Tennyson Essay Example For Students

Tennyson Essay In the book Idylls of the King by Alfred, Lord Tennyson there are many things throughout the different stories that show mist imagery. The significance of mist imagery is important. It could mean something new is coming, represent good, bad, or death. Mist can also help give a sense of feeling. Mist imagery can foreshadow events and lead a reader to think further into the story and what would happen. When the Lady of the Lake gave Excalibur to Arthur in The coming of Arthur, a mist of incense curled about her and her face. She was hidden and could not be seen. The mist signifies that the Lady of the Lake is to precious to be seen. The sword that was given to Arthur symbolizes something new and good. Arthur uses this sword to help King Leodogran fight a battle. They won this battlw and in return Arthur wanted to marry King Leodograns daughter, Givinevere. King Leodogran didnt know if Arthur was of noble birth, and couldnt decide if he should allow the marriage. Arthurs birth was not truely known and King Leodogran had to find someway of knowing the truth. Later that night King Leodogran had a dream. Streamd to the peak, and mingled with the haze/ And made it thicker; while the phantom king/ Sent out at times a voice; and here or there/ Stood one who pointed toward the voice, the rest/ Slew on and burnt, crying, No king of ours,/ No son of Uther, and no king of ours;/ Till with a w ink his dream was changed, the haze/ Descended, and the solid earth became/ As nothing, but the King stood out in heaven,/ Crownd. And Leodogran awoke, and sent (Tennyson 32-33). In this quote about mist imagery it gives an answer. When the mist clears and the king could see, it symbolizes that his answer was clear to him. The answer was yes, let Arthur marry Givinevere. In Merlin and Vivien, Merlin describes how he is feeling using the word mist. An ever-moaning battle in the mist (Tennyson 147). Here Merlin tells how his life is like a battle, meaning everything is going wrong. With the mist it makes it hard to see what can be done to make things go right. This mist also gives a feeling of sadness and gloom. Later in the story Merlin again speaks of his mind-mist (Tennyson 150). He was all out of sorts and didnt even realize Vivien had followed him. Vapor is all around when Vivien puts her face in Merlins beard. The vapor here shows that Merlins power is greater than Viviens. The story Givenivere mainly has mist that signifies something bad. Mist can also symbolize the coming of something unfavorable. Blurrd by the creeping mist, for all abroad,/ Beneath a moon unseen albeit at full,/ The white mist, like a face-cloth to the face,/ Clung to the dead earth, and the land was still./ For hither had she fled, her cause of flight (Tennyson 269). Here the mist is coming over the land so it is not visible. The mist gives a feeling that everything is dead. Mist can stand for death. When the king found Givenivere in her hiding place he went to visit her one last time. As he left, this was how the mist was described The moony vapour rolling round the King,/ Who seemd the phantom of a Giant in it,/ Enwound him fold by fold, and made him gray/ And grayer, till himself became as mist/ Before her, moving ghostlike to his doom.(Tennyson 284). This shows how mist is bad because as king Arthur leaves, the dark mist surrounds him leading to his death. You no longer see him an d are left with an eerie presence. There is no movement, no noise. It gives a sense of creepinessin the Passing of Arthur a mist comes over the sea and in the battle. This mist means doom for all. This mist was so thick you could not see anything in front of you. The knights would to out into battle and fight anyone. Knights would be killing their own knights. Lookd up for heaven, and only saw the mist; (Tennyson 291). In that close mist, and cryings for the light,/ Moans of the dying, and voices of the dead. (Tennyson 291). After the battle the mist clears and everyone is dead. This shows how evil the mist was. Because the knights couldnt see, they would kill whoever they were fighting, not knowing if it was an enemy. .u3a9dd877e16fe61896eb85c06485f818 , .u3a9dd877e16fe61896eb85c06485f818 .postImageUrl , .u3a9dd877e16fe61896eb85c06485f818 .centered-text-area { min-height: 80px; position: relative; } .u3a9dd877e16fe61896eb85c06485f818 , .u3a9dd877e16fe61896eb85c06485f818:hover , .u3a9dd877e16fe61896eb85c06485f818:visited , .u3a9dd877e16fe61896eb85c06485f818:active { border:0!important; } .u3a9dd877e16fe61896eb85c06485f818 .clearfix:after { content: ""; display: table; clear: both; } .u3a9dd877e16fe61896eb85c06485f818 { display: block; transition: background-color 250ms; webkit-transition: background-color 250ms; width: 100%; opacity: 1; transition: opacity 250ms; webkit-transition: opacity 250ms; background-color: #95A5A6; } .u3a9dd877e16fe61896eb85c06485f818:active , .u3a9dd877e16fe61896eb85c06485f818:hover { opacity: 1; transition: opacity 250ms; webkit-transition: opacity 250ms; background-color: #2C3E50; } .u3a9dd877e16fe61896eb85c06485f818 .centered-text-area { width: 100%; position: relative ; } .u3a9dd877e16fe61896eb85c06485f818 .ctaText { border-bottom: 0 solid #fff; color: #2980B9; font-size: 16px; font-weight: bold; margin: 0; padding: 0; text-decoration: underline; } .u3a9dd877e16fe61896eb85c06485f818 .postTitle { color: #FFFFFF; font-size: 16px; font-weight: 600; margin: 0; padding: 0; width: 100%; } .u3a9dd877e16fe61896eb85c06485f818 .ctaButton { background-color: #7F8C8D!important; color: #2980B9; border: none; border-radius: 3px; box-shadow: none; font-size: 14px; font-weight: bold; line-height: 26px; moz-border-radius: 3px; text-align: center; text-decoration: none; text-shadow: none; width: 80px; min-height: 80px; background: url(https://artscolumbia.org/wp-content/plugins/intelly-related-posts/assets/images/simple-arrow.png)no-repeat; position: absolute; right: 0; top: 0; } .u3a9dd877e16fe61896eb85c06485f818:hover .ctaButton { background-color: #34495E!important; } .u3a9dd877e16fe61896eb85c06485f818 .centered-text { display: table; height: 80px; padding-left : 18px; top: 0; } .u3a9dd877e16fe61896eb85c06485f818 .u3a9dd877e16fe61896eb85c06485f818-content { display: table-cell; margin: 0; padding: 0; padding-right: 108px; position: relative; vertical-align: middle; width: 100%; } .u3a9dd877e16fe61896eb85c06485f818:after { content: ""; display: block; clear: both; } READ: Hate Crimes Essay We will write a custom essay on Tennyson specifically for you for only $16.38 $13.9/page Order now In each of these stories mist stood for something different. The mist brought something new, good, bad, foreshadowed death, and gave feelings. Without the mist the story wouldnt have been given the same feeling. Bibliography:Works CitedTennyson, Alfred Lord. The Coming of Arthur. Idylls of the King. Ed. J. M. Gray. London: Penguin Books, 1996. 21-35Tennyson, Alfred Lord. Merlin and Vivien. Idylls of the King. Ed. J. M. Gray. London: Penguin Books, 1996. 142-167Tennyson, Alfred Lord. Guinevere. Idylls of the King. Ed. J. M. Gray. London: Penguin Books, 1996. 269-287Tennyson, Alfred Lord. The Passing of Arthur. Idylls of the King. Ed. J. M. Gray. London: Penguin Books, 1996. 288-300

Andrea Yates essays

Andrea Yates essays Andrea Yates and the Insanity Defense On June 20th, 2001, Andrea Yates, a 36-year-old mother of five, drowned all five of her children one at a time in the bathroom tub. She then calmly called 911 and then her husband telling him Its time. I finally did it. When she was interviewed by police later that day she told them that the reason she had killed her children was because she had done a bad job as a mother and wanted to punish herself. Andrea had a history of metal illness and was treated for postpartum depression and psychosis after her fourth and fifth children. She had attempted to kill herself two years earlier and was taking two antidepressant medications at the time of the murders. She had previously been on several other antidepressants and the antipsychotic medication Haldol. Andrea was charged with two counts of capitol murder. The defense did not dispute that Yates had killed her children but rather they claimed that she was legally insane at the time of the killings. According to Texas state law the defense is required to show that the defendant is not only mentally ill but did not know that what they were doing was illegal or wrong at the time. The prosecution agreed that Andrea was mentally ill but argued that she knew what she was doing was wrong. They cited the fact that she confessed to planning the killing in advance to police and a psychologist, and that she immediately called 911 after the killings suggest premeditation and that she knew killing her children was wrong. The defense argued that Andrea knew killing her children was legally wrong but that she was so delusional that she thought she was saving them from Satan. The jury convicted Andrea of the two counts of capitol murder. In sentencing Andrea the Jury had to decide between life in prison or the death penalty. To impose the death penalty under Texas law, the jury had to decide unanimously that Yates was a futur...

NexGen (New air traffic control system) Research Paper

NexGen (New air traffic control system) - Research Paper Example y to fly closer together, take more straightforward courses and keep away from delays brought about via air terminal "stacking" as planes holdup for an open runway. To execute this Federal Aviation Administration (FAA) will embrace a boundless change of the whole United States air transportation framework. This conversion has the point of decreasing gridlock, both in the sky and at the air terminals. In 2003, the United States’ Congress formed the Joint Planning and Development Office (JPDO) to arrange and direction the advancement of the framework. However, the main aim of this paper is to examine the current ATC system and the issues requiring the upgrade to NexGen (Next Generation Air Transportation System). As a manager, the Issue is flight and air terminal deferrals cost business voyagers time and cash, and bring about lost business opportunities and postponed meetings. Business voyagers endorse NexGen to reduce the number of flight postponements and keep the air transportation safe. Confronting intense tenacity to diminish the government debt and budget deficiencies, the Administration and Congress will make troublesome project funding cuts. Similarly, agencies will abide by the necessities focused around restricted financing. Full NexGen funding is vital and ought not to be decreased (General Dynamics Awarded FAA SE2020 Systems Engineering Contract to Support NextGen Modernization, 2010). In view of 1940s period radar, the countrys Air Traffic Control (ATC) framework is slow and inefficient. In the next few years, more travelers and aircrafts will stream an effectively over-burden framework. With close to 720 million travelers in 2011, FAA ventures a billion travelers by 2024, expanding chokepoints and flight delays in as of now intensely congested airspace. Without proceeding with modernization, the system will bare gridlock in extreme climate conditions and business voyagers will have costly flights. Moreover, Ten years into the project, new

Economic efficiency of green buildings Dissertation

Economic efficiency of green buildings - Dissertation Example Furthermore there is a growing awareness regarding the various ways in which sustainable practices can be incorporated within the industry such as the ‘green rating’ systems for buildings incorporated by governments of various nations, as well as industry wide practices. Such ratings help in measuring the carbon footprints of buildings, and thus provide the owners with detailed information and statistics, which can be used by them as a basis / foundation for implementing suitable changes. However, despite the growing awareness and information regarding the impact of current non-sustainable practices within this industry, on the environment, and the subsequent development of government imposed or industry led practices of rating systems, the success has been relatively lower than expected. This is because, most of the real estate developers and other institutional investors, are skeptical regarding the profits or benefits to them, on adoption and implementation of environ mentally friendly practices, since most of the evidence regarding this subject is, so far, highly anecdotal (Eichholtz, Kok,2009). ... However, the lack of enthusiasm within the industry or reluctance to implement the green initiatives is largely on account of the contradictions present in the literature and differing views and opinion of experts, regarding the credibility of the issue. There is an ongoing debate within the industry regarding the greenhouse effect of buildings, where deciding whether it is a market-driven approach, or a mandatory environmental regulation imposed by government, for various purposes is relatively difficult. One such example of government imposed obligation is the public display and/ or sharing of Energy Performance Certificates by buildings in accordance with the EU directive on the Energy Performance of Buildings (Fuerst, McAllister, 2008). Furthermore another reason for the lack of acceptance and implementation of green measures within this industry is the fact that there is a sever lack of understanding among the appraisers who are significantly conservative with regard to their ap proaches and business practices, and display a severe lack of training and knowledge regarding the consequences of non acceptance of environmentally friendly practices such as the use of cooling systems, and better air flow or use of environmentally friendly materials for construction etc among others. However, with the growing literature regarding the harmful side effects and the possible benefits of using environmentally friendly practices, is likely to bring about positive changes within the industry (Fuerst, McAllister, 2008). It has been increasingly established through research that the greener buildings are more likely as compared to their counterparts, to retain more value. This is evident from the fact that many of

Econometrics Assignment Example | Topics and Well Written Essays - 1000 words - 2

Econometrics - Assignment Example The least squares estimator bMC is not consistent in this case since there exists autocorrelation between the independent variable and the error term ui i.e. i.e. the disturbances are pairwise correlated. This is referred to as autocorrelated disturbances. b) You have data on the variables Y , X, W and Z. The variable Z satisfies the "exogeneity" condition and the "relevance" condition . You decide to estimate model (3) using the instrumental variables method. Is the instrumental variables estimator bIV consistent in this case? Explain your answer. The instrumental variable estimator bIV is consistent in this case since the instrumental variable is uncorrelated with the error term though there exists a correlation between it with the exogenous variable. c) You have data on the variables Y, X and Z, but you dont have data on W. The variable Z satisfies the "exogeneity" condition and the "relevance" condition . You decide to omit the variable W from the regression and to estimate the model: using the instrumental variables method. The instrumental variable estimator bIV is inconsistent in this case; for the consistency in the instrumental variables Zi and Wi should be correlated. In this given case, the conditions for consistency have not been met hence leading the instrumental variables estimator bIV to be inconsistent. i) What is the interpretation of this value of the J statistic? Do we reject the hypothesis of exogeneity of the variables Z1 and Z2? (you will need to look at the critical values in the table for the distribution of to answer this question). The interpretation for the J statistic is that that all instruments are uncorrelated with ui. With the value of J statistics being 15.7, we reject the null hypothesis and conclude either one or more of the instruments are invalid or that the structural model is specified incorrectly The p-value of the coefficient of incomehi is less than 5% significance level (p-value=0.000

Report of cyclone efficiency method

Report of cyclone efficiency method Abstract:   Ã‚  Ã‚  Ã‚  Ã‚  This report is concerned about cyclone efficiency. The method cyclone is used to remove particles from gaseous waste streams in the experiment. Based on the literature search, more knowledge has been known about particle collecting and particle sizing. Qualitative method is used to describe the particle size distribution using the ELPI device. The cyclone efficiency results are analyzed with graphs and discussion. Comments on the most appropriate methods of control of particles of the size are given at last in the section of discussion. Introduction: Background: Air pollution is man-made harmful materials and particulars in the air, which produce disadvantageous effects to peoples health. It is a big problem, however, public was not focused on air pollution until 1969. Before that time, the air pollution increased dramatically. We impossibly solve the air pollution problems by blowing away the poisonous air and the particles in the air. The most important thing is whether we could control them by reducing pollutant emissions. Air pollution problem is not a single problem, but a series of related problems. The overall air problem basically includes the following form, emissions, transport, dilution, and modification in the atmosphere, which effects on people, property, and the environment. We are unlikely to find a good and easy way to solve all these problems. Instead, we will have to make some steps to achieve the goals such as doing some research on particulate removal from gaseous waste streams so that we can improve the air quality. Name of Technology: Cyclones This type of technology is a part of the group of air pollution controls collectively referred to as pre-cleaners, because they are oftentimes used to reduce the inlet loading of particulate matter (PM) to downstream collection devices by removing larger, abrasive particles. Cyclones are also referred to as cyclone collectors, cyclone separators, centrifugal separators, and inertial separators. In applications where many small cyclones are operating in parallel, the entire system is called a multiple tube cyclone, multi-cyclone, or multi-clone. Type of Technology: Removals of PM by centrifugal and inertial forces are induced by forcing particulate-laden gas to change direction. Applicable Pollutants: Cyclones are used to control PM, and primarily PM greater than 10 micrometers (Fm) in aerodynamic diameter. However, there are high efficiency cyclones designed to be effective for PM less than or equal to 10 Fm and less than or equal to 2.5 Fm in aerodynamic diameter (PM10 and PM2.5). Although cyclones may be used to collect particles larger than 200 Fm, gravity settling chambers or simple momentum separators is usually satisfactory and less subject to abrasion. Achievable Emission Limits/Reductions: The collection efficiency of cyclones varies as a function of particle size and cyclone design. Cyclone efficiency generally increases with particle size and/or density, inlet duct velocity, cyclone body length, number of gas revolutions in the cyclone, ratio of cyclone body diameter to gas exit diameter, dust loading, and smoothness of the cyclone inner wall. Cyclone efficiency will decrease with increases in gas viscosity, body diameter, gas exit diameter, gas inlet duct area, and gas density. A common factor contributing to decreased control efficiencies in cyclones is leakage of air into the dust outlet. Control efficiency ranges for single cyclones are often based on three classifications of cyclone, i.e., conventional, high-efficiency, and high-throughput. The control efficiency range for conventional single cyclones is estimated to be 70 to 90 percent for PM, 30 to 90 percent for PM10, and 0 to 40 percent for PM2.5. High efficiency single cyclones are designed to achieve higher control of smaller particles than conventional cyclones. Summary: This experiment is focused on the sizing of airborne dust or sprays and with one specific method of particulate removal from gas streams (a cyclone). Our major aims are to assess possible dust hazards when handling powders, the efficiency of filters and other arresters and assess the properties of aerosol. Literature Search: Control of primary particulates:   Ã‚  Ã‚  Ã‚  Ã‚  Most of the fine particles in the air are secondary particles. Many of the primary particles are more toxic than most secondary particles. Though primary particles are generally larger than secondary particles, many primary particles are small enough to be respirable and are thus of health concern.   Ã‚  Ã‚  Ã‚  Ã‚  The first three kinds of control devices are gravity settlers, cyclone separators, and electrostatic precipitators. All function is driving the particles to a solid wall, where they adhere to each other to form agglomerates that can be removed from the collection device and disposed of. Choosing a Collector: Gravity settling chambers, cyclones, and ESPs work by driving the particles to a solid wall where they form agglomerates that can be collected. These three devices have similar design equations. Filters and scrubbers divide the flow. They have different design equations from wall collection devices and from each other. Both surface and depth filters are used for particle collection. Surface filters are used to collect most of the particles in a heavily laden gas stream. Depth filters are mostly used for the final cleanup of air or gas that must be very clean or for fine liquid drops, which coalesce on them and then drop off. To collect small particles, a scrubber must have a very large relative velocity between the gas being cleaned and the liquid drops. For this reason co-flow scrubbers are most often used. The venture scrubber is the most widely used type of co-flow scrubber. Particle Size Analysis: In many powder and material processing operations, particle size and size distribution play an important role in determining the bulk properties. Describing the size distribution of the particles which make up a powder is therefore central in characterizing the powder. In a number of industrial applications, a single number will be required to characterize the particle size. This can only be done accurately and easily with a mono-sized distribution of spheres or cubes. Real particles with shapes which require more than one dimension to describe and real powders with particles in a range of sizes mean that in practice the identification of single number to describe the size of the particles is far from straightforward. Separation of Particles from a Gas: Gas Cyclones Gas Cyclones Description: Cyclones are extensively used for removing particles from gas stream. The most common type of cyclone is the reverse flow type. Inlet gas is brought tangentially into the cylindrical section and a strong vortex is created inside the cyclone body. Particles in the gas are subjected to centrifugal forces which move them radially outwards, against the inward flow of gas and towards the inside surface of the cyclone on which the solids separate. The direction of flow of the vortex reverses near the bottom of the cylindrical section and the gas leaves the cyclone via the outlet in the top. The solids at the wall of the cyclone are pushed downwards by the outer vortex and out of the solids exit. Gravity has little effect on the operation of the cyclone. Efficiency of Separation:   Ã‚  Ã‚  Ã‚  Ã‚  Consider a cyclone to which the solids mass flow rate is M, the mass flow discharged from the solids exit orifice is Mc (known as the fine product). The total material balance on the solids over this cyclone may be written: Total: M=Mf+Mc and the ‘component material balance for each particle size x (assuming no breakage or growth or particles within the cyclone) is: Component: M (dF/dx) = Mf (dFf/dx) + Mc (dFc/dx) where, dF/dx, dFf /dx and dFc/dx are the differential frequency size distributions by mass (i.e. mass fraction of size x) for the feed, fine product and coarse product respectively. F, Ff and Fc are the cumulative frequency size distributions by mass (mass fraction less than size x) for the feed, fine product and coarse product respectively. Experimental:   Ã‚  Ã‚  Ã‚  Ã‚  Remove and reweigh the filter and the hopper. Calculate the efficiency of cyclone. The instrument EPLI which is widely used for determining near real-time measurements was used to do this experiment. It can measure particles within the size range 30nm up to 10um on the basis of their aerodynamic diameter. In this experiment, two kinds of particles, MgO, and fly ash particles were measured by the demonstrator. And four groups of data were obtained in this experiment, the first two groups are for fly ash particles and the second two groups are for MgO. Results: During operation particles are drawn through a charger where they will receive a charge, before passing into the impactor which contains a number of stages, each one connected to a multi-channel electrometer. Depending on the aerodynamic size of the particles they will be impacted on the different stages. The current values obtained from the different stages are converted to a size distribution, a graph of which is shown in Figure 1. Three kinds of particle have different peak value of number concentration. The peak value of MgO is around 2000 particles/cm3, fly ash particle is about 1500 particles/cm3, and Atmospheric particle is above 2500 particles/cm3. The peak of fly ash particles is lower than MgO particles. Discussion: It can be seen from Figure 1 that there are clearly overlapping size distributions present in the sample of Atmospheric particles, MgO particles and fly ash particles. Real samples always contain particles with more than one source. Atmospheric dust might for example contain pollen as well as pollutants. The size distribution will then have two peak values. In this experiment, fly ash particles can be found a bit larger than MgO particles. And the color of fly ash is darker than MgO, MgO is white. In addition, it can be seen in figure 1 that the start point of MgO particles is much higher than fly ash particles. Because of influence of the distribution and size, the cyclone efficiency of fly ash particles is a little bit higher than MgO particles in average. From Figure 1, it also can be seen that the number concentration of MgO particles firstly reach its peek value, and then the fly ash particles get its peak. Atmospheric particles obtain its peak value at almost the same time as fly ash particles. In the other hand, the distribution of the total number of MgO and fly ash particles is different, it can be seen from Figure 1 that as the diameter of MgO increase, the total number firstly increase, then go down, and then go up again. But the curve of fly ash does not have this phenomenon. Its curve only has one wave crest and compared with MgO, the number concentration of fly ash first get the value 0. In addition, it is worthy to note that the atmospheric particles curve almost has the same shape as fly ashs curve. The only big difference is that the atmospheric particles curve has a much higher peak value of number concentration. In the experiment, the particles escaping from the cyclone in the process might lose, which could influence the cyclone efficiency. Also, from this experiment, it can be found that there are some advantages of using cyclone method to calculate the efficiency. The first one is that temperature and pressure limitations are only dependent on the materials of construction; the second one, dry collection and disposal; and the third one is relatively small space requirements. However, there are some disadvantages of using cyclone. Firstly, it is unable to handle sticky or tacky materials. Secondly, high efficiency units might experience high pressure drops. In the industry, cyclone is normally for relatively big particles, and ESP or fabric filter is for smaller particles. Because in the atmosphere the toxic particles are generally smaller than fine particles, ESP and fabric filter should be used more than other instrument. The electrostatic precipitator (ESP) is like a gravity settler or centrifugal separator, but electrostatic force drives the particles to the wall. It is effective on much smaller particles than the previous two devices.

The Doctrine Of Fascism :: essays research papers

The Doctrine of Fascism Some General Ideological Features "Reactionary concepts plus revolutionary emotion result in Fascist mentality." -Wilhelm Reich Is nationalism inherently evil? Would a one-world government be more preferable? Are appreciating and defending one's own culture and cultural values somehow primitive instincts that must be overcome by the educational efforts of the enlightened? We have all heard of Fascism, but our image is usually of a brutal soldier wearing a uniform emblazoned with a swastika. Most people in the U.S. are aware that the U.S. and its allies fought a war against the Nazis, but there is much more to know if one is to learn the important lessons of our recent history. Adolph Hitler's Nazis were certainly the most prolific of the Fascist states. The seeds of Fascism, however, were planted in Italy. "Fascism is reaction," said Benito Mussolini, author of The Doctrine of Fascism, but reaction to what? Mussolini forged Fascism in post-World War I in Europe. The national aspirations of many European peoples nations without states, peoples arbitrarily assigned to political entities with little regard for custom or culture had been crushed after World War I. The humiliation imposed by the victors in the Great War, coupled with the hardship of the economic Depression, created bitterness and anger. That anger frequently found its outlet in an ideology that asserted not just the importance of the nation, but its unquestionable superiority and predestined role in history. Italy was the birthplace of Fascist ideology. Mussolini, ironically a former socialist journalist, organized the first Fascist movement in 1919 at Milan. In 1922 Mussolini led a march on Rome, he was given a government post by the king, and began transforming the Italian government into a Fascist state. In 1938 he forced the last remains of democracy, the Council of Deputies, to vote themselves out of existence, leaving Mussolini dictator of Fascist Italy. Fascism and the Doctrine of Fascism is more complex than popular belief. What, then, is the nature of Fascism? Fundamental Ideas The doctrine tells of a world where the instinctiveness of man to live a life of selfish and momentary pleasure are subjugated by a moral law. A law which binds together individuals into a mission in which through the denial of themselves and sacrifice of private interests realizes complete spiritual existence. In essence, Fascism attempts to create a state where the citizens do not exist individually, it creates instruments for the state to manipulate. It achieves this under the guise of spirituality. The hopeless, cheerless, and forgotten are the most susceptible to the Fascism virus. By putting them into uniforms and incorporating them into organized movement, Fascism makes them feel as if