummer s Night’s Dream. In the year 1600, Shakespeare wrote the play Mu ch Ado about Nothing. Later the following year, in 1601, Shakespeare wrote a Twelfth Night. In many ways these two plays are similar with the aspects of the differences of power between the upper and lower class, betrayal between friends and lovers, and tricking people into love, are relevant topics reiterated throughout these masterpieces. In the play Twelfth Night, The lowerRead MoreEssay on Disguises and Mistaken Identity in Twelfth Night1372 Words   |  6 Pagesidentity and disguise are important aspects of comedy in Twelfth Night that stand at the forefront of the play’s comedy. Not only are mistaken identities and disguise evident within the main plot of the play but also in various other situations. Sexual confusion amongst characters, subversion of gender roles and farcical elements through stagecraft all effectively contribute to the dramatic comedy genre. However, it can be suggested that certain elements of Twelfth Night are not interpreted to be purelyRead MoreThe Importance of Madness as a Theme in Twelfth Night by William Shakespeare629 Words   |  3 Pagesas a Theme in Twelfth Night by William Shakespeare Madness is a very important theme that is present in the whole course of the play Twelfth Night. Firstly, we have Malvolio almost turning mad because of the cruel joke the other servants play on him. They make him think he is mad and they also make Olivia think he is mad because of the funny way in which he is acting. There is also the theme of mad love. Some examples of this are Orsino being madly in love with Olivia

Nuclear Fusion Essay Example For Students

Nuclear Fusion Essay For a fusion reaction to take place, the nuclei, which are positively charged,must have enough kinetic energy to overcome their electrostatic force ofrepulsion. This can occur either when one nucleus is accelerated to highenergies by an accelerating device, or when the energies of both nuclei areraised by the application of very high temperature. The latter method, referredto the application of thermonuclear fusion, is the source of a lot of reallycool energy. Enough energy is produced in thermonuclear fusion to suck the paintof 1 city block of houses and give all of the residents permanent orange Afros. The sun is a example of thermonuclear fusion in nature. If I was a atom, I couldonly wish to be in a thermonuclear reaction. Thermonuclear reactions occur whena proton is accelerated and collides with another proton and then the twoprotons fuse, forming a deuterium nucleus which has a proton, neutrino and lotsof energy. I have no idea what a deuterium nucleus is, but is must be 10 timescooler than just a regular nucleus. Such a reaction is not self sustainingbecause the released energy is not readily imparted to other nuclei. thermonuclear fusion of deuterium and tritium will produce a helium nucleus andan energetic neutron that can help sustain further fusion. This is the basicprincipal of the hydrogen bomb which employs a brief, controlled thermonuclearfusion reaction. This was also how the car in the Back to the Future movieworked. It had a much more sophisticated system of producing a fusion reactionfrom things like, old coffee grounds, bananas, and old beer cans. Thermonuclearreactions depend on high energies, and the possibility of a low-temperaturenuclear fusion has generally been discounted. Little does the scientificcommunity know about my experiments. I have produced cold fusion in my basementwith things like: stale bread, milk, peanut butter and flat Pepsi. I have beenable to produce a ten-megaton reaction which as little as a saltine cracker andsome grass clippings. But enough about my discoveries. Early in 1989 twoelectrochemists startled the scientific world by claiming to achieve a room-tem perature fusion in a simple laboratory. They had little proof to back uptheir discovery, and were not credited with their so-called accomplishment. Thetwo scientists were Stanley Pons of the university of Utah and MartinFleischmann of the University of Southampton in England. They described theirexperiment as involving platinum electrodes an electrochemical cell in whichpalladium and platinum were immersed in heavy water. These two losers said thatthe cell produced more heat than could be accounted for. Yeah right!! The weekbefore I was talking to both men on the phone and I told them about all of thecool things you could do with platinum. I said Now Martin, what you need to dois get your hands on some platinum and some heavy Mexican drinking water. Theamount of chemicals in the Mexican drinking water is sure to cause a violentreaction with the platinum electrodes and produce lots of energy. I have beendoing this sort of things in my basement for years. When I told him thatthough th at NASA could power their shuttles with this sort of a reaction, henearly wet his pants. Now as usual, I received no credit for MY discovery, butthat is ok..I have grown used to it. I taught Einstein, Newton, and Ron Popeel(inventor of things like the pasto-matic, hair-in-a-can, and the pocketfisherman) everything they know. Besides, the two shmucks didnt even follow myinstructions for the experiment. However, until I reveal my secrets about coldfusion, it will remain only a proposed theory. nuclear fusion is also whatpowers the rest of the stars in the solar system. Stars carry out fusion in athermonuclear manner. Thermonuclear is a really cool word which I am going touse several more times just because it is so cool. In a thermonuclear reactionmatter is forced to exist in only in a plasma state, consisting of electrons,positive ions and very few neutral atoms. Fusion reactions that occur within aplasma serve to heat it further, because the portion of the reaction product istransfe rred to the bulk of the plasma through collisions. In the deuterium-tritium reaction the positively charged helium nucleus carries 3.5 MeV. Theneutron escaped the plasma with little interaction and , in a reaction, coulddeposit its 14.1 MeV in a surrounding lithium blanket. I have know idea whatthat last sentence meat, but I am going to memorize it, because I will soundsuper smart if I tell someone about the neutrons activity in a plasmathermonuclear reaction. The neutrons activity would breed tritium and also heatas a exchange medium which could be used to produce steam to turn generatorturbines. However, the plasma also loses thermal energy though a variety ofprocesses: conduction, convection, and bremsstrachlng which is electromagneticradiation about 1000 times stronger than the microwave in your kitchen. Montessori Creative Imagination EssayAlternatively, radio frequency waves are launched into the plasma at frequenciesthat resonate with various periodic particle motions. The waves give energy tothese resonant particles, which then transfer it to the rest of the plasmathrough collisions. In some of my most recent expirations I have been able touse radio frequency waves to push electrons around the tokmak to maintain theplasma current. Such noninductive current drive allows the tokamak pulse tooutlast the time limitly imposed by the fact that , in a transformer-driventokmak reaction thingy, the plasma current lasts only as long as the current inthe secondary coils reach their current limits, confinement is lost, and theplasma terminates until the transformer can be reset. Although the plasma in asinductively driven tokamak is pulsed, the electricity produced would not ve,because the thermal inertia of the neutron-capturing blanket would sustainstream generation between pulses. By al lowing longer pulse or steady-stateplasma operation, however, radio frequency current drive could lessen thethermal stresses in the fusion reaction. However, so far cooking with plasmahas not been to practical for me.Another approach to fusion pusued sinceabout 1974, is termed inertial confinement. During my many patrols during theViet..-NAM war, I further developed my theorys and opinions regarding inertialconfinement fusion. When I arrived home with a severely hyper-extended earlobe,I was in great pain and suffering, but I still managed to explain my findings tothe scientific community. essentially, my theory of inertial confinement fusionworks similar to how the atomic bomb works. A small pellet of frozen deuteriumand tritium are compressed to a very high temperature and densities in a processanalogous to what is accomplished by bombarding the pellet from all sides,simultaneously with a really intense laser. I nearly put my eye out with thething. It is certainty not a toy. Anyway , back to fusion. After you have nukedthe pellet thing with the super laser thingy, the pellet vaporizes and, bymechanical reaction, imparts inwardly directed momentum to their remainingpellet core. The inertia of the inwardly driven pellet material must besufficient to localize the power of -9 seconds required to get significantenergy release. In 1988, after my defeat in the presidential election, I helpedthe government preform underground tests in the Nevada desert. I had showed thegovernment how to do this type of experiment in 1986, but it took them two yearsbefore they could get it right. I think that their chief nuclear engineers namewas Forrest or something..Man what a idiot. He just could not get it right. Once again, people took credit for my discovery. The miniminum confinementcondition necessary to achieve energy gain in a deuterium-tritium plasma is thatof the product of the density in ions per cubic cm and energy containment timein seconds must exceed 610 -13th power. This was attained for the first timein a hydrogen plasma at the Massachusetts Institute of Technology in 1983. Thetemperature required to ignite a fusion reactor is in the range of 100-250million k, several times the temperature of the center of the sun. What? Howcan you have a reaction several times the suns central temperature in a enclosedplasma environment? Is this some kind of wacky scientist joke or something?Anyway, the science geeks at M.I.T supposedly did produce this kind of fusion. The goal on fusion is in effect, to produce and hold a small star. It is adaunting and tedious research which is considered to be of the most advanced inthe world. Creating a small dwarf star in a man-made environment has thought tobe the highest scientific challenge. Even though last weekend my little brotherand I did create several dwarf stars, we were forced to put them out because theneighbors kept complaining about the light. The cop was a real jerk. I triedexplaining to him what I was doing, but he kept asking me to do stupid thingslike: stand on 1 leg and recite the alphabet backwards, and touch my nose withmy finger. Apparently the cop though that I was getting smart with him when Istarted to explain to him about the beauty of fission energy. Oh well, at leasthe didnt arrest me..again Category: Science