Barriers to communication Essay Example for Free

Barriers to communication Essay 1.3 Identify barriers to effective communication A child, young person, their parent(s)/carer(s) or even a member of staff whose first language is foreign may make it harder for any communication spoken to them to be understood. They may only understand very small words of the language you’re speaking, so information will be harder to put across. For example; in my setting, there is a child who can understand what you are saying, but it seems, most of the time they seem very quiet. This may be due to their parent(s) being from a foreign country, so they may be able to communicate in their parent(s) language, but not in ours so may find it hard to communicate some of their needs/feelings. Someone may have a sensory deprivation – such as hearing or sight. This will make giving and receiving information harder to do – they may need an interpreter at all times for example. When talking to a service provider, they may use technical language that the service user may not understand which will make it harder for them to process the information and may worry what they have meant. Someone may be going through a difficult time that is making their emotions go all over the place – such as they may take things the wrong way, get upset easily, no full concentration and not trying as hard to complete/do things. Environmental/setting problems can cause a barrier for a communication – someone who may not be able to see very well will find it hard to read any written information in a dimly lit room. Or, for example, someone in a wheelchair can find it hard to communicate with someone if they are at a desk that is above the wheelchair users head.

Edgar Alan Poe Essay -- essays research papers

The Life Of Edgar Alan Poe a Biography 1809 -- 1849   Ã‚  Ã‚  Ã‚  Ã‚  He gained some fame from the publication in 1845 of a dozen stories as well as of The Raven and Other Poems, and he enjoyed a few months of calm as a respected critic and writer. After his wife died in 1847, however, his life began to unravel even faster as he moved about from city to city, lecturing and writing, drinking heavily, and courting several older women. Just before marrying one, he died in Baltimore after being found semiconscious in a tavern - possibly from too much alcohol, although it is a myth that he was a habitual drunkard and drug addict.   Ã‚  Ã‚  Ã‚  Ã‚  Admittedly a failure in most areas of his personal life, he was recognized as an unusually gifted writer and was admired by Dostoevsky and Baudelaire, even if not always appreciated by many of his other contemporaries. Master of symbolism and the macabre, he is considered to be the father of the detective story and a stepfather of science fiction, and he remains one of the most timeless and extraordinary of all American creative artists.   Ã‚  Ã‚  Ã‚  Ã‚  Edgar Poe was born in Boston, Massachusetts, on January 19, 1809, the second of the three children of David Poe and Elizabeth (Arnold) Poe, both of whom were professional actors and members of a touring theatrical company. Eclipsed by his more famous wife, his own promising career ruined by alcoholism, Poe's father deserted the family when Edgar was still an infant; nothing conclusive is known of his life thereafter. While appearing professionally in Richmond, Virginia, Poe's mother became ill and died on   Ã‚  Ã‚  Ã‚  Ã‚  December 8, 1811, at the age of twenty-four. Her three children, who would maintain contact with one another throughout their lives, were sent to live with different foster families. Edgar became the ward of John Allan, a successful tobacco merchant in Richmond, and his wife Frances, who had no children of their own. Although never formally adopted by them, Poe regarded the couple, especially Mrs. Allan, as parents, and he took their surname as his own middle name. In 1815, business reasons led Allan to move to England for what would be a five-year stay. Both in London and then in Richmond after the family's return, Poe was well educated in private academies. In 1825, he became secretly engaged to... ...d, plunging Poe into an emotional and physical collapse that lasted for most of the year. In 1848, he was briefly engaged to marry Sarah Helen Whitman, a widowed poet several years his senior, but their relationship was tense and strained, and the engagement was broken off. He went to Richmond in the summer of 1849, hoping to find financial backing for yet another journal, and while there he was reunited with and re-engaged to Elmira Royster, his first love, now herself a widow. He sailed from Richmond to Baltimore, where on October 3, 1849, he was found outside a polling place (it was election day), in a state of delirium and wearing shabby and ill-fitting clothing. He was taken to a nearby hospital, where he raved feverishly for several days before dying on October 7 at the age of forty. Neither the circumstances that had led to his condition nor the exact cause of his death have ever been satisfactorily determined. Poe's posthumous reputation sustained grievous and long-lasting damage from a libelous biography by Rufus Griswold, whom Poe himself had appointed his literary executor, and rumors, mostly unfounded, circulate to this day about Poe's mental state and personal habits.

Environmental Impact Assessment Of Senedd Building Environmental Sciences Essay

An Earth heat exchange system, consisted by 27 pipes drilled 100m into the land and accompanied by suited pumps, for the circulation of the H2O of steady temperature ( 14oC ) , in order to take advantage of the geothermic energy ( Assembly Wales, 2011 ) . The wood fire boiler, which unlike the belowground heat exchange system is merely used during the warming season, has the advantage of â€Å" being efficaciously carbon impersonal † ( UK Department of Environment, Food and Rural Affairs-Defra, 2011 ) , since wood is less fouling after burning than common coal ( Defra UK, 2011 ) , Furthermore, temperature detectors improve the efficiency of these systems, modulating automatically their operation ( Assembly Wales, 2011 ) . It could be considered, that since the wood fire boiler in this instance, is non the sole warming system working – in specific it is auxiliary to the belowground heat exchange system ( News Wales, 2006 ) – and furthermore since it is non necessary to run to the full at an one-year footing -apart from its operation to heat the H2O in the lavatories ( Sustainability at work, 2011 ) , the C footmark of this contraption is merely a per centum of the entire footmark of the edifice. Nevertheless, the ground of implementing such a characteristic is to better the edifice ‘s public presentation, in footings of sustainable design and energy efficiency and therefore, a proper scrutiny and if necessary an optimisation of it, could take to even better consequences.2. Wood Fire Boilers and energy usageThe edifice was designed as an model sustainable application, in an attempt to show good pattern and set up a higher criterion for new buildings ( Defra UK, 2011 ) . Therefore it showcases among other things, the passage in usage from fossil fuels to low C options and the important energy nest eggs ensuing by the operation of a wood fire boiler. Wood is a sustainable fuel that can be easy accessed, collected, or managed and adult sustainably ( Green Systems UK, 2011 ) . In footings of fuel features and C emanations, wood is about a nothing C stuff, since the CO2 that is released after burning, is the same sum as it would hold been released by the terminal of life phase and decomposition of a tree ( Green Systems UK, 2011 ) . Therefore, burning of wood is non harmful to the environment, since it is a process that follows the natural C rhythm of this stuff ( Green Systems UK, 2011 ) . Wood fire boilers can be divided in farther classs depending on the fuel used ( e.g. wood bit boilers, wood pellet boilers, log boilers, etc. ) . However, the one installed in Senedd presents the advantage of utilizing both wood french friess and wood pellets ( Wood Energy Ltd, 2011 ) , maximising this manner the handiness of the fuel to be provided in either instance. Below there are two images, declarative mood of this type of wood fuel. Wood pellets Wood french friess ( Cotton R. , 2010 ) ( Cotton R. , 2010 ) In footings of waste production after the fuel burning ( i.e. residuary ash ) , what is left â€Å" is about pure potassium hydroxide, which is sold to local nurserymans for fertiliser † ( Sustainability at work, 2011 ) , incorporating one more sustainable characteristic this manner ( i.e. reusability ) , which makes it a more efficient alternate than common dodo fuel boilers. Furthermore, wood fire boilers can be the chief beginning of heat for a edifice or they can be used in concurrence with other heating systems, offering the chance to be used partially whenever this is considered necessary ( i.e. to be accompanied by a dorsum up gas boiler or the other manner around ) ( Cotton, R. , 2011 ) . An extra advantage, is the low care characteristics that are implemented in many of this sort of boilers ( and in the 1 installed in Senedd ) , such as automatic heat money changer, tubing cleansing system and automatic de-ashing ( Cotton R. , 2010 ) . Low care characteristics like these, do non merely lend in a lower cost over clip, but they result besides in an easier overall operation. Possible fix actions can be minimized and to boot, more systematic care actions can be besides reduced significantly. Since energy devouring issues, apart from the consequence they have on clime alteration and the environment in general, they can be rather onerous besides, in footings of cost in many ways. Government grants for implementing low C engineerings and other type of actions, such as possible hereafter C revenue enhancements can work as inducement for increasing penchant in such alternate edifice energy systems ( Green Systems UK, 2011 ) . Harmonizing to Cotton, R. , 2010: â€Å" The cardinal difference between biomass and dodo fuel is the design of the wood fuel storage and bringing mechanism † .3. Senedd wood fire boiler specifications.Below there are two images of the Biomass boiler installed in Senedd. ( Cotton R. , Wood Energy Ltd. 2010 ) ( Cotton R. , Wood Energy Ltd. 2010 ) Despite the fact that this boiler is auxiliary to the belowground heat exchange system ( News Wales, 2006 ) , it is capable to match to the full at peak demand, accompanied by a gas back up option of 400kW ( Cotton, R. , 2010 ) . The tabular array below provides some basic information on the wood fire boiler operating in Senedd and it is based on information published online the company commissioned to supply and put in the wood fire boiler.Wood fire Boiler SpecificationsBoiler Type Binder RRK/RRF 400-600 Maximum rated end product 360kW Wood fuel specification Wood bit and pellet Maximal wet content 35 % Maximal atom size G50 Wood fuel storage volume 40 M3 ( Wood Energy Ltd, 2011 ) . Some extra characteristics, harmonizing to the aforementioned beginning, are: â€Å" Underfed fireplace burning system † â€Å" Automatic cleansing of heat money changer tubings † â€Å" Exhaust gas recirculation † â€Å" Gas ignition burner † â€Å" Subterranean fuel shop to let easy tipping of either wood pellets or wood french friess and is fitted with a modular walking floor system to transport the fuel to the boiler system † ( Wood Energy Ltd. , 2011 ) .4. Occupant ‘s positionThe wood fire boiler provides â€Å" hot H2O for hand-washing in the lavatories and for heating convectors † ( Sustainability at work, 2011 ) . As it can be concluded, it is merely in usage during the warming season. Due to the temperature detectors, the boiler operates merely when temperature falls under a specified degree and when there is a demand to supplement the public presentation of the belowground exchange warming system. Furthermore, it is equipped with a 400kW gas standby option, so heat inside the edifice is provided during all times when it is required. A zero user intercession can be considered, due to the automated ignition and capacity control mentioned in the boiler specification above. The Building Energy Management System ( BEMS ) , along with the attach toing sub-meters allow an energy ingestion rating including the wood fire boiler and an overall direction throughout the edifice ‘s life ( Assembly Wales, 2011 ) .5. Alternative energy systemsSing alternate options for a edifice that has been certified as â€Å" first-class † under the Building Research Establishment Environmental Assessment Method ( BREEAM ) ( National Assembly for Wales, 2011 ) , is non an easy undertaking. Nevertheless, a treatment and re-examination of current patterns is ever good, since there may be issues of adjustability for future demands originating, particularly for instances of long design life. Following the current tendency in sustainable edifice building ( i.e. C emanations decrease ) , an alternate warming system that could replace a wood fire boiler could be solar thermic energy contraptions, such as evacuated tubings. These tubes nowadays the advantage of roll uping sunshine from a wider angle, and to boot ensue in greater solar additions in winter compared to solar panels ( Sustainable Heating Solutions, 2011 ) . Below there are two images, declarative mood of this type of solar aggregators. ( GreenTerraFirma, 2011 ) ( Sustainable Heating Solutions, 2011 ) The big country of the undulating roof of Senedd, makes the installing of evacuated tubings an suited solution, since solar panels would non be satisfactory as options for this type of roof geometry. Furthermore, since evacuated tubings would non be seeable ( except from above ) , the human position on the edifice would stay unchanged, keeping this manner the initial aesthetics of the edifice. Additionally, since solar thermic contraptions can be auxiliary to bing energy systems in a edifice, they could supply the staying per centum of heat required, when the resistance heat exchange system would non be able to run into peak demand. In footings of C footmark rating, facets such as fuel transit or intervention are non necessary in the instance of solar energy contraptions. The entire C footmark of the evacuated tubings would ensue from the industry procedure and the transit and installing merely, and extra trips for wood fuel proviso could be avoided.

10 Facts on the Geography of Beijing China

Beijing is a large city located in northern China. It is also Chinas capital city and it is considered a direct-controlled municipality and, as such, it is controlled directly by Chinas central government instead of a province. Beijing has a very large population at 21,700,000 and it is divided into 16 urban and suburban districts and two rural counties. Fast Facts: Beijing, China Population: 21,700,000 (2018 estimate)Land Area: 6,487 square miles (16,801 square kilometers)Bordering Areas: Hebei Province to the north, west, south,  and part of the east and the Tianjin Municipality to the southeastAverage Elevation: 143 feet (43.5 meters) Beijing is known as being one of the Four Great Ancient Capitals of China (along with Nanjing, Luoyang, and Changan or Xian). It is also a major transportation hub, a political and cultural center of China, and was host to the 2008 Summer Olympic Games. The following is a list of ten geographic facts to know about Beijing. 1. Changing Names of Beijing The name Beijing means Northern Capital but it has been renamed several times in its history. Some of these names include Zhongdu (during the Jin Dynasty) and Dadu (under the Yuan Dynasty). The citys name was also switched from Beijing to Beiping (meaning Northern Peace) twice in its history. After the founding of the Peoples Republic of China,  however, its name officially became Beijing. 2. Inhabited for 27,000 Years It is believed that Beijing has been inhabited by modern humans for about 27,000 years. In addition, fossils from Homo erectus, dating back to 250,000 years ago have been found in caves in Beijings Fangshan District. Beijings history consists of struggles between various Chinese dynasties which fought for the area and used it as Chinas capital. 3. A Capital for Over 1,200 Years The village of what would become Beijing developed into a capital city during the Tang dynasty in the 9th century CE. The Venetian explorer Marco Polo visited in 1272, when the city was named Khanbalik and was ruled by the great Mongol emperor Khublai Khan. The city was massively rebuilt by Yong Le (1360–1424) during the Ming Dynasty, who built a Great Wall to protect his city.   4. Became Communist in 1949 In January 1949, during the Chinese Civil War, Communist forces entered Beijing, then called Beiping, and in October of that year, Mao Zedong announced the creation of the Peoples Republic of China (PRC) and renamed the city Beijing, its capital. Since the founding of the PRC, Beijing has undergone massive changes to its physical structure, including the removal of its city wall and the construction of roads intended for cars instead of bicycles. Most recently, land in Beijing has developed at a rapid pace and many historical areas have been replaced by residences and shopping centers. 5. A Post-Industrial City Beijing is one of the most developed and industrial areas of China and it was one of the first post-industrial cities (meaning its economy is not based on manufacturing) to emerge in China. Finance is a major industry in Beijing, as is tourism. Beijing also has some manufacturing located on the western outskirts of the city and agriculture is produced outside of major urban areas. 6. Geographic Location on the North China Plain Beijing is located at the tip of the North China Plain (map) and it is surrounded by mountains to the north, northwest,  and west. The Great Wall of China is located in the northern part of the municipality. Mount Dongling is Beijings highest point at 7,555 feet (2,303 m). Beijing also has several major rivers flowing through it which include the Yongding and the Chaobai Rivers. 7. Climate: Humid Continental The climate of Beijing is considered humid continental with hot, humid summers and very cold, dry winters. Beijings summer climate is influenced by the East Asian monsoon. The average July high temperature for Beijing is 87.6 °F (31 °C), while the January average high is 35.2 °F (1.2 °C). 8. Poor Air Quality Because of Chinas rapid growth and the introduction of millions of cars into Beijing and surrounding provinces, the city is known for its poor air quality. As a result, Beijing was the first city in China to require emissions standards to be implemented on its cars. Polluting cars have also been banned from Beijing and are not allowed to even enter the city. In addition to air pollution from cars, Beijing also has air quality problems due to seasonal dust storms that have developed Chinas northern and northwestern deserts due to erosion. 9. Direct Controlled Municipality Beijing is the second-largest (after Chongqing) of Chinas direct-controlled municipalities. The majority of Beijings population is Han Chinese. Minority ethnic groups include Manchu, Hui and Mongol, as well as several small international communities. 10. Popular Tourist Destination Beijing is a popular tourist destination within China because it is a center of Chinas history and culture. Many historic architectural sites and several UNESCO World Heritage Sites are within the municipality. For example, The Great Wall of China, the Forbidden City,  and Tiananmen Square are all located in Beijing. In addition, in 2008, Beijing hosted the Summer Olympic Games and sites constructed for the games, such as the Beijing National Stadium are popular. Sources Becker, Jasper. City of Heavenly Tranquility: Beijing in the History of China. Oxford: Oxford University Press, 2008.Beijing Official Home Page. The Peoples Government of Beijing Municipality.