The father and son motif in Dryden's Absalom and Achitophel Essay

The father and son motif in Dryden's Absalom and Achitophel - Essay Example Ironically, the way in which this motif permeates the poem gives rise to nearly all of the stages of the story. This essay will argue that the father-son motif in Dryden's Absalom and Achitophel demonstrates the implicit vulnerability of all patriarchal relationships; more particularly, this essay will explain how Dryden employs the father-son motif in order to highlight the danger of a patriarch loving uncritically, the danger of a patriarch offering mercy and restraint to enemies, and the painful burdens that patriarchal figures must endure if they are to survive in such a role. The poem begins almost as an apology; it is apologetic because patriarchs and fathers are forgiven in advance for the miseries to be encountered in the current age. This reference to simpler times is introduced in the first few lines, when Dryden offers that, "In pious times, ere priestcraft did begin, Before polygamy was made a sin; When man on many multiplied his kind, Ere one to one was cursedly confined; When nature prompted, and no law denied, Promiscuous use of concubine and bride;" (1-6). The implication is that there was a time when fatherhood implied no predominant obligation; indeed, this reference to pious times views the father-son relationship without the imposition of certain conditions or risks. Having a generalized duty to many people, being promiscuous and without the curse of being confined, the father may pursue his life freely. The patriarch, in short, may interact with others when nature prompts, he may choose and discard his relationships arbitrarily, and he wi ll not be judged a legitimate or illegitimate father by others. The pious times, in effect, were without negative consequences. These pious times, on the other hand, are at an end. The father-son motif, particularly with the birth of Absalom, demonstrates the most immediate vulnerability of patriarchy. Patriarchal consequences arise and vest most forebodingly with the birth of Absalom. The indifference notable in pious times is notably absent; quite the contrary, King David, was borne a son described as "So beautiful, so brave,Whether inspired by some diviner lust, His father got him with a greater gust; Or that his conscious destiny made way, By manly beauty, to imperial sway" (18-22). The "imperial sway" language is particularly significant; it is significant because King David is creating a special place in his heart and in his monarchy for Absalom. There is no longer any indifference; more interesting, the son has been elevated to a position higher than that enjoyed by either King David's other children or by King David's subjects. It is easy to ascribe the villainy to come to Achitophel, and yet the first sign of a faction is created by the father himself. To be more precise, rather than maintaining a strictly patriarchal relation to all men, King David instead elevated the s on whom would later become his enemy and the cause of much sadness. Thus, if Achitophel might be blamed for taking advantage of this father-son relationship, then King David must accept responsibility for having given so much favor to Absalom in the

Impact of Globalization on the country Identity Essay

Impact of Globalization on the country Identity - Essay Example Furthermore, numerous buildings in the city are still designed based on their historical relevance. The impact of globalization has been spread out across different countries all over the world. The world has become more interconnected than ever. Never before in the history has international connections between world trade, communication, and politics been seen at this rate and pace. The responsibilities of planners have also increased with the arrival of globalization and as research indicates, the planning of cities is no longer limited to physical planning, but it now also includes the social and economic fabric (The Role of Planners in the Globalization Era, 2004). The globalization of economic, social, environment and political matters have not been limited to the national level, but have now also affected the urban and architectural planning of the city. Globalization is a term used by a development and interaction process of international union arising from the networking of world views, products, ideas and other aspects of culture. Advances in transportation and telecommunications infrastructure are major factors in globalization, generating further interrelationships of economic and cultural activities (Globalization, 2014). In the globalized world, geography does not become less important, instead it has become more relevant. This is because of the fact that globalization enhances possibilities in increasing geographic differentiation and location which then reflect on overall planning. The globalization extends a large group and city regions outside their borders. The internal and external of these cities and their growth present a number of challenges for policy makers in their planning. Based on the history of urban planning in Qatar, changes in planning can be recognized. In 1935, British petroleum initiated oil exploration in Qatar. High quality oil

Information ethics reflection paper Essay Example | Topics and Well Written Essays - 750 words

Information ethics reflection paper - Essay Example From the past few years, it has been observed there has been a growth in information ethics in the field of information science (Kaddu, â€Å"Information Ethics: A Student’s Perspective†). In the recent times, it has been ascertained that due to the growth in the use of the internet and e-commerce, there has been a rise in the ethical issues related to information systems. The internet has made it very simple for various firms to collect, assimilate and distribute data or information that has elevated concerns regarding the proper usage of consumer information, privacy of personal information, and security of intellectual property (TechRepublic, â€Å"10 Ethical Issues Confronting IT Managers†). There are various specialized insiders who have the skills of misleading information systems through inappropriate ways of submitting phone histories and averting cash transactions in such a way which cannot be imagined in the pre-computer period. Organizational examples of ethical issues elevated by information systems involve Enron wherein the top three managers were convicted for misrepresentation of information to its shareholders and WorldCom, one of the biggest te lecommunication firms in the United States wherein the top executives were convicted for using illegal methods of accounting. In addition, it is also observed that Merrill Lynch was convicted for supporting Enron in creating vehicles which did not have any business purpose. Therefore, it is worth mentioning that there is a requirement for the establishment of responsibility for the result obtained from information system, along with determining certain standards that protect the quality system which safeguard the information of the individual in the society and preserve the values that are considered very important for the quality of life of an individual in the society (Pearson Education,† Ethical and Social Issues

Film analysis Essay Example | Topics and Well Written Essays - 2000 words

Film analysis - Essay Example Analysis A group theory was put forth by Schutz (1958). He looked at three dimensions of groups. The first dimension is the in-out dimension, or inclusion, and this is where the people in the group are either in the group or out of the group. The second dimension is the up-down dimension, or control, and this looks at the members of the group according to how dominant, or submissive, they are to one another. The third dimension is the close-far dimension, or affection, and this how tight the link is between the individual members (Schutz, 1958). This is the basis for examining the film, by examining how the relationships between the members of the group fit the above definitions, and how the relationships were fluid, in that the dynamics constantly changed and the how the group was defined, according to these three dimensions, changed along with it. The first dimension is the in-out dimension, and this states that some people are members of a group, while others are not. In the begin ning, there was not a group, per se, but a bunch of individuals who were thrown together on a Saturday, most against their will. However, that said, there was a bonding between the two popular kids, Andrew and Claire. They were the only two who knew one another, so, if there was the possibility of having a group that consisted of only two members, then Andrew and Claire were part of a group and everybody else was not. The film implied that the two ran in the same circle in school, as, at one point, Andrew asked Claire if she were going to a certain party. So, then, in the beginning, the â€Å"in† kids were Andrew and Claire, and the â€Å"out† kids were everybody else. This gradually changed. The first indication that maybe the kids were becoming a group was when Bender took the screw out of the door that was to remain open, and the principle came in to ask who did it. The entire group stated that they did not know who did it. This was the beginning of the formation of the group, because it was the beginning of group cohesiveness, and the beginning of the â€Å"us versus them† mentality that permeated throughout the film. This was a kind of theme in the film – that the kids, no matter how different they were from one another, still formed a cohesive whole when it came to authority, and would still cover for one another, no matter how they felt about the individual members of the group. The second major time that the kids became a group, in that all were a part of the group, and there was nobody outside the group, was when they went out into the hall to go to Bender’s locker. This was obviously something that could have gotten all of them into trouble, and Andy, at least, was not in a position to serve another Saturday detention, due to the fact that he had a meet on the following Saturday, so, at least for Andy, going out into the hall was a major risk. Presumably the other kids, with the exception of Allison, who wanted to b e there, and Bender, who had a series of other Saturday detentions lined up anyhow, also were taking a huge risk of getting another Saturday detention. Yet the kids all risked this by going out into the hall with Bender, despite the fact that none of them were needed for the task. That they all chose to do this shows that the kids were members of a group, because it shows that they were going to stick together. The going out into th

Tax Planning Essay Example for Free

Tax Planning Essay It was the responsibility of the Satrap to collect the due amount and to send it to the emperor, after deducting his expenses (the expenses and the power of deciding precisely how and from whom to raise the money in the province, offer maximum opportunity for rich pickings). The quantities demanded from the various provinces gave a vivid picture of their economic potential. For instance,  Babylon  was assessed for the highest amount and for a startling mixture of commodities; 1,000  silver talents  and four months supply of food for the army. India, a province fabled for its gold, was to supply gold dust equal in value to the very large amount of 4,680 silver talents. Egypt was known for the wealth of its crops; it was to be the granary of the Persian Empire (and, later, of the  Roman Empire) and was required to provide 120,000 measures of grain in addition to 700 talents of silver. This was exclusively a tax levied on subject peoples. Persians  and  Medes  paid no tax, but, they were liable at any time to serve in the  army. [12] In India, Islamic rulers imposed  jizya  (a  poll tax  on non-Muslims) starting in the 11th century. It was abolished by  Akbar. Numerous records of government tax collection in Europe since at least the 17th century are still available today. But taxation levels are hard to compare to the size and flow of the economy since  production  numbers are not as readily available, however. Government expenditures and revenue in France during the 17th century went from about 24. 30 million  livres  in 1600-10 to about 126. 86 million  livers  in 1650-59 to about 117. 99 million  livres  in 1700-10 when  government debt  had reached 1. 6 billion  livres. In 1780–89, it reached 421. 50 millionaires. Taxation as a percentage of production of final goods may have reached 15%–20% during the 17th century in places such as  France, the  Netherlands, and  Scandinavia. During the war-filled years of the eighteenth and early nineteenth century, tax rates in Europe increased dramatically as war became more expensive and governments became more centralized and adept at gathering taxes.

Developing Energy Efficient Building Design

Developing Energy Efficient Building Design Introduction Aims and Objectives The following five points are the key aims and objectives of the proposed building design: To provide the client with an energy efficient building design. To utilise renewable energy systems to reduce the buildings carbon footprint. To use materials in the construction of the building fabric that minimise heat losses/gains so as to reduce the loads on the services systems, and therefore the energy consumption. To provide a flexible, let able HVAC system solution for the landlord/tenant. To provide a design solution in accordance with current Building Regulations. Building summary Heron Tower is an office block located in Central London near to Liverpool Street train station. The site is situated on a traffic island bordered by Camomile Street, Outwich Street and Bishopsgate. The building has a footprint of approximately 1610m2. Site Location Heron Tower is a lightweight steel frame construction, with a concrete structural slab. The external faà §ade of the building is predominantly glazed. The building consists of a basement level, Ground Floor and 2 Floors above ground. The basement will predominantly be used for plant and storage. The ground floor comprises an entrance lobby / reception area, retail area and a loading bay. Each of the floors above ground will be broken down into two distinct areas, the office area and the core area. The building has a flat roof that is available for use for plant and equipment. The office area is to be let to tenants and will be open plan, with a floor area of approximately 1270m2. The core area will be under the control of the building landlord and will house the lifts, stairs, toilets, service risers and will have an allowance for space for tenants plant. The core area has a floor area of approximately 340m2. The total floor area is therefore approximately 6440m2, of which 3900m2 is designated landlords space (i.e. plant, storage, services, retail etc.), and 2540m2 to be let. Occupancy Design Criteria Alert the reading where youre getting the information to design each room of the building, what standards you are trying to meet / exceed. From experience, this is best presented as a cut down of an Excel in the appendix in the form of a table. This sheet should have criteria for every room. Cut it down to every type of room, so it fits on one page, usually rotated, tricky. Environmental data from CIBSE Guide A  [2]   Lighting data from CIBSE LG7 -Lighting for Offices  [3]   Ventilation Cooling Heating Domestic Cold Water The domestic cold water service will be provided via a cold water booster set, taking water from a mains fed storage tank. This service will provide water for drinking, toilets, cleaning, mechanical pressurisation units, and will also feed the domestic hot water system via an unvented storage calorifier. The cold water service will be sized as follows: Occupancy: Cold water demand: Hot water demand: Domestic Hot Water The domestic hot water service will be provided via a two-pipe system fed from a central unvented storage calorifier, with a system pump to circulate the water to maintain the temperature. It is proposed that the primary method of heating the water is produced using an indirect solar hot water heating system. The system will comprise a solar array on the roof of the building that will heat the domestic hot water via a coil in the storage calorifier. The system water will be circulated through the solar panels and coil using a pump. The calorifier provided will have dual coils to allow the solar heating system to be supplemented by the main building heating system. This secondary coil will be used to heat the water if the solar system fails to meet hot water demand. Both coils will be controlled using automatic 3-port control valves For more detailed information about the solar hot water heating system see section 6.1. Acoustics Lighting Electrical Services Supplemented by wind turbines on roof Distribution of Services Landlord Areas Mechanical Electrical Tenants / Public Areas Mechanical LTHW and CHW pipework to air conditioning units will be housed in the ceiling void. Electrical Distribution of small power to the office area will be via floor boxes fed from a raised floor. Power for air conditioning units and lighting will be distributed via the ceiling void. Energy Metering Metering will be provided on both incoming service mains to the site and on sub-circuits within the building for monitoring by the building energy manager. Metering provisions will enable the energy manager to attribute at least 90% of the energy usage to specific systems, e.g. lighting, heating etc. in accordance with The Building Regulations Part L2A  [4]  . The meters provided shall be BMS compatible to allow for automatic data collection. The metering strategy for the building is as follows: Mains Metering Electricity Electricity will be metered on the incoming mains to monitor the buildings overall electrical energy usage and for billing purposes (in accordance with ) Water Water will be metered on the incoming mains to monitor the overall water usage and for billing purposes (in accordance with water bylaws). Gas Gas will be metered on the incoming mains to monitor the overall gas usage and for billing purposes (in accordance with ) Sub-Metering Sub-metering will be provided to monitor energy usage on sub-systems so that the overall energy usage of the building can be broken down into the various systems and analysed by the building energy manager. Sub-metering will also be used to differentiate between energy usage by the landlord and tenants for billing purposes. The sub-metering strategy has been devised in accordance with CIBSE TM39  [5]  . The sub-metering strategy for the building is as follows: Electricity The landlords and tenants supplies will be fed from separate distribution boards to allow differentiation between energy usages. The feeds to these distribution boards will be metered at the L.V switchgear. Metering will also be provided at the local distribution boards to monitor energy usage across the main categories of electricity usage. The categories that will be monitored are: Lighting Office small power (including computer equipment etc.) Ventilation plant Heating plant Cooling plant Air conditioning units Heating/Air Conditioning Heating and air conditioning in the landlord and tenant areas will be fed by separate sub-circuits. The energy used by each of these circuits will be monitored by using in line pipe heat meters located in the service risers. Water Domestic hot and cold water usage at the toilets on levels 1 2, and in the staff areas in the basement will be monitored using water meters located in the service risers. Gas Gas is only used for the gas fired boiler plant. As the gas is metered at the incoming main no sub-metering is required. Solar Domestic Hot Water System The output of the solar hot water generation system will be measured by installing a heat meter inline to the feed from the solar array to the storage calorifier. This heat meter will measure the flow rate of the water as well as its temperature in order to gauge system output. A meter will also be installed in the sub-circuit feed from the LTHW system to ascertain how much LTHW has to be used when the solar hot water generation system fails to satisfy demand. Wind Power System Energy produced by the wind turbines located on the roof of the building will be metered to provide the building energy manager with data on the actual output of the wind turbines. This will be metered on the common feed from the turbines to the storage battery. The consultation on changes to the technical  guidance for Part L issued in June 2009 proposes: The output of any renewable energy system  provided as part of the works must be  separately monitored. Safety Benchmarking This section is to give the reader an idea of the minimum standard to be achieved by your proposed design. Usually BSRIA Rule of Thumb gives you a starting point in W/m2. There is usually guidance in the form of Best Practice for a particular type of building: school, hospital, office, leisure centre etc. CIBSE guide A Table 6.2 Benchmark allowances for internal heat gains in typical buildings BSRIA Rules of thumb 4th ed Heat Calculations You will need to calculate the current baseline design using typical construction materials. This could be done using Hevacomp  [6]  , IES  [7]  or Excel. Then you could consider orientation, shading and construction materials to recalculate heat loss /gains. Typically, improved U values for windows are considered, but then you must justify the decision based on costs / environmental pollution etc. Could include the unoptimised design, if the building is a refurbishment. You should include any restrictions, listed building, planning constraints etc. Heat losses You should make the calculations, say in Hevacomp, but only include a summary in the text. This includes the U values for the building elements: wall, floor, roof, door, windows, these could be calculated from scratch, taken from the CIBSE guide, Hevacomp database or manufacturers data. Literature Review (In-depth investigation) The literature review should consider one or two particular areas. You should use a selection matrix to highlight two or three potential solutions depending on your criteria (your client usually wants the cheapest construction- low capital cost) usually you want either low C02, low energy bills, low maintenance, highest safety etc. You must be able to defend your selection. Now investigate the options based on the selection matrix, you dont need to supply manufacture information, but you may need to hassle manufacturers for cost information, or size information (e.g bore hole depths for ground source heat pumps, GSHP) Heating supply for example You could select gas or electric or CHP or GSHP or ASHP or oil, liquefied gas etc. Select two or three and investigate options in-depth Heating systems You could decide between radiators, under-floor heating, electric storage heaters etc. Ventilation Requirements Ventilation is a means of changing the air within a space in order to: Provide fresh air for respiration Preserve oxygen levels in the air in enclosed spaces Control carbon dioxide Control moisture/humidity Remove heat from processes carried out within a space Remove atmospheric contaminants such as odours, smoke and dust Maintain comfort conditions Provide oxygen for combustion Types of Ventilation Ventilation may take many forms and the method of ventilating buildings will vary from project to project. Whatever the specific design for ventilating a building may be, it can always be divided into three categories- natural ventilation, mechanical ventilation and air conditioning. Designers may decide to focus the design of the buildings ventilation system solely on one of these three methods, or to use a combination of the three. Natural Ventilation Natural ventilation is the most economic method of ventilating a building as it uses components of the buildings structure, such as windows, louvres, trickle vents and air bricks to provide the buildings ventilation, therefore requiring little or no energy to operate (although it can contribute to the buildings energy losses). When deciding to use natural ventilation in a building design the following factors should be taken into consideration: Location: is the building situated in an area where having windows open for the purpose of ventilation is going to allow high noise levels or smells into the building? Size: how big is the building? If the building is large are there internal rooms that are not close to external walls/windows and could therefore be insufficiently ventilated naturally? Temperature maintenance: what measures will be used to maintain a comfortable internal temperature if the external temperatures are fluctuating? Energy consumption: although utilising natural ventilation will reduce energy consumption by not requiring any mechanical plant to operate, constantly having windows open will lead to larger heat losses than would be expected from an identical sealed building. This will increase the energy use of any heating systems in place. Seasonal weather: will natural ventilation provide enough cooling on hot summers days to maintain comfortable conditions? Will it still be practical to have windows open on particularly cold days? If natural ventilation is used as a buildings sole means of ventilation then it can be very difficult to maintain comfortable conditions all year round, as you are depending on an unknown and uncontrollable factor i.e. the weather. The only control that is really available is to open or close windows or other building components. Mechanical Ventilation Mechanical ventilation systems are installed where natural ventilation is impractical or there is a necessity to achieve a specific number of air changes per hour in order to comply with legislation and regulations. Mechanical ventilation systems can take three forms: Mechanical intake with natural extract Mechanical extract with natural intake Mechanical intake and extract Whilst both the capital and running costs of a mechanical system are higher than that of a natural system, mechanical systems will provide a reliable and controllable air change rate that is required in some circumstances, and is simply not achievable via natural ventilation. When deciding to use mechanical ventilation in a building design the following factors should be taken into consideration: Size: is the building big enough to warrant the installation of a mechanical ventilation system? Location/use of rooms: does the building have internal rooms that have no other means of smell/heat extraction such as toilets or kitchens, therefore requiring a mechanical ventilation system? Cost: does the buildings need for ventilation warrant the cost of installing, running and maintaining a mechanical ventilation system? Maintenance: is maintenance of the system going to be easy and affordable? Space: is there going to be enough space in the building for the plant/distribution systems required for a mechanical ventilation system? A mechanical ventilation system provides the occupants of the building with a higher level of control over comfort conditions than would be provided when relying solely on natural ventilation. It would not however provide the level of controllability that can be achieved by an air conditioning system. Air Conditioning Air conditioning is the process of controlling condition of the air supplied to a space by subjecting the air to a number of processes including heating, cooling, humidification and dehumidification. Air conditioning is used where close control of comfort conditions is required, or where acceptable internal conditions cannot be achieved using either natural or mechanical ventilation. When deciding to use an air conditioning system in a building design the following factors should be taken into consideration: Size: is the building big enough to warrant the installation of an air conditioning system? Location/use of rooms: does the building have internal rooms that have no other means of smell/heat extraction such as toilets or kitchens, therefore requiring the installation of a mechanical ventilation system as well as the air conditioning system? Cost: is the need to maintain comfort conditions and temperatures great enough to warrant the cost of installing, running and maintaining an air-conditioning system? Maintenance: is maintenance of the system going to be easy and affordable? Space: is there going to be enough space in the building for the plant/distribution systems required for an air conditioning system? Efficiency: is the plant that is going to be installed going to be energy efficient? An air conditioning system gives by far the greatest level of control over comfort conditions. Temperatures can be controlled locally and accurately, meaning that people in different areas of the building can decide on the conditions that they feel most comfortable. The installation of an air conditioning system can also remove the requirement for a separate heating system, if a multi-functional fan coil unit system, or equivalent, were to be installed, therefore allowing conditions to be maintained comfortably all year round. Renewables Now the Mayor of London has put his backing into renewables, it must be included as a potential measure. Typically students investigate hydrogen, solar heated water, PV, tidal, wind or biomass. You need to decide which one is appropriate then make some calculations. Please learn to use equation editor (its under Insert -> Object). Unfortunately, its not installed by default by Word, but you can add it in by a add/remove option in Office Setup. From your decisions you should be able to calculate the CO2 and energy savings, based this upon a standard condensing boiler and the current price of gas and electricity. Include grants / tax breaks into the calculation. Finally, financials including simple pay back period should be included, but you should rerun the calculation based on future energy prices as well.

Bilingual education: The Benefits of Technology Essay -- essays papers

Bilingual education: The Benefits of Technology The topic of discussion will introduce how technology can benefit Bilingual education in classrooms across the United States. Alone, Bilingual education is a controversial issue. There are several people and organizations in this country who, for various reasons, are opposed to bilingual education. Minorities in the Classroom It is estimated that by the turn of the century up to 40 percent of the children in the nation’s classrooms will be non-white, with the majority Latino. Already, multilingual schools exist in practically every major city. Since the teaching source is primarily White, and becoming even more so, it is important to take immediate action to prepare teachers and principles to work with a student population different than themselves (Dreyer, 1998). The increase limited-English proficient students in today’s classrooms are presenting unique academic and social challenges in education. Teachers who lack experience and training in working with linguistically and culturally diverse students must make a commitment to address these student’s needs by learning strategies that can fulfill the dual function of presenting academic content while also providing opportunities for the limited-English proficient student to develop their language skills naturally (Garret, 1999). Diversity in our classrooms represents opportunities for expanding ideas, for learning about language, and for cultural exchange among students. The cultural and racially diverse classroom is a natural resource, yet few teachers realize the educational benefits that can be attained through understanding how diversity enhances the learning experience, especially when teachers are striv... ...rograms. R. Macias & D.J. Rose. (1994). Wired for knowledge: Advanced technology keeps students stimulated and in school. Hispanic. 7,17-21. Retrieved February 19, 2004 from ERIC/EBSCO database. Interactive classrooms called ‘Electronic Classrooms,’ which involves teaching by a specially prepared site broadcasted over 3 cable channels. Cho, Hanah. (2003, October 19). Nonprofit creating a charter school; As Harford adopts policies, church group has hopes to start county’s first one. The Sun. Baltimore, MD. Rescue-One –the nonprofit community development corperation of Zion Temple Church in Havre de Grace discuss the development plans for a charter school that would emphasize technology and bilingualism. Weisman, Jonathan. (1998, April 24). School tax break voted: Senate also defeats national tests, back state block grants. The Sun. Baltimore, MD.