Postmodernity Essay Example | Topics and Well Written Essays - 1000 words

Postmodernity - Essay Example Talk about religion, culture, art and even technology and you are certainly confronted with both fundamentalists and a new wave of thinkers who will normally feel that postmodernism should be the accepted way of life (Anderson 2003). Well, it then begs the analysis of the whole concept of postmodernism to clearly see its true connotation and to draw lines between the term and the conventional modernism. Modernism, contrary to popular knowledge, has been in existence since somewhere in the late 17th or early 18th centuries (Chan, 2008). It is a period that radically transformed all manner of life in science, art, religion, culture etc. The ideas and thoughts propounded by postmodernists are normally subjects of much analysis. This arises out of the true nature of postmodernism. It has normally been seen that postmodernists are driven by that ultimate opposition and antipathy towards modernism. Whatever is conventional in the mindset of the modernist is therefore what the postmodernist seeks to prove wrong and nullify as old and traditional (Deely, 2001). A more recent trend seen is where postmodern fundamentalists have been constantly attacking and questioning some of the most celebrated knowledge in academic and professional realms (Eagleton, 2000). As a very special characteristic, postmodernism fundamentally relies on the voice of reason and the ability to inspire change through the avoidance of the bandwagon effect where humanity simply borrow from their past without much thought or ability to think and analyze what is good for them. With modernism, humanity evidenced the development of the Enlightenment era in which reason was used to establish fundamental truths about the world (Docherty, 2003). These truths have gradually been developed and have guided life for the past few centuries. Well, it has to be realized that postmoderns are normally against such guiding principles. To them, the concepts of morality and ethics, which are normally considered univer sal, are merely subjects of personal and subjective decision. In several instances, it can be seen that postmodernity tries to bridge the gap that is normally left with the flaws of modernism. In a critical perspective, postmodernism is not simply a way of life. On the contrary, the word is simply meant to address a wide range of social, economic, cultural and political changes that have lately inundated the world. It is the modernistic way of life supplemented with modern technology, globalization, individualism, feminism and multiculturalism (Gidders, 1999). On the cultural perspective, the move towards ethnic pluralism and relativism has made people to nostalgically think about their past cultures and what has been lost over time. Indeed much has been lost. On the social scale, the digital age has made the flow of information across the world as easy as possible. This has radically transformed lifestyles across many areas as new ways of life are adopted. Postmodernity encompasses that timeframe between the early 1980s to the present. It is a period that saw the emergence of a new economy-the postindustrial, which effectively replaced the earlier forms of life like aristocracy, working class and middle class (Zygmunt, 2000). Much of this era is however defined by the emergence of

Operant conditioning REPORT Essay Example | Topics and Well Written Essays - 250 words

Operant conditioning REPORT - Essay Example After continuous reinforcement, a positive behavior is picked out that increases the exhibition of desired behavior over time the behavior after conditioning. As a result, of the continuous use of food stimuli a positive behavior that encourages the bird to peck in the food dispenser is reinforced thus, the operant conditioning encourages timely intake of food by the bird (Nevid, 2009). The presence of food stimulus exposes an innate, often reflexive response by the bird. The experiment in the bird and laboratory apparatus undertakes a continuous reinforcement schedule that involves instigating a correct response of the bird to the food stimuli. Because operant conditioning is mainly influenced by the environment, it can be used in encouraging children to complete their homework in time for them to earn a reward from their teachers (Lefrancois, 2012). As a positive reinforce, operant conditioning involves the use of rewards to increase behavior change in the desired direction. In conclusion, operant conditioning remains relevant in behavior change in animals and people. The positive or negative reinforcement focuses on making the subject associate the pleasure or displeasure of the reinforcement with the behavior it has to change towards after the process. It therefore, encourages the exhibition of innate, often reflexive, response by the

Social Behavior of the Silvered Leaf Monkey Essay Example for Free

Social Behavior of the Silvered Leaf Monkey Essay Adult Silvered Leaf Monkey (Trachyphitecus sp. ) can be distinguished by having silver-tip fur, with dark-skinned face, a feature which is entirely different from the infants. Infants can be seen as a starling bright orange. However, in Sabah (Malaysian Borneo) reddish adults also occur. Species Range Species of Silvered Leaf Monkeys can be found ranging from Indochina, Southern Burma, Southern Thailand, Peninsular Malaysia to Sumatra, Java, and Borneo. Group Size Species of Silvered Leaf Monkey are usually found in groups up to about ten. The average group size of Javan Langur is around seven individuals (V. Nijman, unpubl. data; cited in Nijman and van Balen, 1998). Based on Kool (1991) found that groups ranged in size from 6-21 individuals with one or two adult males in the group. Group sizes were observed to be larger on Lombok Island, Indonesia, in secondary and monsoon forests than in tropical forests (Supriatna et al. , 1986). Foraging Behavior of Silvered Leaf Monkey Silvered Leaf Monkeys are observed feeding on young leaf shoots or forest fruits in swampy areas, riverine forests and back-mangrove (â€Å"Silvered Leaf Monkey. † 2007). The diet of the Leaf Monkey consists of young leaves and leaf buds, including sweet and fleshy fruits (ripe and unripe), flowers, flower buds, and insect larvae (Kool, 1993). During times that fruits are unavailable or not in season, they increase the intake of young shoots/leaves. It was found out that half of the dietary intake for the subspecies T. auratus sondaicus consisted of protein-rich leaves (Kool, 1992, 1993). In addition to that, the leaves that, the Silver Leaf Monkey selects and prefers to eat consists of low-fiber contents which are easily digestible (Kool, 1992). Silver Leaf Monkey rarely eat mature leaves, they are observed to spent 20% of feeding time foraging on species of Moraceae. When the favored food are scares, their important food source are young leaves of the teak tree (Tectona grandis), (Kool, 1993, 1991). The midrib part of the leaf of teak tree are mostly preferred to be eaten by the Silver leaf Monkey. Nutritional Value of Their Diets Part of their diet, are high protein rich leaves and leaves with low fiber-content which are easily digestible. According to Kool (1993) twenty seven to thirty seven percent of their diets was fruit in which fifteen to twenty seven percent consists of the diets of unripe fruit, and ten to twelve percent of the diet ripe fruit. These fruits that they consume consists of higher amount of condensed tannins, (which according to Goltenboth 1976; Davies, et al. , 1998; Kool, 1992, is useful in the diet because they may reduce acidosis of the stomach by slowing down the rate of fermentation) and total phenolics. Part of the diet of the subpsecies T. auratus sondaicus are ripe fruits which was found causing acidosis in colobines, this is maybe the reason why colobines avoid eating this (Goltenboth, 1976; Kool, 1992). Some of the species also prefer eating fruits with seeds. Some of the important species of trees they prefer to consume are from Ficus sinulata, Ficis sumatrana and Vitex pinnata (Kool, 1993). Depending on what kind of fruits was in season especially during the month of July, August, September, January and February, the kind of food that different groups prefers, varies. Groups may feeds simultaneously having the same food preference. Individuals may be observed eating while the others are traveling or resting. It was also observed that compared to other group of adults and sub-adults the male Silvered Leaf Monkey fed less frequently (Brotoisworo and Dirgavusa, 1991). Locomotion It was observed that the silvered leaf monkey (Javan langur) moves through the forest, quadrupedally (Rowe, 1996). Social Behavior The species of Javan langur are found living in social groups of one or two adult males and some groups on Lombok islands are observed to have only one male. The males were observed to separate and travel solitarily or mixed with all-male groups. The male tends to maintain close proximity with other males the same is true with the females, who tend to maintain close proximity with other females. Aggressive behavior of adult females against one another of the same sex can be observed. Some females may tend to care infants which are not from them (Kool, 1991; Supriatna, etal. 1986; Bennett and Davies, 1994; Rowe, 1994; and Mengantara and Dirgayusa, 1994). Vocal Communication: Silvered leaf Monkey produced a sound like â€Å"ghek-ghok-ghek-ghok,† which serves as their alarm call (Gumaya et al). Reproduction: The species of silvered leaf monkey produces or gives birth to only one offspring at a time. References Bennett, E. L. and Davies, A. G. 1994. The Ecology of Asian Colobines. in Colobine Monkeys: Their Ecology, Behaviour and Evolution. eds. A. G. Davies and J. F. Oates. Cambridge University Press: Cambridge. Brotoisworo, E. and Dirgayusa, I. W. A. 1991. Ranging and Feeding Behavior of Presbytis cristata in the Pangandaran Nature Reserve, West Java, Indonesia. in Primatology Today. eds. A. Ehara, T. Kimura, O. Takenaka, and M. Iwamoto. Elsevier Science Publishers: Amsterdam. Davies, A. G. , Bennett, E. L. , and Waterman, P. G. 1988. Food Selection By Two South-east Asian colobine monkeys (Presbytis rubicunda and Presbytis melalophos) in Relation to Plant Chemistry. Biological Journal of the Linnean Society. Vol. 34, 33-56. Djuwantoko. 1994. Habitat and Conservation of Ebony Leaf Monkey in Deciduous Forests (teak), in Central Java. (abstract) XVth Congress of the International Primatological Society. Bali-Indonesia. Goltenboth, R. 1976. Non Human Primates (apes, monkeys and prosimians). in The Handbook of Zoo Medicine. (translation) eds. H-G. Klos and E. M. Lang. Van Nostrand Reinhold: New York. Gurmaya, K. J. , Adiputra, I. M. W. , Saryatiman, A. B. , Danardono, S. N. , and Sibuea, T. T. H. 1994. A Preliminary Study on Ecology and Conservation of the Java Primates Kool, K. M. 1991. â€Å"Behavioral Ecology of the Silver Leaf Monkey, Trachypithecus auratus sondaicus, in the Pangandaran Nature Reserve,† West Java, Indonesia: (abstract) Primate Eye. Vol. 44, 19-20. Kool, K. M. 1992. Food Selection by the Silver Leaf Monkey, Trachypithecus auratus sondaicus, in Relation to Plant Chemistry. Oecologia. Vol. 90, 527-533. Kool, K. M. 1993. â€Å"The Diet and Feeding Behavior of the Slilver Leaf Monkey, (Trachypithecus auratus sondaicus) in Indonesia. † International Journal of Primatology: Vol. 14(5), 667-700. Mengantara, E. and Dirgayusa, I. W. A. 1994. Social Behavior of lutung (Trachypithecus auratus sondaicus) in Pangandaran Nature Reserve. (abstract) XVth Congress of t

Study of Hydrodynamic Forces on Multiple Cylinders in Waves

Study of Hydrodynamic Forces on Multiple Cylinders in Waves Introduction In the recent years, there have been increase in demand of production in the offshore industry. The wide market scale of offshore structure business in oil and gas production attracts interest for investors. Offshore structures are stationary structures located in the marine environment for production of natural resources such as wind turbine for generating electricity, FPSO (Floating Production Storage Offload) for crude oil extraction and drilling for drillships. These offshore structures can be either fixed or freely floating. Floating offshore structures/platforms will be using mooring system or dynamic positioning method to float and hold its position in place. Many challenges are faced to withstand the position of the offshore structures due to seakeeping and wave load problems. As technology advance over the years, new implications and investigations are being carried out for offshore structures to to deal with seakeeping and wave load problems. The implication of hydrodynamic force acting on an offshore structure became important due to various wave loads and interactions might affect the results of hydrodynamic forces greatly. The hydrodynamic forces determine how structures float with varying wave frequencies, wave height and etc. Large offshore structures such as semi-submersibles, offshore wind turbines and SPAR are often being investigated to improve their efficiencies by changing their shapes or dimensions. Large offshore cylindrical structures would affect hydrodynamic results due to their wave diffraction and radiation forces. Therefore, in this literature review, investigations of hydrodynamic forces on multiple cylinders are being studied. In order to understand how the hydrodynamic results vary, floating bodies with varying distance are being placed in ideal fluid, where hydrodynamic interactions will cause the influence by the scattered waves and the wave load will differ greatly by the presence of the neighbouring cylinders. Thus, to obtain accurate results, these hydrodynamic interactions are investigated from theoretical predictions, software simulation analysis and model testing. The development of computer with memory capacity and computational speed increases with the advance in technology. The use of these software simulation analysis helps to analyse the wave interactions between multiple floating bodies in an ideal fluid. The software is dependant on the development of hydrodynamic theories. By using linear wave potential theory, the diffraction and radiation forces could be calculated. Hydrodynamic Interaction phenomena Studies of hydrodynamic interactions of multiple bodies have been on going over the past few decades. Hydrodynamic interaction created are due to wave actions the presence of neighbouring structures. A free floating body may experience six DOF (Degree of Freedom) due to surrounding condition, where three are translations (Surge, sway and heave) and three are rotations (Roll, pitch and yaw). Vertical and longitudinal motions are the primary motions which are often experience by offshore structures.[1] The interaction phenomena is due to diffraction and radiation forces acting on the structures and forces created by the structures. The velocity components and the motion of each body can be obtain by the integration of equation of motion. The interaction phenomena between two or more floating structures plays important role on the performance of floating structure systems. It depends on the sepetration distance between the floating bodies and also on the direction of flow with respect to the centerline of two floating bodies.[2] This phenomena can be investigated by using both theoretical and experimentally(Model Test). For experimental, using a full scale model tests are desirable but there are limitations due to controlled conditions and the high cost of production. Therefore, the need of associated computation tools for analysing these hydrodynamic forces to attain fast and accurate results. The complexity of multiple bodies solution increases with the amount of elements.(Research_3) Thus, the use of numerical method is highly recommended in this studies. http://www.ias.ac.in/sadhana/Pdf2004Dec/Pe1236.pdf [1] http://www.dtic.mil/dtic/tr/fulltext/u2/a254627.pdf [2] Potential Theory The knowledge of motion and wave induced forces of offshore mainly involves the structural design and its operation. Offshore structures in sea environment usually encounter environmental loads such as gravity, waves, wind and current. These are the basic information needed to evaluate the interaction of structures through the use of potential theory.(G. Moe, 1996) Potential theory can use to find out the general aspect of fluid flow problems in conjunction with Laplace equation. To satisfy the solution of the Laplace equations, boundary conditions of the fluid are set. Hydrodynamic forces in waves consist of radiation and diffraction forces where velocity potential is the key component to satisfy the Laplace equation. Radiation and Diffraction Problem Hydrodynamic forces is made up of diffraction and radiation forces. These forces includes the 6 degree of freedom that arises from the interaction of linear waves against any floating structure. In addition, these forces will provide information of hydrodynamic properties of floating structures, such as damping coefficient,added mass and wave excitation forces. The fluid must be assumed to be inviscid, incompressible and irrotational. Currently, there have been numerous theoretical and numerical studies on these problems. As the technology advances, researchers have obtained significant results on the phenomena, which made the study for these problems, such as structure and wave interactions, stability of floating structures aon going research. Diffraction Force Diffraction force is the pressure forces acting around the each structure, but due to multiple bodies and interaction of several bodies, the scattering will affect the results of incident wave. For free surface problems with the Laplace equation as the governing equation, a first order or a second-order boundary condition can be obtain using a linearized free surface boundary condition Radiation Force Boundary Conditions Governing Equation The motion response of a structure will cause the fluid to oscillate, hence creating pressure fields in the fluid. In order to capture the motion response and the surrounding pressure fields, velocity potential will be imposed. In addition, there are boundary conditions critition to be met. Drag forces are not being considered in the radiation and diffraction problems as it only occurs in slender body phenomena. With the assumption of having the structure placing in an ideal fluid with zero forward speed. In an ideal fluid condition, the fluid is irrotational and incompressible. The radiation condition should also be satisfied as it is to ensure that the waves propagate away from the structure. From the potential flow theory, it is made known that the velocity potential must satisfy the Laplace equations. Thus, the 3 boundary conditions mention below must be satisfied. Body surface The normal component of the fluid velocity is equal to the normal component of the heave force velocity Seafloor The normal component of the fluid velocity equal to zero Water surface The fluid pressure is equal to the atmospheric pressure and fluid particles will always remain on the free-surface. Pressure will be constant across the free surface. These equations mention below will show the governing equation imposed on radiation and diffraction problems.(Page 44) The velocity potential, along each component(x, y and z) satisfies the Laplace equation in the fluid domain, The free-surface condition, Boundary condition on the sea floor, Boundary condition on body surface, Where k is depends on the motion (six DOF) that the body surface is expose to and nis the unit vector normal to the body surface. Solving Boundary Value Problem The boundary conditions are all set in conjunction with velocity potential. The expression of linear hydrodynamic forces is derived from direct integration of the fluid pressure over the boundary of a body. By using the Green’s theorem, part of the forces can be obtained with the solving the scattering potential. Defining the field point at any point and the source point for circulation, rotation and vorticity, the Green funtion will be presented in the form, Where Equation 7 expresses the source potential as a summation of a source in the finite fluid and an image source above the free surface condition where . This shows that there will at . Equation 8 expresses the source potential is a summation of a source in infinite fluid and an image sink above free surface when . This satisfy the free surface condition where velocity potential equal zero on . Therefore, the solution of the velocity potential for a problem (e.g. force heave) can be written as This source function is given for infinite water depth problem where is called the Green function. By using the Bernoulli’s equation, the total pressure could be fully derived with the use of velocity potential and the body motion amplitudes. Therefore, linear forces and moments are obtain from, We can consider component potentials such that the summation of hydrodynamic forces and moments are Where it is split into two components: the wave excitation force due to diffraction and forces due to radiation force(In terms of added mass and damping coefficients). Given we want to find the force at mode j. The linear forces, also known as the first order wave excitation force, the force for mode j is denote as From Green’s theorem, applying it to and a component of the radiation potential, we have It is show that those integrals on the seabed, over the free surface and at the far field disappeared due to the boundary conditions for and on these surfaces. Therefore, upon substituting the equation of boundary conditions, the Haskind relation follows in the form of By using the equation of motion, the diffraction and radiation problem will be solved. Calculation of Hydrodynamic forces The boundary value problem is solve, therefore the forces and moments can be evaluate. Panel method is use to solve the boundary value problem which is based on potential theory. Assumptions such that the wave amplitudes of the fluid is small as compared to the cross-sectional dimensions of the body are made. The panelling of the structure is done by plane quadrilateral elements in three dimensional problems. http://www.academia.edu/6937922/Computation_of_Ship_Hydrodynamic_Interaction_Forces_in_Restricted_Waters_using_Potential_Theory The solution procedure can be generalized to any modes of motion, where added mass and damping matrix could be found. Solving the diffraction problem can be done by using the boundary condition (equation 5) where is the incident wave potential. From these solutions, we are able to derive the wave excitation loads such as wave excitation forces (surge, sway, heave) and wave excitation moments (roll, pitch, yaw). Therefore, solving the equation of motion and calculating the flow details such as hydrodynamic forces, by using the expression for velocity potential in terms of a three-dimensional source distribution. Past Researches Overview WAMIT Wamit software is a diffraction/radiation panel program developed to analyse the linear interaction of surface waves with several different types of submerged and floating structures. For this analysis of interaction, WAMIT uses a three-dimensional panel method and also following some theoretical method. By using this software, it can help to define the conditions of the interactions such as, finite or infinite water depth, structures location on the free surface, mounted on the seabed or submerged and whether the structures are fixed or freely floating with the motion of six degree of freedom. The fluid flow is assumed to be ideal and time harmonic. WAMIT is able to deal with both first order and linearize analysis which includes second order forces. WAMIT is able to focus on the hydrodynamic interaction of multiple body with any restriction of condition of fluid environment. The use of integral equation obtained by Green’s theorem will help solve the diffraction and radiation velocity potentials on the body wetted surface. WAMIT will be able to evaluate the following quantities: Hydrostatic coefficients Added-mass and damping coefficients for all modes Wave excitation forces and moments using the Haskind relations, or directly by pressure integration from the solutions of diffraction or scattering problems. Motion amplitudes and phases for a freely floating body Forces restraining a body which is freely floating in some but not all modes Hydrodynamic pressure and fluid velocity on the body surface/fluid domain Free-surface elevation All component of the drift force and moment by momentum integration over a control surface Horizontal drift forces and mean yaw moment by momentum integration in the field All components of the drift force and moment by local pressure integration over body surface Drift force and moment in bidirectional waves Theoretical Method The method use by WAMIT will be a panel program designed to solve boundary-value problem for the interaction of waves phenomena with the pre-defining the bodies in finite or infinite water depth. Viscosity will not be considered. The time harmonic solutions are being solved for a given steady state incident wave field which is assumed to be represented by a superposition of a particular frequency components in the absence of the body. The boundary value problem will be used in conjunction with the integral equation using Green’s theorem. These integral equation will be solved by panel method for the unknown velocity potential or strength source of the body surface. These integral equations of theoretical method could be found in .

Robert Frost?s ?The Road Not Taken Essay example -- essays research pa

Robert Frost’s â€Å"The Road Not Taken,† can be understood in various ways. The mood, attitude, and mindset of the reader predispose their thoughts towards the poem’s true meaning. The title of the Frost’s poem suggests that it is about decisions and obstacles in life and how people should handle them. Frost is voicing his opinion, saying that whatever path or decision making we make or do, one day, will be the key factor in your future tomorrow and thereafter. Almost every human being experiences life’s bumpy road journey and Frost indicates in his poem that there are never just one single path to take; instead it is like a complex maze. A traveler comes upon "two roads diversified in a yellow wood" (Frost 719 ). Frost indicates that it is a cross road in his life and he must chose one way or another. The option of choosing both roads is not there because it is not possible, so the traveler must decide how he wants to live the remainder of his life and choose that path. The traveler, still deciding on what path to take, states regretfully "...Sorry I could not travel both paths" (Frost 719). This is a prime example of everyday life. It is nearly impossible to look into the future and see the end result of which path to take, and therefore makes it even more difficult of which life path to strive towards. By not seeing the future result in picking one road over another, the traveler wonders what he will be missing out. Frost is e...

Executive Information Systems :: Technology Work Technological Essays

Executive Information Systems Executive Information Systems (EIS) is a system designed to supplement the current company’s information system for their executives. The standard textbook definition of executive information system is â€Å"an information system that provides strategic information tailored to the needs of executives and other decision makers† (O’Brien 24). EIS is thought to help with knowledge management. Knowledge management is the â€Å"set of practices aimed at discovering and harnessing an organization’s intellectual resources – fully utilizing the intellects of the organization’s people† (Bateman, Snell 8). In research there is one other basic term that is used to interchangeably with Executive Information System. That term is Executive System Support (Kaniclides, Kimble 3). Executive Information Systems software expands on all of the other business software out there for managers. There are some main differences between EIS and other information systems. The main difference is that EIS is aimed towards executives so it is specifically customized towards their needs. Another difference is that EIS is â€Å"able to access data about specific issues and problems as well as aggregate reports† (Kelly 2). EIS is not as limited to a particular field or area of the business. Executive Information Systems allow for access to an array of data from both inside the company and outside from difference sources. EIS also is user friendly so the senior management members do not need assistants to access the information for them and they can make use of their assistants for other tasks. The systems usually can be used with a mouse or a touch screen computer and information is presented in a graphic format (Kelly 2). The people that use EIS have been mentioned above. These people are those who are senior level managers, such as CEOs, CFOs, COO, Presidents, and so on, with loads of information to sort though. The executive information system helps them sort though the information provided to them by lower level managers. This information usually includes such things as efficiency reports and other production reports relevant to the field of the corporation. These senior level managers use this information that has been summarized and put into a form that the manager wants to make important decisions for the company. For executives that do not utilize executive information system might feel overwhelmed with the papers and reports they receive daily.

British Literature Paper

Michael Sharp British Literature I 09/26/07 Angelina Jolie has a place in Hell According to Dante, Hell is broken down into nine circles. Each circle would represent a punishment according to their sin and would be more evil as you draw near towards the last circle. If Dante were to travel in Hell again, he would most likely encounter Angelina Jolie. Although she is looked upon as a celebrity with a humanitarian heart, the sins that she have committed would not be acceptable in God’s eyes. Despite her humanitarian heart, she is likely to go to hell. Despite Angelina Jolie’s humanitarian heart, she is a non-Christian.Non-Christians are automatically condemned to hell. It is stated in the bible, â€Å"†For God so loved the world that he gave his one and only Son, that whoever believes in him shall not perish but have eternal life† (John 3:16). The bible strictly states that if you do not believe in Jesus Christ, you will not go to heaven. It is through Godâ⠂¬â„¢s grace that we are entitled to enter heaven. When Dante traveled through the first circle of hell, he noted that it housed all the pagans. Great writers and poets were condemned in the first circle because they had died not knowing Christ. You don’t ask,† my good Teacher said to me, â€Å"who are these souls you look upon? Before you go on in your journey, you must know they did not sin. If they had bad merits, these were not enough- baptism they did not have, the one gate to the faith which you believe† (35). Although those people did not commit a serious sin, they did not believe in Christ. Therefore they were condemned to the first circle of hell. This is one of the few circles in Hell, where should would be condemned. Lust is one of the many sins people struggle with and it often leads to committing adultery.Angelina Jolie is one of the many who had committed adultery. She seduced Brad Pitt away from his wife Jennifer Aniston and later marries him. In t he bible it quotes, â€Å"Whosoever shall put away his wife, saving for the cause of fornication, causeth her to commit adultery. And whosoever marry her that is divorced, committeth adultery† (Matthew 5:32). The bible also states clearly that this sin is not looked upon lightly. In fact in Ephesians 5:5 reads, â€Å"For of this you can be sure: No immoral, impure or greedy person such a man is an idolater has any inheritance in the kingdom of Christ and of God. Marriage is highly regarded in the Christian faith; it is a sacred covenant that is established between the man and his wife. Committing adultery would be a violation of that sacred covenant that was established between husband and wife. In Dante Inferno, Dante describes how he and Virgil pass into the second circle. It was illustrated as a dark area where the rain would continuously fall and the wind would blow constantly. The condemned would helplessly swirl in the wind and be swept through the storm. One of the ch aracters that Dante pointed out was Semiramis. She was allegedly an Assyrian queen who created incest a legal practice.Angelina Jolie did not only commit adultery but she also had an incestuous relationship with her brother. According to the bible it states, â€Å"Do not have sexual relations with your sister, either your father's daughter or your mother's daughter, whether she was born in the same home or elsewhere† (Leviticus 18:9). The bible strictly forbids any family members to have a sexual relationship with one another. According to the laws from the Old Testament they would execute those who were guilty from committing this sin. In the New Testament, the local church would be given the authority to outcast the guilty for the offence.In the Second Zone of the Seventh Circle’s Third Ring, Dante encounters Bruetto Latini. This is where the Sodomites must walk continuously under the rain of fire. Bruetto Latini was noted for providing Dante with kindness and counse l, yet he accuses him for being a homosexual. During this time period, homosexuality was evident but not acceptable to the society. However in today’s society homosexuality is acceptable. Angelina Jolie publicly admitted that she had feelings for woman and would consider dating some of either gender. Her guilty pleasure in the same sex would earn her a spot in the third ring.Although Angelina Jolie has committed more than one serious sin, she would be condemned into the second circle of Hell. Lust has overwhelmingly affected her life and to God’s eyes it looked down upon with disgrace. She has violated the sacred commitment between husband and wife by sleeping with another wife’s husband. She has been divorced and became pregnant before marriage. All of these factors are more than enough reasons as to why she should be condemned to Hell.Bibliography Alighieri, Dante. Dante Inferno. New York: Esolen, 2003. Angelina Jolie. Ed. Mai Dinh, Janet Murphy. 25 September 2007. http://www. people. om/people/angelina_jolie/biography/0,,20004347_0,00. html Adultery. www. biblegateway. com. Ed. Nick Hengeveld. 25 September 2007. http://www. biblegateway. com/quicksearch/? quicksearch=adultery&x=0&y=0 John 3:16. www. biblegateway. com. Ed. Nick Hengeveld. 25 September 2007. http://www. biblegateway. com/passage/? search=john%203:16&version=31 Incest. www. biblegateway. com. Ed. Nick Hengeveld. 25 September 2007. http://www. biblegateway. com/quicksearch/? quicksearch=incest&x=0&y=0 homosexual. www. biblegateway. com. Ed. Nick Hengeveld. 25 September 2007. http://www. biblegateway. com/quicksearch/? quicksearch=homosexual&x=0&y=0