Visual Analysis Edward Hopper NightHawks free essay sample

Visual Analysis: Edward Hopper: Nighthawks In this essay I will be looking into the visual analysis of the Painting Nighthawks by Edward Hopper. First I will be discussing his life. Edward Hopper was born on the 22nd July 1882 in Nyack, New York. He came from a middle class family, and had an older sister named Marian. Like most famous painters he enjoyed drawing from a young age, and at the age of ten signatures were found on his work. He showed an interest in the artists Gustav Dore and Phil May, whose Illustrations hed copy eagerly. From his early teens he was already working ith a range of mediums such as charcoal, ink and oil paints. He sold his first signed oil painting when he was 13 entitled Rowboat in Rocky cove. He attended a private school and Nyack High school where he graduated at 17 years of age. His parents had always supported and encouraged his art so when he told them he wanted to study painting at university there were no objections, only that Illustration or Commercial art would offer more financial security. We will write a custom essay sample on Visual Analysis Edward Hopper NightHawks or any similar topic specifically for you Do Not WasteYour Time HIRE WRITER Only 13.90 / page So he enrolled in the Correspondence school of Illustrating But decided to transfer a year later to Chase chool and switched to painting. Hopper died at the age of 84 leaving behind him a body of about 3000 paintings. The majority of his paintings are viewpoints which seem to always include women. When taking a closer look , there is a vulnerability in many of the women but you are never really able to place your finger on whether they are in a state of loneliness solitude or desolation. This is a reoccurring theme throughout Hoppers work. Ideas of gender roles run through my head in that in his paintings women are always seen as the nferior counterpart to men. For example his paintings Hotel by the rail road, Office at night and The barber shop. Nighthawks an oil painting he is very well-known for and probably his most famous. It was created is 1942 and was said to be inspired by A restaurant on Greenwich Avenue where two streets met. When looking at it from a technical point of view, you can tell the composition has been carefully constructed. It has been painted from the view of a passer-by, which has been done purposefully so that the viewer is able to et an anterior view of the situation in the restaurant whilst being able view the contrasting exterior of the street. This is quite common of Hopper who shows a similar arrangement in the painting New York office. American sociologist Sennett says that One reason for the demise of the public realm is that large windows make rooms visually transparent while still erecting a barrier to the outside He calls this The paradox of isolation in the midst of visibility which is clearly shown in this painting. When further analysing the painting, themes of vulnerability arise again as, all 4 f the subjects and to us as viewers, also the use of colour doesnt open up to any analysis into the situation which creates the idea of privacy in that sense, which goes back into Sennetts term Isolation in the midst of visibility Hopper has denied that he consciously placed themes of loneliness, isolation and emptiness in his paintings but he acknowledged of Nighthawks that, unconsciously, probably, I was painting the loneliness of a large city. Night hawks now hangs in Art Institute of Chicago, Illinois.

Biography of Sargon the Great, Ruler of Mesopotamia

Biography of Sargon the Great, Ruler of Mesopotamia Sargon the Great was one of the worlds earliest empire  builders. From roughly  2334 to 2279 BCE, he ruled a civilization called the Akkadian Empire, consisting largely of ancient Mesopotamia,  after conquering all of Sumer (southern Mesopotamia) as well as parts of Syria, Anatolia (Turkey), and  Elam  (western Iran). His empire was the first political entity to have an extensive, efficient, large-scale bureaucracy to administer his far-flung lands and their culturally diverse people. Fast Facts: Sargon the Great Known For: Creating an empire in MesopotamiaAlso Known As: Sargon of Akkad, Shar-Gani-Sharri, Sarru-Kan (True King or Legitimate King)  Sargon of Agade, King of Agade, King of Kish, King of the LandDied: c. 2279 BCE Early Life Almost nothing is known of Sargons early life. There is no birth date; the dates of his reign are approximate; and the end of his reign, 2279, is only presumably the year of his death. His name at birth also is unknown; he adopted Sargon later. Although his name was among the most famous in antiquity, the modern world knew nothing of him until 1870 CE, when Sir Henry Rawlinson, a British army officer and scholar of the Orient, published the Legend of Sargon, which he had found in the library of King Ashurbanipal  of Assyria while excavating the ancient Mesopotamian city of  Nineveh  in 1867. The Legend of Sargon, engraved in cuneiform on a clay tablet, supposedly represented his biography, though its often described as folklore. It reads, in part: My mother was a changeling, my father I knew not...My mother conceived me in secret, she gave birth to me in concealment. She set me in a basket of rushes, She sealed the lid with tar. She cast me into the river...The water carried me to Akki, the drawer of water. He lifted me out as he dipped his jar into the river, He took me as his son, he raised me, He made me his gardener. Sargons mother, said to have been a priestess in a town on the Euphrates River and perhaps one of an order of sacred prostitutes, couldnt keep the child. She hit upon an option strikingly similar to one involving Moses, although her baby supposedly floated down the Euphrates instead of the Nile. The future founder of the  Akkadian Empire was discovered by a gardener who served Ur-Zababa, the king of  Kish, a massive subterranean city on the island of Kish off the coast of Iran. Rise to Power Sargon eventually became Ur-Zababas cup-bearer, a servant who brought a king’s wine but also served as a trusted adviser. For unknown reasons, the king felt threatened by Sargon and tried to get rid of him: When Lugal-zage-si, the  king  of Umma who had conquered and consolidated many city-states in Sumer, came to conquer Kish next, Ur-Zababa sent Sargon to deliver a  clay tablet to the king, supposedly offering peace. The tablet, however, contained a message requesting that Lugal-zage-si kill Sargon. Somehow the conspiracy was thwarted, and the Sumerian king asked Sargon to join his campaign against the city. They conquered Kish and Ur-Zababa was deposed. But soon Sargon and Lugal-zage-si had a falling out. Some accounts say Sargon had an affair with Lugal-zage-si’s wife. At any rate, Sargon captured  Uruk,  an ancient land in southern Mesopotamia on the Euphrates River, from Lugal-zage-si and then defeated him in battle at Kish. Expanding His Realm A large part of  Sumer had been controlled by Uruk, so with both Ur-Zababa and Lugalzagesi out of the way, Sargon was the new ruler of an area from which to launch military campaigns and expand his empire. But Sargon also wanted to maintain the lands under his control, so he established an efficient  bureaucracy by placing trusted men in each Sumerian city to rule in his name. Meanwhile, Sargon expanded his empire, defeating the  Elamites to the East, who inhabited what is today western Iran. To the West, Sargon conquered parts of  Syria  and  Anatolia. He established his capital at Akkad, near Kish, becoming the first king of the Akkadian Dynasty. The city, which lent its name to the empire, has never been found. He conquered the nearby city-states of Ur, Umma, and Lagash and developed a commercial trade-based empire, with unifying roads and a postal system. Sargon made his daughter Enheduanna a high priestess of Nanna, Urs moon god. She was also a poet and is considered the world’s first author known by name, credited  with creating the paradigms of poetry, psalms, and prayers used throughout the ancient world that led to genres recognized in the present day. Death Sargon the Great is said to have died of natural causes around 2279 BCE and was succeeded by his son Rimush. Legacy Sargon Akkadian Empire lasted a century and a half, ending when it was displaced by the Gutian dynasty of Sumer during the 22nd century BCE. One of the results of Sargon’s conquests was the facilitation of trade. Sargon controlled the  cedar forests of Lebanon  and the silver mines of Anatolia, which provided valuable raw materials for trade in the  Indus Valley, as well as in civilizations in Oman and along the Gulf. The Akkadian Empire was the first political entity to make extensive use of bureaucracy and administration on a large scale, setting the standard for future rulers and kingdoms. The Akkadians developed the first postal system, constructed roads, improved irrigation systems, and advanced the arts and sciences. Sargon also is remembered for creating a society where the weak were protected. Stories say that during his reign, no one in Sumer had to beg for food, and widows and orphans were protected. Rebellions were common during his reign, though he reportedly said his enemies faced a â€Å"lion with teeth and claws.† Sargon the Great wasn’t regarded as a hero from humble beginnings who gained power to save his people, but his empire was considered a  Golden Age compared to those that followed. Sources Zettler, Richard L. Reconstructing the World of Ancient Mesopotamia: Divided Beginnings and Holistic History. Journal of the Economic and Social History of the Orient, 2003.Sargon of Akkad: Familiar and Legendary Tales of a Famous Mesopotamian King. Ancient Origins.Sargon of Akkad. Ancient History Encyclopedia.Sargon: Ruler of Mesopotamia. Encyclopaedia Britannica.

Clive Staples Lewis Research Paper Example | Topics and Well Written Essays - 2000 words - 1

Clive Staples Lewis - Research Paper Example From this study it is clear that  man’s pursuit of religion is an undertaking performed in order to achieve spiritual happiness, the kind that transcends believers’ perception of reality towards the goodness and promises of the life hereafter. It is so-called a pursuit because no one is born with religion served on a silver platter. Perhaps you might think about religion that is based on blood and race. Religion is something that should be taken as even deeper; its meaning is significant and highly philosophical. Any Jordanian man born can have the choice of believing in Jesus Christ, which is equally the same as an American believing Allah and Mohammed.  This paper highlights that  faith is greater than religion, for without faith, religions collapse and all the things associated with it perished. When there is faith, there is a belief. That is why, when one has faith in a supreme being, he believes that his actions are in accordance with what must please with hi s master; otherwise, he will be punished. This is Gandhi’s mantra that karma strikes to deserving people because it is the universal law of nature. It is noteworthy to know that even brilliant personalities in history acknowledged the moral bearings of their actions because there is someone who creates the law of morality.  Knowledge, as defined by Freud, as something that is attained through research and this knowledge is used to discern objects present only in the universe and not to the invisible such as God.

Philosophy of Locke Essay Example | Topics and Well Written Essays - 1500 words

Philosophy of Locke - Essay Example . . we will arrive at the conclusion that their testimony is reliable. In particular, Locke never doubted that the deeds of Jesus to which the gospel writers testify and which they interpreted as miracles, were in fact miracles; and further, that these miracles authenticated Jesus' prophetic status" (Chappell, 195-96). Locke believes that morals could be a seriously affectionate science. He said that some day we might to reach moral and ethical conclusions as free from hesitation as the conclusions of mathematics. However, he fears that gaining this knowledge is rather complicated than gaining mathematical knowledge. Hi states, that the absence of a true moral science is replaced by moral teachings which are given toto us by Lord through his son - Jesus. God gave to his son a great power to make miracles exactly because He wished to notice these moral teachings. AbstractLocke considers miracles to be critical in establishing the trust and reasonableness of Christian revelation and faith. He argues that the performance of miracles has a great significance in establishing the "credit of the proposer" who makes any assertion to giving a divine revelation. Locke links reason a main role in distinguishing false from sincere claims to divine revelation, including miracles. By this philosopher, sincere miracles contain the hallmark of the divine such that pretend revelations become intuitively obvious. Some argues that serious tensions are in Locke's position of miracles regarding. This is impacts on the reasonableness of the consent to Christianity which he thinks they give. Locke said that miracles are events which were "above the comprehension of the spectator, and in his opinion contrary to the established course of nature" and which are, "taken by him to be divine" (Works [London, 180110], IX, 256, my emphasis) In his book On the Reasonableness of Christianity, Locke acknowledged that the truths wich Jesus taught can be understood and discovered by the facilities of human reasoning and thinking. Locke believed that miracles that Jesus created would make people to accept Lord's truth. Locke convinced that the only intuitive knowledge that a human has is that of one's own existence. By Locke, from the knowledge of one's own existence as a "cognitive" (knowing) being, one can proof that there is a cognitive (knowing) Being called "Lord" because "something cannot come from nothing." Locke, in his works, said that in the other way than our innate or intuitive knowledge existence of our's, one's knowledge goes from senses - through sight, hearing, touch, smell, and taste, and through "reflection". It means using of the mind to make and form ideas by using things we perceive. An "An Essay concerning Human Understanding", in 1690, Locke had showed his belief that truth that is beyond comprehension of people should be accepted if it comes through "revelation." But of cause it must be tested to be sure that it is not objections by reason, and that there is proofs that this truth came from God. In his book, In his Reasonableness of Christianity, Locke wrote that the "miracles" which are Jesus performed were proofs that Jesus is the Son of God

Case study analysis Essay Example | Topics and Well Written Essays - 1000 words - 4

Case study analysis - Essay Example It is also a growing market. The countries in consideration in Latin America are Argentina, Brazil, Chile, Ecuador, Mexico, Peru and Venezuela. These countries have fairly stable governments and political environment and it is possible to do business here on long term basis although the economic and geographical conditions vary from country to country. The immediate problem is future strategy. It is the course of action needed to increase profitability and market penetration in Latin America. There are several options before Supermercados Disco. However, the main options are whether the company should choose to go ahead with a joint venture with Royal Ahold or continue independently. Other than this problem, there are choices to do with pestel analysis. There was strong economic growth in the 1990s, making it vital for the political dispensation to frame policies to maintain the growth curve. Economic prosperity made it imperative for political factors to go along with economic parameters and shun despotic influences. Argentina and Brazil became the favored destinations for retailers in the 1990s. Argentina was favored because of its wealth and Brazil because of its purchasing power due to its large middle class population. Brazil, Chile, Mexico, and Venezuela were roughly equal in terms of disposable income, but they had unequal distribution of wealth excluding up to 40% of these countries’ populations from normal consumer activity. The region was projected to growth continually in the ensuing decades producing increase in the size of the working population. Due to foreign investments, there was also the fact that cities would grow disproportionately in size and wealth improving communications and infrastructure. These changes were bound to favor retailers. State-owned enterprises were thrown open for privatization. Most of the steel mills, chemical, petrochemical, shipping and aircraft companies were sold to private

Sustainable Energy For Buildings Construction Essay

Sustainable Energy For Buildings Construction Essay The above marking profile is for guidance only and is not indicative of your final mark. The minimum aggregate mark for a pass on an MSc module is 50, subject to passing each assessed component with a mark above a threshold of 40%. (3) Coursework submitted after the due deadline is deemed late and is subject to a mark of 0% unless an extension to deadline has been approved by your Course Leader. If an extension has been granted, the pink copy of the completed Extension to Deadline form should be stapled to the work when submitted. If no extension has been granted, the tutor assessing the work will insert a grade of 0% and, for information, indicate the true merit of the assignment. (4) If appropriate, mitigating circumstances should be submitted in writing on the appropriate form with documented evidence to the Course Leader for consideration at the MSc/MEng Examination Boards Charikleia Chelmi, student no: 12835450 Date: 14 November 2012 Subject: Energy demand and supply. 1. Introduction For thousands of years, buildings were designed based on the climate of the area and the physical and social environment (Roaf, Fuentes and Thomas, 2007). The provision of comfort for the dwellers is one of the most important functions of a building; as a result, there is a range of building types and the demand of energy depends on the occupants needs and the activities taking place there (Douglas, 2011). This report is produced in order to present the design of a low carbon building inhabited by a couple. The objectives of the project are to design a low carbon house in a central location of Brighton and Hove, considering the climate and the location, using low carbon construction materials and energy efficient technologies. The potentials for low carbon buildings in the city of Brighton and issues of energy demand and supply for this type of buildings will also be mentioned taking into consideration that over 27 % of the UKs CO2 emissions come from the residential sector. The project is based on information provided by books, case studies, tutorials, television programs and websites. Visits to other low carbon houses and informal interviews with the residents also helped to follow the best practice for the project. 1.1. Climate and background information The low carbon house project is located in the southeast side of the Grand Parade campus of the University of Brighton. The project is about a two-storey house. Since the purpose of making an energy efficient house is its appropriate orientation, the windows of the most habitable room should be located at the south side of the house. A south facing roof will also receive the highest amount of solar radiation (Pitts and Lanchashire, 2011). The surrounding buildings, trees and other types of vegetation will minimize the effects of wind. The weather in Brighton is warmer that in other cities of UK with mild winters and warm summers. The range of average monthly temperatures is 12.5  °C, the highest mean temperatures are observed in July and August (20 °C) and the lowest in February (2 °C). There are around 4.8 sunshine hours per day and 1766 sunshine hours per year. The monthly and annual mean precipitation appears to be 67 mm and 801 mm respectively (Climate and temperature, 2012). 2. Building design, construction and performance specifications The construction of a low carbon building requires us to make a choice of natural, locally sourced with low embodied energy materials. The construction of the building will be carried out using local sources with timber to be the main construction material. According to Pitts and Lanchashire (2011), timber frame is a very good method for construction due to the low embodied energy of timber-products. The house will be constructed using ModCell system (McCloud, 2008). The structure will consist of timber framed wall panels infilled with straw bales. The size of panels will be 3m high x 3.2m wide and 480 mm thick. The straw bales will be packed tightly inside the timber wall frames, plastered on both sides using lime render and finally dried (Tickle, 2010). The final product will be straw panels. The straw bales result in highly insulated walls and have low embodied energy. When plastered, they are airtight and fireproof; in addition lime plasters offer high thermal mass (Jones, 2009). The thermal performance profiles are easily defined when knowing the insulation value of a material. This value is commonly known as the U-value. The lower the U-value, the better thermal performance the house displays (Shomera House Extensions, 2012). ModCell indicates that the U-value for a 480mm straw panel lies between 0.13 and 0.19 W/m2K and the U-value for solid timber frame is 0.134 W/m2K. Pitts and Lanchashire (2011) describe the wooden floor as the ideal place to locate thermal mass because solar radiation strikes it. The structure will consist of timber suspended ground floor suitable for underfloor heating and high insulation. A pitched roof consisting of a pair of rafters formed into a truss, covered then by oak shingles will complete the structure. The rafters will be around 225mm deep and the roof will be insulated using wool and a breathable membrane below. Oak singles are natural materials that do not need a waterproof membrane under them; in addition they match well with straw bale walls (Jones, 2009). The U-value for a timber roof is from 0.15 to 0.10 W/m2K. The roof will slope towards the south and solar panels and collectors will be placed on it. There will also be rooflights to take advantage of natural daylight. Windows influence heat loss, ventilation heat loss, solar heat gain and natural light representing an additional component to think about. A view, expressed by ModCell is that U-values for both glazing and frame of windows should not exceed 0.8 W/m2K. The building will have double glazed windows with a high-solar gain low-emissivity glass with argon-gas fill. The estimated U-Value is 0.30 W/m2K (Efficient Windows Collaborative, 2012). Large south-facing windows will be preferably constructed and timber window frames will reduce thermal bridging. A fine-control slot ventilator will also be established. 3. Monthly energy demand profiles MacDonald (2012, p.45) defines energy demand profile as the pattern of energy use in a building, which varies during the day and over the year. Energy is used in several ways in buildings. According to Douglas (2011), the greatest amount of energy used in British residencies is for space and water heating. Space heating covers more than the half of the energy consumption in a British house. Water heating reaches a percentage of 24% while the energy rate used for cooking and lighting is 3%. A significant amount of the energy used in a house is in the form of electricity which powers electrical appliances and is finally converted into heat. Low carbon buildings aim at low carbon emissions. MacDonald (2012) claims that the measures that occupants have to take in order to achieve the best energy performance specifications are the following: To reduce the energy demand That means that occupants should reduce the consumption of energy and carbon emissions. The house will be appropriately orientated in order to get the best thermal and energy achievements that passive solar heating and passive design features can provide. To use energy in an efficient way The building fabric efficiency plays an important role as the houses components are made of materials of high thermal performance. Precise use and management of high efficiency building services result in suitable energy consumption, as well. To supply energy needs establishing renewable energy sources A great amount of the needed electricity will be provided by renewable energy technologies so that fossil fuels can be limited. The couple, who is out of the house most of the day, is estimated to consume around 7.500 kWh per year. The tenants are estimated to consume the highest amount of electricity, for powering appliances or for lighting early in the morning, during the evening and weekend. From November to February the demand for space and water heating is expected to be much higher than in spring and summer. However, energy requirements are expected to be less due to the houses design, the good insulation and airtightness (0.86m3/hr.m2 @ 50 Pa) (ModCell, 2012). 4. Suitable renewable energy sources and their supply profiles The house will be equipped with the following renewable technologies: Solar thermal glazed flat-plate collectors for water heating. The system will be placed on south facing roof mounted on a slope of between 30 and 40 degrees to the horizontal. It will approximately collect from 1000 to 1300 kWh per year meeting about 50% of annual domestic hot water demand. The average monthly output for the collector is estimated to be: 20kWh in December and January, 45kWh in February, 80kWh in March, 105 kWh in April, 125 kWh in May, 150 kWh in June, 160 kWh in July, 115 kWh in August, 95 kWh in September, 60 kWh in October and 30 kWh in November. There is a back-up boiler to support the solar thermal hot water system, during the periods of low solar radiation. Roof mounted photovoltaic array The southerly facing1.85 kWp PV array will be installed at an angle of 35à ¢Ã‚ Ã‚ ° and will generate around 1.700 kWh per year. Specifically, the average monthly electricity production of this system is expected to be: 40 kWh in December, in 50 kWh January, 80 kWh in February, 125 kWh in March, 180 kWh in April, 210 kWh in May and June, 220 kWh in July, 200 kWh in August, 150 kWh in September, 105 kWh in October and 65 kWh in November. During periods of low electricity demand, the overplus electricity generation will be exported to the grid. As a consequence, occupants will use grid electricity at night or on cloudy days (Solar Trade Association, 2012). 14 k W floor mounted air source heat pump. It will supply underfloor heating, with radiators elsewhere. The seasonal COP will be approximately 2.6. The electricity that PV generates can be used to power and support the pump. Mechanical ventilation with heat recovery system. It will provide very good quality of indoor air and reach the greatest space heating efficiency (Welsh Government, 2012). 5. Discussion and conclusion The energy balance is based on the proportion of energy that enters the house and is stored and the proportion of energy that exits the house. Feist (2009) states that: the sum of the losses equals the sum of the gains. Heat losses are the fabric heat losses through walls, doors, windows and roof and the natural ventilation heat losses. Passive solar gains and heat from electrical supplies and activities are the heat gains. His calculation shows that the annual energy balance of a passive house is 130kWh / (m2a). The low carbon building in the Grand Parade will be constructed with the use of local and environmental friendly materials and renewable energy systems. The suitable specifications of the components and the supply profiles of the selected technologies aim at an energy efficient house with low carbon emissions during its lifetime. However, weather conditions can be unpredictable; as a result, energy deficiency can be a problem which can be solved with the use of conventional forms of energy. The U.K. government aims at a 60 per cent reduction in CO2 emissions by 2050. This goal makes the construction of low carbon buildings a necessary strategy that Brighton and Hove City Council must follow. 6. References Andrews, K., 2009. UKs first Straw Bale Holiday Home by Carol Atkinson. Inhabitant, [blog], 25 February. Available at: http://inhabitat.com/yorkshire-straw-bale-cabin-by-carol-atkinson/ [Accessed 28 October 2012]. Climatemp.com, 2012. Climate and temperatures. [Online] Available at: http://www.brighton.climatemps.com [Accessed 27 October 2012]. Douglas, H., 2012. A guide to energy management in building. New York: Spon Press. Efficient Windows Collaborative, 2012. Windows technologies: Low -E coatings. [Online] Available at: http://www.efficientwindows.org/lowe.cfm [Accessed 16 October 2012]. ESRU, 2012. Urban solar water heating. [Online] Available at: http://www.esru.strath.ac.uk/EandE/Web_sites/01-02/RE_info/active_urban.htm [Accessed 9 November 2012). Feist, W., 2009. Using Energy balances to meet energy efficiency. [Online] Available at: http://www.passivhaustagung.de/Passive_House_E/energybalance.html# [Accessed 30 October 2012]. Grand designs live The house that Kevin built; Pt. 1. 2008 [DVD] U.K.: Talkback Thames. Grand designs live The house that Kevin built; Pt. 2. 2008 [DVD] U.K.: Talkback Thames. Grand designs live The house that Kevin built; Pt.3. 2008 [DVD] U.K.: Talkback Thames. Grand designs live The house that Kevin built; Pt.4. 2008 [DVD] U.K.: Talkback Thames. Grand designs live The house that Kevin built; Pt. 5. 2008 [DVD] U.K.: Talkback Thames. Grand designs live The house that Kevin built; Pt. 6. 2008 [DVD] U.K.: Talkback Thames. Jones, B., 2009. Building with Straw Bales. 2nd ed. Devon: Green Books. MacDonald, M., 2012. Practice Guidance: Renewable and Low Carbon Energy in Buildings, Welsh Government, Wales Planning Policy Development Programme. [Online] Available at: http://www.ihsti.com.ezproxy.brighton.ac.uk/tempimg/2DCC707-CIS888614800301505.pdf [Accessed 25 October 2012]. Modcell, 2012. Helping you build a more suitable future. [Online] Available at: http://www.modcell.com [Accessed at 14 October 2012]. Pitts, C. G. and Lancashire, R., 2011. Low-energy timber frame buildings. 2nd ed. Buckinghamshire: TRADA Technology Ltd. Roaf, S., Fuentes, M. and Thomas, S., 2007. Ecohouse: a design guide. 3rd ed. Oxford: Architectural Press. Shomera House Extensions, 2012. Thermal performance in buildings. [Online] Available at: http://www.shomera.ie/thermal-performance-in-buildings [Accessed at 27 October 2012]. Solar Trade Association, 2012. Solar electricity (photovoltaic). [Online] Available at: http://www.solar-trade.org.uk/solarHeating/photovoltaics.cfm [Accessed at 31 October 2012]. Tickle, L., 2010. Is straw the building material of the future? The Guardian Online, [Online] 13 July. Available at: http://www.guardian.co.uk/education/2010/jul/13/straw-houses-balehaus-bre [Accessed 25 October 2012]. Welsh Government, 2012. Welch Future Home, case, Cardiff: Welsh Government. [Online] Available at: http://www.ihsti.com.ezproxy.brighton.ac.uk/tempimg/3A6AAA5-CIS888614800301508.pdf [Accessed October 2012]. Welsh Government, 2012. Greenwatt way, case, Cardiff: Welsh Government. [Online] Available at: http://www.ihsti.com.ezproxy.brighton.ac.uk/tempimg/3A6AAA5-CIS888614800301509.pdf [Accessed 15 October 2012]. Welsh Government, 2012. Mendip place, case, Cardiff: Welsh Government. [Online] Available at: http://www.ihsti.com.ezproxy.brighton.ac.uk/tempimg/3A6AAA5-CIS888614800301513.pdf [Accessed 15 October 2012]. The eco experts, 2012. Solar PV panels. [Online] Available at: http://www.theecoexperts.co.uk/solar-pv [Accessed at 29 October 2012].

Philosophy-Who needs it :: essays research papers

1. Is there anything you would willingly die for?  Ã‚  Ã‚  Ã‚  Ã‚   In order to answer the question â€Å"is there anything I would willingly die for† I would want some reassurance that what I was dying for would be successful. But without some type of guarantee it would be hard to know for sure if I would be able to complete my promise. Of course I would like to be able to say that I would die for any of my beliefs but I have to admit that if I was forced to choose dying for my religion or declaring another I would superficially accept the other religion to save my life. I would hope however that I could continue to practice my religion in secret without loosing my life. I would be willing to die for the ones I love mainly my family but in the same aspect I would want to know that my death was not in vain. When the question was posed to the class most students responded with an answer similar to my own. Many of the students stated that they would be willing to die for their family and the people they loved but when it came down to a death that did not ensure the outcome they desired many people seemed to loose their conviction. Many people did believe that they could donate a vital organ or give their life to save a loved one. As in my own mind it would be more difficult to say that you could give your life on the off chance of success. I do believe that it is much easier to say that one could die for something or someone but in truth when at the final moment of decision it would be hard to knowingly give your life. Socrates was able to give his life for his beliefs and â€Å"went willingly to his death†. The Greeks would often choose death over shame of their fellow countrymen and for centuries death (in certain circumstances) was seen as noble and brave. It all seems to come down to the fact that there is no clear-cut way to define what one would die for but that it is more a matter of questioning what it is you are dying for and how your life will change the lives of others. 4. Do you believe in God?   Ã‚  Ã‚  Ã‚  Ã‚  I believe in my God.