Piaget V Erikson Essays - Developmental Psychology,

Piaget V Erikson dolescence is considered a difficult time of life and one in which a number of changes occur as the individual achieves a certain integration of different aspects of personality. One approach to the cognitive and emotional transitions made at different times of life is to consider how the changes in, say, adolescence are linked to a continuum of change beginning in childhood and continuing throughout life. Some theorists, such as Piaget, were interested primarily in the transitions of childhood and youth, while others, such as Erikson, saw all of life as a series of transitions and offered a continuum of stages covering all of life. Piaget became fascinated in his early studies with his discovery that children of the same age often gave the same incorrect answers to questions, suggesting that there were consistent, qualitative differences in the nature of reasoning at different ages, not simply a quantitative increase in the amount of intelligence or knowledge. This discovery marked the beginning of Piaget's continuing effort to identify changes in the way children thinkhow they perceive their world in different ways at different points in development. Piaget's contributions can be summarized by grouping them into four main areas. First, he produced literature on the general stages of intellectual development from infancy through adulthood. This concern occupied him from 1925 to 1940, and after 1940 he began to describe some of the developmental stages in formal, structural terms using models from symbolic logic (Flavell, 1963, 1-9). The different stages postulated by Piaget help to explain different rats of learning at different ages as well as the types of learning possible at different ages for the majority of the population. Learning itself is seen by Piaget as a process of discovery on the part of the individual, and learning as a formal activity becomes a system of organization by which instruction is enhanced by the way the teacher arranges experience. Learning is thus experiential, and Piaget suggests that experiences have meaning to the extent that they can be assimilated. Such assimilation does not take place without accommodation, an aspect of considerable importance from the point of view of adaptation and possible development: One of the principal aims of the teacher will be to present situations to the child which require him to adapt his past experience. The teacher is concerned with facilitating adaptation and assisting the child along the developmental path (Flavell, 1963, 91). The learning situation thus becomes a means of discovery as the child encounters something that is unknown, new, or problematical for the child. The achievement of understanding of this experiences produces an adaptation, and each adaptation made by the child is a discovery for him or her, an insight made through experience. Such a discovery process is ongoing and is not to be seen as a series of leaps from one insight to another. The process of discovery continues and builds on experiences already assimilated and adapted. The process is marked out by minute consolidations and extensions of past experience, with perhaps an occasional flash of insight (Flavell, 1963, 91-92). There are two principal learning theories in psychology, one of which focuses on the learning process while the other focuses on the capacity to learn. Piaget offered a biological theory of intelligence that was quite different and that he presented as a unified approach to intelligence and learning. Piaget restricted the ideal of learning to an acquisition of new knowledge that derives primarily from contact with the physical or social environment: He opposes it on the one hand to maturation which is based on physiological processes; on the other hand and most importantly he differentiates it from the acquisition of general knowledge or intelligence which he defines as the slowly developing sum total of action coordinations available to an organism at a given stage (Furth, 1969, 221). Piaget contends that this general knowledge is actively constructed by the individual who, in constructing this knowledge, lives the process of his or her development. Piaget had actually started out to analyze the meaning and origin of intelligence, and he defined intelligence as the totality of behavioral coordinations that characterize behavior at a certain stage of development. For Piaget, intelligence was the behavioral analogue of a biological organ which

Asian Inventors

Asian Inventors Asian Pacific American Heritage Month, held each year during the month of May, celebrates Asian Pacific American cultures and heritage and recognizes the many contributions Asian Pacific Americans have made to this nation. An Wang An Wang (1920-1990), a Chinese-born American computer scientist, is best known for founding Wang Laboratories and holding over thirty-five patents including patent #2,708,722 for a magnetic pulse transfer controlling device which related to computer memory and was crucial to the development of digital information technology. Wang Laboratories was founded in 1951 and by 1989 employed 30,000 people and had $3 billion a year in sales, with such developments as desktop calculators and the first word processors. An Wang was inducted into the National Inventors Hall of Fame in 1988. Enrique Ostrea Doctor Enrique Ostrea received patent #5,015,589 and patent #5,185,267 for methods of testing infants for exposure to drugs or alcohol during pregnancy. Enrique Ostrea was born in the Philippines and immigrated to America in 1968. Ostrea continues to be honored for his contributions to pediatrics and neonatology. Tuan Vo-Dinh Tuan Vo-Dinh, who immigrated to the United States in 1975 from Vietnam, has received twenty-three patents mainly related to optical diagnostic equipment, including his first patents (#4,674,878 and #4,680,165) for badges that can be optically scanned to determine exposure to toxic chemicals. Vo-Dinh utilizes similar technology in patent #5,579,773 which is an optical method of cancer detection. Flossie Wong-Staal Flossie Wong-Staal, a Chinese-American scientist, is a leader in AIDS research. Working with a team that included Dr. Robert C. Gallo, she helped to discover the virus that causes AIDS and a related virus that causes cancer. She also did the first mapping of HIVs genes. Wong-Staal continues to work on a vaccine to prevent AIDS and treatments for those with AIDS. Her patents, which were granted with co-inventors, include patent #6,077,935 for a method of testing for AIDS.

Food Deserts Essay Example | Topics and Well Written Essays - 250 words

Food Deserts - Essay Example For any starter in this industry, the secret is to run countless number of ads that will ultimately make the business known. Gray backs this assertion by explicitly giving a scenario of one store that trades in the sale of meat. It emerges that the business makes huge sales irrespective of the health concerns linked to the desert foods. Thus, the article offers an insight into the rising cases of obesity and other problems attributable to unhealthy diet. In the article â€Å"Food Deserts Leave Many Americans High and Dry†, John Matson gives a vivid illustration of the correlation between consumption of food deserts and health problems. He states that places where fresh foods often lack have high health problems (Matson, 2015). Therefore, the idea conveyed is that consumption of fresh foods connects with health promotion. It is surprising to find that regions that have little fresh foods will often have most of its stores and other outlets full of fast foods (Matson, 2015). Matson posits that the ongoing extensive scientific based research is necessary to establish such a correlation. Consumption of deserts foods also links to the household income, as well as the access to the road. Using the map, the nearest food desert in Liberty County, GA is in

History of America since 1877 Essay Example | Topics and Well Written Essays - 250 words - 1

History of America since 1877 - Essay Example During that period politically, the nation was mostly dominated by Republicans. In around 1900, there was an era which came up known as the Progressive Era. This era brought political and social reforms, such as better and improved education and a higher state of recognition for women, and modernization of many areas of government as well as society (Capozzoli, 45). During this period, around 1877 and 1900, there was a great battle against corruption which was put up and it actually worked to the reduction of corruption. There was an unprecedented wave of European immigration and these immigrants provided the labor; hence the expansion of industry and agriculture and also increased population leading to fast-growing urban America. In around 1898, there were two important wars where the US fought against and defeated Spain, which resulted in Cuba gaining independence and eventually also the Philippines in 1946 (Capozzoli, 75). America tried and failed to negotiate a section of settlement for  WW1 then entered the war to oppose German militarism. The U.S. got victorious due to its financial, agricultural, industrial as well as its military strength.

Noscomial Urinary Tract Infection Research Paper - 2

Noscomial Urinary Tract Infection - Research Paper Example The danger of the situation is that with the repeated emptying of the urinary bag and handling of the catheters, there is risk of a rise of the infection causing microorganisms from the environments, beddings and contaminated hands of the patient or the caregiver (Temiz et al., 2012). Besides the indwelling catheter, however, nosocomial urinary tract infections can result from contaminated beddings that cause direct entry of microorganisms, and inappropriate insertion of contaminated hands as in vaginal examination (Nakamura & Tompkins, 2012). Nosocomial urinary tract infection has direct effects on the health of the patient as well as on the healthcare provision process. First, acquiring an infection during treatment is emotionally stressing to the patient. This is because an extended hospitalization time implies that the patient spends more time and money on medication and care. Secondly, the reputation of the hospital can be risked by cases of nosocomial infections (HÃ ¤lleb erg Nyman et al., 2011). This is because acquiring an infection in the course of treatment amounts to negligence and a breach of the code of ethics. The implication of this to the involved nurses can be sued for failure to ensure non-maleficence on the side of the patient. Besides, the extended hospitalization increases the risk for further infections and increased workload for the nurses and other healthcare professionals. Solving the problem has therefore become a serious focus in healthcare research and the search for answers. Different measures have been studies, among them are the reduction of catheterization time and the use of bladder scanner (Nakamura & Tompkins, 2012). As I dwell and ponder upon many topics of interest to me in the health care setting, one that stands out beyond most is nosocomial urinary tract infection. In the hospital setting, the reason for seeking treatment for every patient is recovery.

Kinetic Molecular Theory of Gases

Kinetic Molecular Theory of Gases Regina Marin Gas is called the state of matter in which, under certain conditions of temperature and pressure, its molecules cross-react only weakly with each other without forming molecular bonds, taking the shape and volume of their container and tending to separate , and expand, their best for their high kinetic energy. Gases are highly compressible fluids that experience large changes in density with temperature and pressure. Molecules constituting a gas almost are not attracted by each other, so that they move in space at high speed and quite separated from each other, thus explaining the properties: The gas molecules are virtually free, so that they are able to be distributed throughout the space in which they are contained. The gravitational attraction and forces between molecules are negligible compared to the rate at which the molecules are moving. Gases completely occupy the volume of their container. Gases have no definite shape, embracing the vessels containing them. Can easily be compressed, because there are large gaps between molecules, and other. At ambient temperature and pressure gases can be elements such as hydrogen, oxygen, nitrogen, chlorine, fluorine and noble gases, compounds such as carbon dioxide or propane, or mixtures like air. For the thermal behavior of particles of matter there are four measurable quantities that are of great interest: pressure, volume, temperature and mass of the sample material (or better amount of substance, measured in moles). Any gas is considered a fluid because it has properties that allow it to behave as such. Its molecules in constant motion, colliding elastically with each other and against the walls of the vessel containing the gas, against which exert a constant pressure. If the gas is heated, the heat energy is spent on kinetic energy of the molecules, that is, the molecules move more quickly, so that the number of collisions with the walls of the vessel increases in number and energy. As a consequence the gas pressure increases, and if the container walls are not rigid, gas volume increases. A gas tends to be chemically active because its molecular surface is also large, that is, to be its particles in continuous motion colliding with each other, this makes it easier the contact between a substance and another, increasing the rate of reaction in compared to liquid or solid. To better understand the behavior of a gas, where studies are conducted with respect to the ideal gas, although it never actually exists and its properties are: A pure gaseous substance consists of molecules of the same size and mass. A gaseous mixture is formed by different molecules in size and mass. Due to the large distance between molecules and other and that move at high speed, the forces of attraction between the molecules are considered negligible. The size of the gas molecules is very small, so that the volume occupied by the molecules is negligible compared with the total volume of the container. The density of a gas is very low. The gas molecules are in constant motion at high speed, so continuously collide elastically with each other and against the walls of their container. As part of the kinetic theory, the gas pressure is explained as the macroscopic result of the forces involved by collisions of gas molecules with the walls of the container. The pressure can thus be defined with reference to the microscopic properties of the gas. The kinetic theory of gases is a physical and chemical theory that explains the behavior and macroscopic properties of gases (ideal gas law), from a statistical description of the microscopic molecular processes. The kinetic theory was developed based on studies of physical and Daniel Bernoulli in the eighteenth century, Ludwig Boltzmann and James Clerk Maxwell in the late nineteenth century. This branch describes the thermal physical properties of the gases. These systems contain huge numbers of atoms or molecules, and the only reasonable way to understand the thermal properties based on molecular mechanics, we find certain dynamical quantities of average type and relate the observed physical properties of the system with t hese properties averaged molecular dynamics . Techniques to relate the overall macroscopic behavior of material systems with the average behavior of their molecular components are statistical mechanics. The main theorems of the kinetic theory are: The number of molecules is large and the average separation between them is large compared with their dimensions. Therefore occupy an insignificant volume when compared to the volume of the container and are considered point masses. The molecules obey Newton's laws, but individually they move randomly, each with different rates, but with an average speed that does not change with time. The molecules perform elastic collisions with each other, therefore both the linear momentum is conserved as the kinetic energy of the molecules. The gas is considered pure, in other words all molecules are identical. The gas is in thermal equilibrium with the walls of the container. As part of the kinetic theory of a gas pressure is explained as the macroscopic result of the forces involved by collisions of gas molecules with the walls of the container. The pressure can thus be defined with reference to the microscopic properties of the gas. It is generally believed that there is more pressure if the particles are in the solid state, if they are in liquid state is minimal distance between them and finally if you are in the gaseous state are far apart. Indeed, for an ideal gas with N molecules , each moving mass m with a random speed average content in a cubic volume V of the gas particles impacting with the wall of the container in a manner that can be calculated in a statistical manner exchanging momentum with the walls in each shock and effecting a net force per unit area that is the pressure exerted by the gas on the solid surface. The pressure can be calculated with this formula: The equation above states that the gas pressure is directly dependent on the molecular kinetic energy. The ideal gas law allows us to ensure that the pressure is proportional to the absolute temperature. These two statements allow one of the most important statements of the kinetic theory: The average molecular energy is proportional to temperature. The proportional constant is 3/2 is the Boltzmann constant, which in turn is the ratio of the gas constant R between the Avogadro number. So in a few words, the kinetic theory is a physical theory, based on a few facts: The density of the gas is very small. Individually molecules move randomly and at different speeds, which increases or decreases while the temperature and the movement causes them from hitting each other, increasing the pressure when striking more times. The cohesive forces or intermolecular forces in gases are almost nil. If all of the molecules forming the gas are identical, is said to be a pure gas. Bibliography: http://www.chm.davidson.edu/vce/kineticmoleculartheory/basicconcepts.htm http://en.wikipedia.org/wiki/Kinetic_theory http://www.sparknotes.com/chemistry/gases/kinetic/summary.html http://hyperphysics.phy-astr.gsu.edu/hbase/kinetic/kinthe.html

Carnivore: Chewing Through Our Right to Privacy :: Argumentative Persuasive Essays

Carnivore: Chewing Through Our Right to Privacy The debate around Carnivore is not really about Carnivore itself. It is more of a debate of whether or not Carnivore oversteps current privacy laws and the Fourth Amendment. Carnivore is a software program that enables the FBI to filter and collect email on a subject of a court order to be used as evidence. The issue around Carnivore started when the ACLU and other such groups demanded a review of the system in 2000. Since then, there has been a Congressional review of Carnivore. The FBI believes that Carnivore is well within the bounds of the law and that such a system is necessary to fight crime on the Internet. Advocates of privacy such as the ACLU believe that Carnivore violates Fourth Amendment rights and that the FBI cannot be trusted not to abuse Carnivore. In return, the FBI believes that the public should trust the FBI with electronic surveillance. Basically, the debate around Carnivore is the FBI versus everyone else. Both sides of the Carnivore debate use mainly argument of definition to present their points. Since the integrity of the FBI has been called into question, the FBI’s argument for the use and need of Carnivore consists mainly of logos and ethos. Ethos is also used in order to build an image that the public can trust. Those who are against Carnivore use mainly pathos in their arguments to point out that Carnivore is a threat to personal privacy and that the FBI cannot be trusted. The FBI’s position on Carnivore is outlined in Donald M. Kerr’s congressional statement made before a Senate committee that was reviewing the FBI’s Carnivore system. As the Assistant Director of the Laboratory Division for the FBI, Kerr has extensive knowledge of the workings and capabilities of the Carnivore system. In his statement, Kerr makes five points ranging from what Carnivore is to why the public should trust the FBI with Carnivore. Kerr explains that because terrorists, spies, hackers, and criminals used computers and the Internet, the FBI needs a tool like Carnivore to counter them. Another reason the FBI feels that they need Carnivore is to combat information warfare, fraud, and the spread of child pornography on the Internet. Logos in the form of statistics and examples is used to show that there has been an increased use of the Internet for criminal activity. Carnivore: Chewing Through Our Right to Privacy :: Argumentative Persuasive Essays Carnivore: Chewing Through Our Right to Privacy The debate around Carnivore is not really about Carnivore itself. It is more of a debate of whether or not Carnivore oversteps current privacy laws and the Fourth Amendment. Carnivore is a software program that enables the FBI to filter and collect email on a subject of a court order to be used as evidence. The issue around Carnivore started when the ACLU and other such groups demanded a review of the system in 2000. Since then, there has been a Congressional review of Carnivore. The FBI believes that Carnivore is well within the bounds of the law and that such a system is necessary to fight crime on the Internet. Advocates of privacy such as the ACLU believe that Carnivore violates Fourth Amendment rights and that the FBI cannot be trusted not to abuse Carnivore. In return, the FBI believes that the public should trust the FBI with electronic surveillance. Basically, the debate around Carnivore is the FBI versus everyone else. Both sides of the Carnivore debate use mainly argument of definition to present their points. Since the integrity of the FBI has been called into question, the FBI’s argument for the use and need of Carnivore consists mainly of logos and ethos. Ethos is also used in order to build an image that the public can trust. Those who are against Carnivore use mainly pathos in their arguments to point out that Carnivore is a threat to personal privacy and that the FBI cannot be trusted. The FBI’s position on Carnivore is outlined in Donald M. Kerr’s congressional statement made before a Senate committee that was reviewing the FBI’s Carnivore system. As the Assistant Director of the Laboratory Division for the FBI, Kerr has extensive knowledge of the workings and capabilities of the Carnivore system. In his statement, Kerr makes five points ranging from what Carnivore is to why the public should trust the FBI with Carnivore. Kerr explains that because terrorists, spies, hackers, and criminals used computers and the Internet, the FBI needs a tool like Carnivore to counter them. Another reason the FBI feels that they need Carnivore is to combat information warfare, fraud, and the spread of child pornography on the Internet. Logos in the form of statistics and examples is used to show that there has been an increased use of the Internet for criminal activity.

The Little Prince Essay

Lee Hyeon Ju Ms. Sarah Jane ELSEO November 23, 2012 The little prince The little prince has symbolism, it reminds people about meaning of life. Anthoine de Saint Exupery uses symbolism to teach the reader. Firstly, the king symbolizes how power is useless. The fox symbolizes love and the desert flower is meaning of religion. Antoine de saint Exupery uses symbolism to teach the reader meaning of life. He uses the king to represent about power is useless, the fox to teach love and the lower to symbolize religion. The king symblizes how power is useless.The first reason why power is useless for the king is because he lives alone on a planet. Even when the king tires to control the sunset the little prince realizes he can not control it. In order for someone to have power they must have subjects who listen to them. therefore power is useless because no one is under his control unless they decide to be. The fox symbolizes love. The first reason why the fox symbolizes love is because he le t little prince knows how to tame each other. The little prince knows how interaction is important in a elationship. The fox taught him to know invisible things more important than visible in our eyes. â€Å"What is essential is invisible to the eye. † Because the fox and, little prince could remember when they see same colour of them they can reminds each other. The desert flower symbolizes religion. The first reason why the desert flower symbolizes love is because the flower roots meaning of belief . Belief is makes people strong their mind it is not invisible to outside, but it effected so much just like plant’s roots.Also, the desert meaning of the hard life. †but never knows where to find them. The wind blows them away. † The flower had once seen a caravan passing ,the seven men blowed away because they did not have roots like a flower. In conclusion, the little prince make people know about meaning of life. First, the king teach people about useless o f power and the fox teach love, and desert flower is symbolizes of religion. Many people would know how meaningful to read this book because they find important lesson from it.

Chinese Art History essays

Chinese Art History essays In Wu Hungs discussion of traditional Chinese concepts of monumentality, he utilizes the ancient legend of the Nine Bronze Tripods to illustrate how the traditions (including ancestral temple and ritual vessels, capital city and palaces, and tomb and funerary paraphernalia) of early Chinese cultures can be better understood after identifying their monumentality. According to the myth, in 605 B.C., a Chu lord lead a campaign near the Zhou capital at Luoyang where he was greeted by the minister Wangsun Man. After the lord inquired about the size and weight of the Nine Tripods, Wagsun Man answered with a passage stating the three distinct intentions of the tripods which forms the basis of ritual art Foremost, the Nine Tripods were made to honor important political events, notably the establishment of the Xia after which an organized power became evident. The Tripods also justified this event since they were constructed from bronze sent by the Xia allies and bore inscriptions of their things, confirming their entrance into the centralized political power. This allowed people to discern divine from evil, the former being the Xia alliance while the latter represented the Xia enemies whose things were missing from the Tripods. Subsequently, the Nine Tripods became a symbol of Power - whomever was in possession of the Tripods held political power as well. With the ...

Microscope history essays

Microscope history essays The microscope has become one of the most recognizable symbols of science. This picture is of the "Lanyard Lens" discovered at Nimrod by Lanyard, and datable all the way back to 721-705 BC. With the lenses of spectacles widespread, and their obvious magnification properties, it was only a matter of time before someone put two together to make the first compound microscope. Indeed, this was probably already happening with telescopes just before this as Dutch Spectacle makers were experimenting with multiple lenses. Since a microscope could be made by just reversing a telescope, this may be where the idea originated. There is a terrific amount of mis-information about who invented the microscope. Fairly respectable references have said Galileo invented it shortly after inventing the telescope. This is not so, as Galileo didn't purchase his first telescope until around 1607. Many people think that Leeuwenhoek invented the microscope. This is also very untrue, as while his microscopes were very simple and crude, he started making them long after very elaborate models were available and they had made many important discoveries. With the lenses of spectacles widespread, an d their obvious magnification properties, it was only a matter of time before someone put two together to make the first compound microscope. Indeed, this was probably already happening with telescopes just before this as Dutch Spectacle makers were experimenting with multiple lenses. Since a microscope could be made by just reversing a telescope, this may be where the idea originated. There is a terrific amount of mis-information about who invented the microscope. Fairly respectable references have said Galileo invented it shortly after inventing the telescope. This is not so, as Galileo didn't purchase his first telescope until around 1607. Many people think that Leeuwenhoek invented the microscope. This is also very untrue, as while his microscopes were ver...

Social Security College Essay Example | Topics and Well Written Essays - 4500 words

Social Security College - Essay Example Economic Security in America, para. 2). One of the first Americans to propose a system of economic security for U.S citizens was Thomas Payne in his 1795 writing titled "Agrarian Justice". It provided sums for citizens reaching the age of 21 and then a yearly payment to those reaching 50. Payne's idea was to pay for it by means of a property inheritance tax. In 1862, a Civil War pension program was enacted. "Following the Civil War, there were hundreds of thousands of widows and orphans, and hundreds of thousands of disabled veterans. In fact, immediately following the Civil War a much higher proportion of the population was disabled or survivors of deceased breadwinners than at any time in America's history. This led to the development of a generous pension program, with interesting similarities to later developments in Social Security" (DeWitt, sect. Civil War Pensions, para. 1). The program evolved, starting with benefits only to those disabled in combat or to their surviving families. As time passed, veterans disabled for any reason could receive payments. After that, aged veterans were added. Later, disability and old age benefits were extended to include family members. Former Confederate soldiers were not allowed any benefits. The last payments to surviving widows of Civil War veterans were made in 1999. With the advent of the Industrial Age a... State Old-Age Pensions, para.1). Prior to the passage of the original Social Security Act in 1935, thirty states had adopted some form of old-age pension plan. Only about 3% of the elderly were actually collecting benefits under the state plans. There was lack of implementation of the laws. The plans allowed insufficient funds. The elderly faced restrictive plan entry rules. The receipt of benefits was stigmatized as "welfare". Throughout the early 1930's and spurred by the Great Depression, movements arose that advocated a federal old-age pension system. Huey Long, Governor of Louisiana, proposed the "Share Our Wealth" plan in which the rich would pay for the poor and the aged. Francis Townsend devised the "Townsend Old-Age Revolving Pension Plan". It proposed that all upstanding citizens over 60 receive a monthly benefit that must be spent within the U.S. and within 30 days. There were numerous plans proposed from every direction during those years, some of them of questionable economic merit like Robert Noble's "Ham & Eggs" plan. It suggested that states should issue a currency to be called "scrip" to the unemployed and aged. The validity of the currency and by what economic backing it would be issued were very hazy indeed. Still, it was part of the social movement demanding the creation of a form of economic security for the masses. Most of the plans had benefits that were based on economic need. When Franklin Roosevelt became President in 1932, he changed the face of the economic security discussion from welfare to social insurance. He proposed "a work-related, contributory system in which workers would provide for their own future economic security through taxes paid while

What is happening with modern day China and its environmental issues Essay

What is happening with modern day China and its environmental issues - Essay Example Because of severe contamination of water, air pollution, and land degradation problems, life expectancy in the North of the country has decreased by 5.5 years (Dong, Liu, and Klein 164). Environmental degradation cost China about nine percent of its gross national income yearly. These threaten to undermine the growth of the country and exhaust society’s patience with China Government’s pace of reform. Further, this has threatened the Country’s stability, as the ruling party has to deal with increased public discontent and media scrutiny. The energy consumption of China has increased, reaching one hundred and thirty from 2000 to 2010. In 2013, Beijing witnessed a prolonged severe session of smog that the citizens dubbed it as â€Å"airpocalypse†; the hazardous particles concentration was forty times the level considered safe by the World Health Organization. Later in 2013, visibility in the Northern City of Harbin was shrank by pollution to less than fifty meters (Dong, Liu, and Klein 163). Research reveals that less than one percent of China’s five hundred cities sustain the World Health Organization’s air quality standards. In the degradation of the quality of air, coal has been the chief culprit. China is the greatest producer of coal in the world, and it accounts for approximately half of the global consumption. Equally, coal is also the chief source of the country’s sulfur dioxide accounting for ninety percent of the country’s total sulfur dioxide emissions and half of its particulate emissions. In China, coal is mostly burned in the North part of the country, and it avails approximately seventy percent of the country’s energy needs. Nevertheless, in 2011, coal emission levels from coal plants single-handedly contributed to almost two hundred and fifty thousand premature deaths. Similarly, air pollution in China is compounded by the country’s shocking urbanization pace. China’s government plans to move seventy; to seventy-five percent of