Consensual Relationships Agreements ( CRA) Case Study

Consensual Relationships Agreements ( CRA) - Case Study Example In this connection, the Consensual Relationship Agreement (CRA) between the working people and the employer is generally regarded as a written contract in which the working people belonging to an organization agree to follow various policies relating to workplace that are established by the employer. The written agreement also states that the working people agree to discard certain attitudes or behaviors that might offend others in the working place. In this particular agreement, the employees or the staffs also agree to behave professionally and not to permit the relationship to hamper their work performances. Through this particular relationship agreement, the working people of a particular organization also promise to report any sort of harassments that might prevail in the working place to the higher authority of the organization (Appleby, 2007). Along with the need of executing consensual agreements in the workplace, there also lie certain different reasons which might possess negative impact for the employees with the implementation of Consensus Relationship Agreements (CRA) in any organization. The different reasons for the negative impact of the workplace agreement include unfavorable effect upon the morale of the employees, emergence of favoritism and potential interest conflicts among the staffs that ultimately can affect the working performances of the staffs (Edwards & Angell LLP, 2005). In this context, the morale of the employees who consent to be a part of Consensus Relationship Agreements (CRA) greatly suffers at a particular time when the other employees of the organization enjoy superior as well as well advanced job assignments along with other opportunities of working operations. This particular factor ultimately helps to raise the aspect of favoritism and also unfavorably affects upon the working performance of the employees due to the relationship agreement

Health Care Economics Essay Example for Free

Health Care Economics Essay The economics of United States health care has been through many changes over its history. There are multiple factors to what caused the changes to the health care system over time with changes such as technological advances in medicine and surgical devices, new medical discoveries, and financial laws pertaining to health care. Just as with other businesses, the health care industry’s economy would depend upon supply and demand of their services. Throughout the time that health care has been undergoing these changes, it remains that the economical situation in health care has been the main focal point to how well that health organizations in the United States will perform. In the early 1900s doctors were just beginning to cease being expected to offer care for free, medical care costs were finally becoming emphasized, and insurances were just getting involved into the health care industry (PBS, 2012). The idea of a national health care policy is first introduced by President Truman in 1945, he would be denied by the American Medical Association campaign against the idea. Eventually in 1960 the American Medical Association would develop a national policy as well that would be signed into law by President Johnson and would become the foundations for Medicare and Medicaid (Rebelo 2007). As of the past two decades, the cost of health care have rapidly been on the rise (PBS, 2012). As new medical discoveries occurred in health care and technology advanced, physicians became more capable of treating patients for their illnesses. Financing in medical organizations is important so that they may afford to do more research and obtain better technology, at the moment the health care industry is 17% of the United State’s Gross Domestic Product only expecting to rise even more as time continues. Majority of the funding for the health care industry is received through the government through Medicare and Medicaid programs. The rest of the funding is being provided by private investors. To understand how well that health care industries are doing, researchers evaluate the elasticity or inelasticity of the organization’s products. If it shown to be elastic, the organization is doing well selling the product or service which as the supply to it decreases, the price will rise. Inelasticity is likely showing that it is not performing as well, organizations are either uncertain about raising prices as the supply drops or the population is not willing to pay more for the service. They will also look at the microeconomics and macroeconomics to see how they are affecting the industry’s economic situation. Microeconomic will focus on how smaller or more particular aspects in the economy are affecting price-cost relationships. Macroeconomics will look at the economic situation as the entire country as a whole to examine what effects that may be causing. The health care industry’s economy continues to be a strong focus in the United States economy as even more focus is being poured into evaluating the health care policy situation within the United States and funding relating to it. The government programs that have been created with the health care industry are still in operation and being reformed to make adjustments that are as suitable as possible to the nation in terms of quality and affordability, attempting to offer the best care and technology possible while making it available to as many as possible without costing the country so much. Economists in the United States are examining the microeconomic and macroeconomic markets to help determine the performance of the industries and what course of action will be taken, though the spending on health care in the past few years has become a large issue for the United States. Through history with the start of health care economics to the current time, funding has been a large focusing issue in the United States taking a large portion of the nations gross domestic product, far surpassing that of other nations and will continue to be a main focusing issue for economists and political debates.

Micro Combined Heat In Uk Residential Areas Environmental Sciences Essay

Micro Combined Heat In Uk Residential Areas Environmental Sciences Essay Combined heat and power or cogeneration is the concurrent production of heat and electricity. CHP technologies produce electricity, heating and cooling from fuels such as natural gas or renewable including landfill gas or biodiesel at or near facilities like industrial complexes or commercial buildings. That is important because almost 70 percent (Roth, 2005) of the energy used to generate electricity at todays conventional power plants is lost in conversion, delivery and distribution. That means only about 30 percent reaches its destination as useable power (Roth, 2005). CHP systems recover the heat that would normally be wasted in conventional electricity generation. They then use the energy from that heat to cool and heat their facilities. Of course, they also save the cost of the fuel that a separate unit would use to produce heating or cooling. CHP systems come in many sizes, from residential systems that generate one kilowatt of electricity to heavy industrial installations t hat can produce up to 25 megawatts. In a typical CHP, such as a gas fired CHP, gas is burned in a combustion chamber. This creates a steady flow of hot gas that drives a turbine, which is coupled to a generator, thus producing electricity. As the gas is heated it is captured by a heat recovery boiler. The boiler then heats water which is pumped through insulated pipes providing space and water heating as required. In warmer countries were air conditioning is often used, the waste heat can also drive an absorption chiller to produce cold air. This is known as trigeneration'(Bex, 2008). 2.3 Global Warming Global warming describes the greenhouse effect. Certain gases allow short wave radiation to pass through them unabsorbed while also absorbing some long wave radiation that gets reflected back into space (Knol, 2009). Greenhouse gases trap heat the way glass walls of a green house do causing the Earths temperature to raise. For thousands of years, emissions of greenhouse gases to the atmosphere have been well balanced by the amount of greenhouse gases that get naturally absorbed. These conditions have allowed human civilisation to develop within a consistent climate. Evidence shows that human activity contributes to global warming by adding to and changing the levels of the gases responsible for the greenhouse effects. Changes that have historically taken thousands of years are now taking place over decades. Rapidly retreating glaciers in countries such as Greenland, Alaska, Antarctica and on high tropical mountains show that global snow is melting and that massive glaciers worldwide are disappearing fast. As water flows to the seas from melting glaciers and icecaps, causing a rise in sea levels. If this continues highly populated cities like Tokyo, Bangkok, Shanghai and New York are all at risk of major flooding. Scientists predict that floods and droughts are likely to increase in number and severity and climate related diseases such as malaria can rise. (REFERENCE) Other signs of climate change are seen in drying forests and dying wildlife. Methane, nitrous oxide and carbon dioxide (CO2) are just some of the greenhouse gases contributing to climate change. 2.3.1 Carbon Dioxide Of all the greenhouse gases, carbon dioxide is the main culprit. CO2 accounts for the largest proportion of greenhouse gases and contributed around 77 percent of the UKs total emissions of greenhouse gases in 1990 (REFERENCECCB). Currently, carbon dioxide is responsible for around 60 percent of the enhanced greenhouse effect (BBC, 2010). Burning fossil fuels releases carbon dioxide. Fossil fuels are used to power cars, heat homes and give people electricity. Deforestation is also a major problem as the carbon dioxide stored in trees is released and also results in less carbon dioxide being removed from the atmosphere through photosynthesis. Atmospheric levels of carbon dioxide have risen steadily since the beginning of the industrial revolution and these levels are forecast to rise even more rapidly as the global economy grows (ASME, 2009). Reducing the threat of global climate change starts with using clean energy options where available to reduce the emission of greenhouse gases. Such clean energy options include microgeneration technologies such as small wind turbines, heat pumps and micro combined heat and power systems. 2.3.2 UK Government Pledges The Kyoto Protocol treated was agreed in Japan in Kyoto, Japan in December 1997. It came into force in on 16 February 2005. The Kyoto Protocol is an international agreement linked to the United Nations Framework Convention on Climate Change. It is a legally binding agreement under which industrialized countries will reduce their greenhouse gas emissions by 5.2 percent by 2012 compared to the year 1990. The aim is to lower overall emissions from six greenhouse gases, including carbon dioxide. National targets have been set for countries worldwide, some of which include an 8 percent reduction for Australia, 6 percent for Japan, 10 percent for Iceland and 8 percent for the European Union (REFERENCE). The 2006 UK Climate Change Programme, is designed to meet the UKs Kyoto Protocol targets by reducing the emission of greenhouse gases by 12.5 percent between 2008 and 2012 (REFERENCE). This would also bring the UK closer to meeting their domestic target fo reducing carbdon dioxide emissions by 20 percent below 1990 levels by 2010 (REFERENCE). It also includes a goal the reduce overall carbon dioxide emissions by 60 percent by around 2050, with a significant reduction of around 26 percent by 2020 (REFERENCE). In July 2007 the Governments Building A Greener Future: Policy Statement revealed that all new homes must be zero carbon from 2016 (REFERENCE). To achieve these domestic targets, new low carbon technologies must be introduced in homes across the UK. Focusing on the manufacture and installation of microgeneration technologies seems the most probable route for the government to go if they are going to meet their targets. 2.4 Micro-CHP Micro CHP is the simultaneous production of heat and electricity in a domestic or small commercial environment. They are generally run as heat applications, installed in the residents home, acting as a replacement for a conventional heating system such as a condensing boiler. Micro-CHP systems are currently based on several different technologies: Stirling Engines Steam Engines Internal Combustion Engines Microturbines In a Micro-CHP system, a prime mover such as a Stirling engine drives a generator which produces electricity. The waste heat from the engine is used in the primary circuit of the heating system and the electricity generated is either used in the house or transferred back to the grid. Micro-CHP systems are able produce heat at a very high efficiency of over 90% (Nottingham Energy Partnership, 2008) and utilise waste heat to produce electricity as a by-product. This leads to a reduction in C02 emissions and may also drastically reduce energy bills, with a saving of 35% per annum being achievable (Cogen, 2009). In the past and present, CHP has proven to be beneficial in many large-scale situations by increasing the overall thermal efficiency, reducing the total power requirement, and providing higher quality, more reliable power. Applying CHP technology to smaller scale residential and small commercial buildings is an attractive option due the large market potential. (Mado et al, 2008) Figure 3 : Schematic of how energy flows in a micro CHP system 2.5 Marketability Today, countries all over the world are worrying about the effects of climate change. Governments are providing major support in the design and manufacture of greener technologies, all in aid of reducing in carbon dioxide emissions. They are encouraging people to go greener, and in some countries are providing financial support towards pushing micro-CHP systems onto the market. (CHPA, 2010) The main target market for micro-CHP is the domestic market as a replacement for conventional gas boilers in domestic residences, with the Micro-CHP unit operating in a heat-led mode. The UKs domestic sector is responsible for 33.6 percent(REFERENCE) of the electrical usage. This is evident from the data provided in Figure 4 which also shows that the domestic sector makes up the largest portion of UKs electrical energy consumption. Figure 4: UK Electrical Consumption by Building Sector Figure 5: UK Electrical Consumption by Building Sector The domestic energy consumption is not only the largest portion of the pie chart, but it is also the fastest growing segment. From 1961 to 2004 the number of UK households rose from around 16.5 million to 24.7 million (Office for National Statistics, 2005) and in 2009 projected figures published show an 30 percent increase in English households (CLG, 2009) and a 25 percent increase in Welsh households(W.A.G, 2009) over the next 20 years. Of the 24.7 million UK households around 14 to 18 million of these are said to be suitable for m-CHP units. (Cogen, 2005). Generally houses in the UK have low levels of insulation and therefore require higher levels of heating compared to much of north-west Europe (Cogen, 2005). Statistics show that only 14 percent of UK homes are fully insulated. Figure 6 shows that from 1970 to 2000 energy use for space heating has risen by 24 percent, for water heating by 15 percent, and for lighting and appliances by 157 percent. The only reduction was energy use d in cookin which has fallen by 16 percent. (National Statistics, 2001) Figure 6: Domestic final energy consumption by end use 1970 to 2000 There are approximately 17 million gas-fired central heating systems in the UK and approximately 1.3 million gas boilers are sold each year (Cogen, 2003). These figures show the large potential market for Micro-CHP in the UK. 2.4.1 UK Government Financial Aid The domestic Micro-CHP market is supported by the UK government who help fund public bodies that are in support of a more energy efficient UK. Two of these main public bodies are the Carbon Trust and the Energy Saving Trust (Act On CO2, 2008). In April 2005, the UK Government stated its intentions to support the demand of this up-and-coming technology by reducing VAT on Micro-CHP units from 17.5 percent to 5 percent (Cibse, 2005). On 1 April 2006, the Department for Trade Industry announced phase one of its  £80m to suport the take-up of microgeneration technology under the Low Carbon Building Programme (Cowburn, 2008). On 5 February 2010, the Government recognised the importance of Micro-CHP technology and announced its financial support for the technology through its Clean Energy Cashback Scheme (also known as the Feed-In Tarrif) (REFERENCEcashrewardformchp). Graham Meeks, Director of the CHPA (Combined Heat and Power Association), said: Support uner the Feed-In Tarrif is vital in the early stages of commercialisation for micro-CHP, and todays announcement is a step in the right direction. It will help secure the UKs world-leading position in this exciting low-carbon technology, whilst giving householders a cost-effective choice in cutting their carbon footprint. (REFERENCEcashreward) The Feed-in Tariff (FiT) scheme is the first phase of the Governments Clean Energy Cashback programme, and came into effect on the 1st April 2010 (Energy Saving Trust, 2010). It will provide a financial incentive for small scale, low carbon electricity generation. The FiT is mainly intended as a means of encouraging adoptions of green microgeneration technologies. The scheme has the potential to revolutionise the way consumers use and generate energy. How the Scheme Works If you are eligible to receive the FiT then you will benefit in 3 ways: 1. Generation tariff a set rate paid by the energy supplier for each unit (or kWh) of electricity you generate. This rate will change each year for new entrants to the scheme (except for the first 2 years), but once you join you will continue on the same tariff for 20 years, or 25 years in the case of solar electricity (PV). 2. Export tariff you will receive a further 3p/kWh from your energy supplier for each unit you export back to the electricity grid, that is when it isnt used on site. The export rate is the same for all technologies. 3. Energy bill savings you will be making savings on your electricity bills , because generating electricity to power your appliances means you dont have to buy as much electricity from your energy supplier. The amount you save will vary depending how much of the electricity you use on site. (REFERENCE, energy savings trust) 2.5.2 Current Market Situation In 2002 it was estimated that there were around 1000 Micro-CHP systems in operation in the UK. The majority of these systems were Whisper Techs Whispergen Stirling engine and Senertech Dachs reciprocating engines (Wikipedia, 2009). At present, Stirling Engines, Organic Rankine Cycle and Internal Combustion Engines dominate the near-market (Dijkstra, 2009). However, only one company is close to exploiting the UK domestic market. The reason for this is other leading companies are targeting small commercial businesses and places like sheltered housing accomodation with larger units (Cogen Europe, 2004). WhisperGen who have joined forces with one of the UKs leading power and gas companies E-ON (Micro Power, 2004) are at the forefront of the UKs domestic market. However, at present, they are not currently delivering any units to customers, although they are working towards a full market roll-out off mass manufactured units from 2011(E-ON, 2010). 2.5 Micro-CHP System Overview Micro CHP is the simultaneous production of heat and power in individual homes; a unit which replaces the central heating boiler, providing heat and hot water as usual, but also generating electricity at the same time. It is not renewable energy (unless the fuel is renewable) but at least low carbon, and often lower carbon than some so-called renewable energy sources. The majority of micro CHP systems today use natural gas as a fuel. The fuel is burned in the Stirling engine or other prime mover; the engine drives a generator which produces electricity for use in the home. Any surplus is exported to the network for use by others. Waste heat from the engine is used to heat water in the primary circuit of a hydronic, or radiator-based, central heating system. Depending on the type of prime mover, around 70% of the energy in the fuel is converted into heat, with 10-25% converted into electricity. Electricity is more valuable than heat, so there are substantial economic and environmental benefits compared with the separate production of heat in a boiler and electricity in a power station. Smart metering uk climate change programme Cowburn D (2008). Microgeneration and why it is the future

Discrimination Against Women in Male Dominated Sports :: Movie Script Film Creative Writing Papers

Discrimination Against Women in Male Dominated Sports Assume you are a screenwriter in the year 2010. You have been commissioned to write a movie script about women's sports and current society. What is the theme? Who are the protagonists? What are the issues and how does the movie end? Due to the nature of this course, most of the films that have been shown concerned the discrimination women face when they attempt to compete against men in athletic areas that have long been considered unfit for their participation. Divisions of sport that could be regarded as more gender neutral were not mentioned nearly as often as those which have a long tradition of masculine head butting and back slapping, and athletics which are deemed feminine were not brought up at all. If the indignation felt by the protagonists of films like Girlfight is any indication of the present attitude of women towards sex-based discrimination in sport, it is entirely possible that we will have come a long way in the fight for equality by the year 2010. The following scenario is purely hypothetical and the future of the sport involved was manipulated for the purposes of this paper only. The activity of cup stacking has gained much popularity as a sport in the US today and is beginning to become known in areas outside of the country, such as Great Britain. It involves the stacking and dismantling of several predetermined cup arrangements in a specific order, with rules determining the exact manner in which a competitor must achieve this. The most important of these regulations is the ban on using both hands on one cup, as the active participation of both hands improves dexterity and assists right brain development. This is the side of the brain which promotes awareness, focus and rhythm, which are very important skills for the cup stacker and average person alike. Competition can take place on both an individual and team level, the clock and one's personal record being the antagonist in the former scenario. Boys and girls compete without regard to gender in this sport, though the record holder for speed stacking the cycle formation is female, clocking in at 7.43 seco nds. It has been observed that women generally possess more dexterity than men, which would give them a natural advantage in sports of this nature. This observation has led to a hypothesis concerning the domination of women in the future of cup stacking, which is the focus of Stacking Up, brought to you by Pickled Newt Pictures.

Measure For Measure on the Stage :: Shakespeares Measure For Measure Essays

Measure For Measure on the Stage Near the end of his well known treatment of transgression and surveillance in Measure for Measure, Jonathan Dollimore makes an observation about the world of the play that deserves further consideration by feminist scholars: the prostitutes, the most exploited group in the society which the play represents, are absent from it. Virtually everything that happens presupposes them yet they have no voice, no presence. And those who speak for them do so as exploitatively as those who want to eliminate them. (85-86) Although Dollimore's comment about the absence of the prostitutes holds true for the written text of the play, twentieth century theatrical productions of Measure for Measure have largely tended to fill this void by granting the prostitutes a concrete physical presence on the stage. It might be argued that, by giving this neglected and exploited female population a theatrical incarnation, a performance of the play draws attention to the plight of these women and thereby accomplishes some aspects of a feminist agenda. However, a detailed review of the recent Anglo-American stage history of Measure for Measure reveals that the specific way in which prostitutes are embodied and employed in a given production determines the extent to which the production constitutes a feminist appropriation of the text. The treatment of prostitution in performances of Measure for Measure usually falls into one of three categories, which I will refer to as the conventional, lascivious, and adverse portrayals. A conventional presentation depicts the prostitutes as a generally ragged, vulgar, but appealing crew, the routine comic tarts of theatrical tradition, long-suffering but relatively untroubled in their lives of sexual debauchery. By contrast, a lascivious portrayal features an exhibition of the bodies of the prostitutes, offering the spectacle of their seductive sexuality for the consumption of audience members. Finally, an adverse treatment emphasizes the degrading and brutal aspects of the sex trade in an attempt to foreground the exploitation of women (and sometimes children) reduced to the bartering of their bodies by economic necessity. This adverse portrayal most nearly approaches a feminist appropriation of Measure for Measure, but it also tends to sacrifice the comic tone of the play's u nderworld. Can a feminist appropriation of Measure for Measure highlight the demeaning quality of prostitution without forfeiting the option of a comic interpretation of the lowlife of Vienna? This paper will address this question by concluding with a study of one particular production directed by a feminist, Joan Robbins of the University of Scranton, and her employment of prostitutes on stage at several key moments in the play's action.

Great Expectations and Family Relations :: Charles Dickens Great Expectations Essays

Charles Dickens remains one of the most prominent and certainly the most commercially successful literary artist of nineteenth century England. In addition, Dickens enjoyed a large readership in America. The author’s success on both sides of the Atlantic Ocean stems from his entertaining literary style and his deep respect for social values and the human condition he encountered and incorporated into his writing. Dickens was a prolific writer who drew upon his personal experiences and integrated a certain comic pathos in his writing to delight his reading audience. Dickens can be aptly termed a chronicler of English life as his novels and stories accurately reflect various societal ills and joys of both urban and suburban England. Indeed, his novels and stories continue to amuse and sadden readers of all ages today. This unit will attempt to introduce Charles Dickens and his work to middle school students. The primary focus of this unit is to examine Great Expectations as a novel rich in familial relationships. The novel will be read and studied as a myriad of interacting families, and hopefully these insights will be suitably translated to my students in such a manner as to heighten their awareness of familial relationships they encounter on a daily basis. Great Expectations will allow my students to experience glimpses of nineteenth century English family life as Dickens most capably perceived it. The questions and concerns evoked by the novel will also cause the students to reflect upon family concerns of twentieth century America. Although Dickens was one of eight children and fathered ten himself making him somewhat of a viable source concerning family relationships, the reader is cautioned not to expect only a discussion of the nuclear family from this unit but also a wide array of f amily-like relationships which are characteristic in Dickens’ writing. Great Expectations is a novel of hope and heartbreak, identity and intrigue. The story focuses upon a central character, Pip, who relates his adventures to the reader through Dickens’ stylistic use of the first person point of view. Pip is raised by his sister and her husband, Joe Gargery. Pip’s parents had already died and were buried in the graveyard by the marshes when we first meet him at the age of seven. The reader learns much from Dickens in the opening scenes of the story by his treatment of the family relationship which had been of primary importance to his central character.

The Renaissance

â€Å"The Renaissance was a cultural movement that spanned the period roughly from the 14th to the 17th century' (Renaissance History, 2008). It is a French word for rebirth. It also a revival of the classical art and intellect of Ancient Greece and Rome. The art in the Renaissance time was more life-like and contained perspective. (Interactive Schooling, 2013). It was perceived as a â€Å"rebirth† of ancient traditions, and later on it was a tradition. Some famous artists from the Renaissance were Leonardo Ad Vinci, Tinderbox, Ghetto, Raphael, etc. Now their painting are something really valuable and significant.The printing press was invented by Johannes Gutenberg in 1439 he changed the lives of people in Europe and, eventually, all over the world. A printing press is a device that uses pressure to transfer an image from some sort of prepared, inked surface to a receiving surface, like paper or cloth. (Weeklies, 2007). It was one of the great inventions of the modern age. D uring the renaissance in geography, astronomy, chemistry, physics, mathematics, manufacturing, and engineering occurred some great advances, science in those times was something that not everybody could know like now. Renaissance science spawned the Scientific Revolution; science and technology began a cycle of mutual advancement†. (Winnie Whish, 2008). Some important Renaissance technologies were; mining and metallurgy, blast furnace enabled iron to be produced in significant quantities, finery forge enabled pig iron into bar iron, slitting mill chained the production of iron rods for nail making, smelt mill increased the output of lead over previous methods.Renaissance artists and architects, produced some of the finest works that we know now. â€Å"The Protestant Reformation during the 16th century in Europe ushered in a new artistic tradition that embraced the Protestant agenda and diverged drastically from the southern European tradition and the humanist art produced dur ing the high Renaissance†. (Art History, 2012) The Renaissance Was the rival of classical learning produced by Charlemagne in the 9th century and later used more in 12th century. Cites started growing, Intellectuals, artist and universities after the 1200. This time was called the Renaissance, which was in Italy and later spread through Europe. New and Old text consisting of vernacular writers was used in the renaissance using the printing press. The use of Humanism using scholasticism. Humanism was a new way of thinking and seeing the world.It was called the earliest expression of the Renaissance, and was apart of the movement and cause. The people who practiced this were called Humanist. They challenged ideas of the Scholasticism, which is the daring the efforts to synthesize reason and faith. Students in the new universities, which revolutionized in the renaissance, practiced Scholasticism. Education and the spread of knowledge and specialization was the basis of the Renaissance and brought new things to Italy.Humanist also Halloween the chur ch allowing new mindsets, which underpinned the renaissance to develop. New a wanting for discovering text developed new printing methods, which was one of the main reason there was a renaissance. Classical works in the renaissance manly came for Europe and Christian and Muslim states. Secular readers read old test and classical writing and new libraries emerged. The printing advancement by Johann Gutenberg allowed for more copies of the text to be available.He incorporated movable pieces of type consisting of individual letters, new ink suitable for printing on paper, and a mechanical device that pressed inked type onto sheets of paper called the printing press. Both of these things spread ideas and created or were created by different ways of thinking of the world. The spread of art and knowledge later spread to Europe during the hundred years, which was the conflict of power between French monarchy and his vassals. The Renaissance By huddled By Sierra Peel 5th period The Renaissance From the fall of the Holy Roman Empire to there was a dark age in Europe where all technology and thinking stopped. Europe was a battleground for feudal lords and their knights trying to control the surrounding territories. The dark ages started to end when Pope Urban the 2nd called for the crusades of the holy lands and the city of Jerusalem. The renaissance began in Italy, and spreading to the rest of Europe by the 16th century, its influence was felt in literature, philosophy, art, music, politics, science, and religion.The renaissance was a time of the great scientist and artist Leonardo ad Vinci. The word renaissance translates from French to English into â€Å"rebirth†, that is Just what Europe did at this time they went from being ignorant and dimwitted to inventing some of the world's greatest inventions. Examples of these great inventions were the Ornerier flying machine, the armored car, the giant crossbow and the 8 barreled machine gun and these were Just from Leona rdo ad Vinci, unfortunately these were Just prototypes and were never mass produced.The renaissance began in Italy, and spreading to the rest of Europe by the 16th century, its influence was felt in literature, philosophy, art, music, politics, science, and elision. The renaissance was a time of the great scientist and artist Leonardo ad Vinci. Personally I think the greatest feat of this time was the printing press created my Johannes Gutenberg. Before the invention of the printing press to make a book it required having to hand write the words for hours.When this was going on reading was more for the higher class but with the printing press books could be mass produced and this caused that more people learned to read and knowledge spread like wild fire, it also spread Christianity because now there would be more copies of The Holy Bible. The Renaissance marks the period of European history at the close of the middle ages and the rise of the Modern world. It was a time where art wa s flourishing.It seemed like everyone was an artist and architecture, Fillips Brucellosis was foremost in studying the remains of ancient classical buildings, and with rediscovered knowledge from the 1st-century writer Vitreous and the flourishing discipline of mathematics, formulated the Renaissance style which emulated and improved on classical forms. Brutishness's major feat of engineering was the building of the dome of Florence Cathedral. [52] The first building to monastery this is claimed to be the church of SST. Andrew built by Alberta in Mantra.The outstanding architectural work of the High Renaissance was the rebuilding of SST. Pewter's Basilica, combining the skills of Aberrant, Michelangelo, Raphael, Seasonal and Modern. The new ideals of humanism, although more secular in some aspects, developed against a Christian backdrop, especially in the Northern Renaissance. Much, if not most, of the new art was commissioned by or in education to the Church. However, the Renaissan ce had a profound effect on contemporary theology, particularly in the way people perceived the relationship teen man and God.Many of the period's foremost theologians were followers of the humanist method, including Erasmus, Swing, Thomas More, Martin Luther, and John Calvin. The 15th century, the Renaissance spread with great speed from its birthplace in Florence, first to the rest of Italy, and soon to the rest of Europe. The invention of the printing press by German printer Johannes Gutenberg allowed the rapid transmission of these new ideas. As it spread, its ideas diversified and changed, being adapted to local culture. In the 20th century, scholars began to break the Renaissance into regional and national movements.