Chinas Reform and Opening-Up Policy Essay Example for Free

Chinas Reform and Opening-Up Policy Essay Deng Xiaoping in the eyes of all the Chinese people are very familiar with, because he proposed the reform and opening up policy, China has undergone enormous changes, China not only in the economic, political, cultural, social and other fields, various aspects have made great progress. I will divide my speech into three parts, the first part of the economy, the primary stage of socialism, the basic economic system has been established. Adjust and improve the ownership structure, changes in the ownership structure of public ownership as the main body, and a variety of forms of ownership develop the basic economic system. The reform of state-owned enterprises made ​significant progress. 30 years as the central link of the economic reform, the management system and operation mechanism reform of state-owned enterprises continued to deepen. Most of the restructuring of state-owned enterprises as diverse shareholders corporate enterprises, state-owned economy and structural adjustment progresses, greatly stimulate the vitality of enterprises, enhance the control and influence of the state-owned economy. The new macro-control system gradually perfected. Break the traditional highly centralized planning and management system, and gradually establish a macro-control system to adapt to the requirements of the socialist market economy, the transformation of government functions, planning, investment, finance and taxation, finance, foreign exchange, the price system reform has achieved significant progress in the formation of national planning and fiscal , monetary policy and the coordination of macro-control system. The second part, resource allocation, income distribution system is undergoing a fundamental change. Established distribution according to work is dominant and a variety of modes of distribution coexist distribution system, the establishment of the production factors of labor, capital, technology and management system of distribution according to contribution. Emphasis on the treatment of the relationship between the initial distribution and redistribution in the efficiency and fairness, give full play to the enthusiasm. The third part, social security, social security system of Chinese characteristics basically formed. Establishing and continuously improving the urban basic old-age insurance system, the formation of the urban and rural basic medical insurance system, and constantly improve the unemployment insurance, industrial injury insurance and maternity insurance system, generally establish minimum living security system for urban and rural residents, and gradually improve the social assistance system.

A Joyous Death :: Essays Papers

A Joyous Death 1. In â€Å"The Story of an Hour,† Kate Chopin suggests that in certain situations, the death of a loved one may be a blessing. Such situations may include an abusive relationship, or an unhappy marriage, as this story suggests. In Chopin’s story although the circumstances might lead the reader to believe that Louise’s husband’s death would cause her great pain, ironically, when she hears the news, she feels a great sense of relief. This suggests that death may not always cause grief. 2. Louise’s characteristics add to the theme of this story in several ways. One of her characteristics is her youth. This characteristic is important because it is symbolic of a fresh, new start at her life of freedom due to the death of her husband. She has her whole life to live by herself. She will be free to do what she wants to do, when she wants to do it. 3. Another characteristic of Louise, which also adds to the irony of this story, is her passion for living. She mentions that she will weep again when she is present at her husband’s funeral, but she is able to look past that grim moment and look forward to â€Å"the years to come that would belong to her absolutely.† Just when she is beginning to savor the sweet sense of freedom, her husband shows up at their house alive. When she sees him, she dies, not from the â€Å"joy that kills,† but because she is heart-broken and shocked at the reality. She dies because she realizes that since he’s not dead, she will not be free. The drastic halt is too much for her to handle. [Nice observation] 4. There are a few symbols in the story, which are symbolic of Louise’s life of freedom. The spring day symbolizes a new beginning of her life in which she is free. Spring is the time when living things propagate and are reborn. Likewise, Louise believes she will become productive, energized and reborn. Louise has her whole life of freedom to look forward to. 5. A second symbol is the open window in her bedroom. The window suggests that there is no material object standing in the way of her new life.

Analysis of Scene 2 of Blue Remembered Hills Essay

In scene 2, the audience can see a slight change of pace. This is shown through the lack of physical violence in this scene in comparison to the previous scene 1. The pace starts off as fidgety as the two seven year old boys-Peter and Willie- can barely keep still but the pace hardly reaches any faster than this through the rest of the scene. The point in which they are both laughing and giggling uncontrollably is the only real point where the pace picks up a bit. This is when the boys are both laughing about Wallace peeing on a gorse bush due to the fact that he thought it â€Å"was on fire†. The subject of Wallace visibly fastens the pace, as is evidence in many other scenes. I think the slow pace of this scene shows the actual weakness of these two boys as their dilemmas and problems at their age are partially revealed through their banter and conversation. The seemingly raw subject of Donald and the beatings he receives at home seem to strike a misunderstood chord with the two boys but they shrug off the confusion and potential sadness and envelope themselves into another situation. This awkwardness is shown in the stage directions alone as â€Å"they fall silent† and the â€Å"tension that they do not understand† is quickly broken by more childishness, and they quickly run themselves into another less sensitive subject. The moments where there is quite a fast pace in this scene is only created by the characters purposely after they are bored and have nothing else to do or interesting to say. The subject of Donald is quickly followed by a purpose running about and â€Å"swooping† around by the two boys to bring up the energy levels. The back and forth conversation about the Dandy and Beano gets quite tedious for Peter and he quickly is distracted by something else more active and exciting. The characters in this scene are still both Willie and Peter and the relationship between the boys familiarly stays the same. In the previous scene, the audience saw that Peter was dominant in the relationship and frequently craved control of it and of Willie, often with physical violence but in this scene, he no longer results to this and uses his words more to cajole Willie into telling him where the jam jars are. Willie also still seems to have the upper hand in the argument though as he knows all the information Peter wants to get. Because of this, Peter has to still be moderately controlled in how he acts towards Willie to get the location of the jam jars out of him. This unexpected control Willie has is evident as when Peter once again threatens Willie with physical violence-his fist- he sees that this may completely blow his chance of getting any information so he rethinks and offers him his Dandy. Willie is now in control as he shows to Peter that he doesn’t care and that he could buy his own comic. This under-valued control that Willie has is still present in scene 2 and similarly continues on in the play. Concluding, there is small change of pace and characters in Scene 2 but not on a large scale. The pace is slowed down visibly from Scene 1 as there is not as much playing about and fighting between the two characters. Apart from the stage directions in Scene 1 where it clearly stated if they were moving and what actions they were doing if they were talking, this was no stated in Scene 2, therefore, I have no choice but to assume most if their conversation was given mostly in stationary mode. There was no real change in characters in Scene 2 other than the fact that In scene 1, Peter was triumphant in his method of physical beating to get Willie to give him the apple and in scene 2, Willie was triumphant in his knowledge of information to keep a secret the information about the jam jars but that was only really successful because of the distraction of the squirrel.

A History of Ancient Greek Physics

In ancient times, the systematic study of fundamental natural laws was not a huge concern. The concern was staying alive. Science, as it existed at that time, consisted primarily of agriculture and, eventually, engineering to improve the daily lives of the growing societies. The sailing of a ship, for example, utilizes air drag, the same principle that keeps an airplane aloft. The ancients were able to figure out how to construct and operate sailing ships without precise rules for this principle. Looking to the Heavens and the Earth The ancients are known perhaps best for their astronomy, which continues to influence us heavily today. They regularly observed the heavens, which were believed to be a divine realm with the Earth at its center. It was certainly obvious to everyone that the sun, moon, and stars moved across the heaven in a regular pattern, and its unclear whether any documented thinker of the ancient world thought to question this geocentric viewpoint. Regardless, humans began identifying constellations in the heavens and used these signs of the Zodiac to define calendars and seasons. Mathematics developed first in the Middle East, though the precise origins vary depending upon which historian one talks to. It is almost certain that the origin of mathematics was for simple recordkeeping in commerce and government. Egypt made profound progress in the development of basic geometry, because of the need to clearly define farming territory following the annual flooding of the Nile. Geometry quickly found applications in astronomy, as well. Natural Philosophy in Ancient Greece As the Greek civilization arose, however, there came finally enough stability - despite the fact that there still frequent wars - for there to arise an intellectual aristocracy, an intelligentsia, that was able to devote itself to the systematic study of these matters. Euclid and Pythagoras are just a couple of the names that resonate through the ages in the development of mathematics from this period. In the physical sciences, there were also developments. Leucippus (5th century B.C.E.) refused to accept the ancient supernatural explanations of nature and proclaimed categorically that every event had a natural cause. His student, Democritus, went on to continue this concept. The two of them were proponents of a concept that all matter is comprised of tiny particles which were so small that they could not be broken up. These particles were called atoms, from a Greek word for indivisible. It would be two millennia before the atomistic views gained support and even longer before there was evidence to support the speculation. The Natural Philosophy of Aristotle While his mentor Plato (and  his  mentor, Socrates) were far more concerned with moral philosophy, Aristotles (384 - 322 B.C.E.) philosophy had more secular foundations. He promoted the concept that observation of physical phenomena could ultimately lead to the discovery of natural laws governing those phenomena, though unlike Leucippus and Democritus, Aristotle believed that these natural laws were, ultimately, divine in nature. His was a natural philosophy, an observational science based on reason but without experimentation. He has rightly been criticized for a lack of rigor (if not outright carelessness) in his observations. For one egregious example, he states that men have more teeth than women which is certainly not true. Still, it was a step in the right direction. The Motions of Objects One of Aristotles interests was the motion of objects: Why does a rock fall while smoke rises?Why does water flow downward while flames dance into the air?Why do the planets move across the sky? He explained this by saying that all matter is composed of five elements: FireEarthAirWaterAether (divine substance of the heavens) The four elements of this world interchange and relate to each other, while Aether was an entirely different type of substance. These worldly elements each had natural realms. For example, we exist where the Earth realm (the ground beneath our feet) meets the Air realm (the air all around us and up as high as we can see). The natural state of objects, to Aristotle, was at rest, in a location that was in balance with the elements of which they were composed. The motion of objects, therefore, was an attempt by the object to reach its natural state. A rock falls because the Earth realm is down. Water flows downward because its natural realm is beneath the Earth realm. Smoke rises because it is comprised of both Air and Fire, thus it tries to reach the high Fire realm, which is also why flames extend upward. There was no attempt by Aristotle to mathematically describe the reality that he observed. Though he formalized Logic, he considered mathematics and the natural world to be fundamentally unrelated. Mathematics was, in his view, concerned with unchanging objects that lacked reality, while his natural philosophy focused on changing objects with a reality of their own. More Natural Philosophy In addition to this work on the impetus, or motion, of objects, Aristotle did extensive studies in other areas: created a classification system, dividing animals with similar characteristics into genera.studied, in his work Meteorology, the nature not only of weather patterns but also geology and natural history.formalized the mathematical system called Logic.extensive philosophical work on the nature of mans relation to the divine, as well as ethical considerations Aristotles work was rediscovered by scholars in the Middle Ages and he was proclaimed the greatest thinker of the ancient world. His views became the philosophical foundation of the Catholic Church (in cases where it didnt directly contradict the Bible) and in centuries to come observations that did not conform to Aristotle were denounced as a heretic. It is one of the greatest ironies that such a proponent of observational science would be used to inhibit such work in the future. Archimedes of Syracuse Archimedes (287 - 212 B.C.E.) is best known for the classic story of how he discovered the principles of density and buoyancy while taking a bath, immediately causing him to run through the streets of Syracuse naked screaming Eureka! (which roughly translates to I have found it!). In addition, he is known for many other significant feats: outlined the mathematical principles of the lever, one of the oldest machinescreated elaborate pulley systems, reputedly having been able to move a full-size ship by pulling on a single ropedefined the concept of the center of gravitycreated the field of statics, using Greek geometry to find equilibrium states for objects that would be taxing for modern physicistsreputed to have built many inventions, including a water screw for irrigation and war machines that helped Syracuse against Rome in the First Punic War. He is attributed by some with inventing the odometer during this time, though that has not been proven. Perhaps Archimedes greatest achievement, however, was to reconcile Aristotles great error of separating mathematics and nature. As the first mathematical physicist, he showed that detailed mathematics could be applied with creativity and imagination for both theoretical and practical results. Hipparchus Hipparchus (190 - 120 B.C.E.) was born in Turkey, though he was a Greek. He is considered by many to be the greatest observational astronomer of ancient Greece. With trigonometric tables that he developed, he applied geometry rigorously to the study of astronomy and was able to predict solar eclipses. He also studied the motion of the sun and moon, calculating with greater precision than any before him their distance, size, and parallax. To aid him in this work, he improved many of the tools used in naked-eye observations of the time. The mathematics used indicates that Hipparchus may have studied Babylonian mathematics and been responsible for bringing some of that knowledge to Greece. Hipparchus is reputed to have written fourteen books, but the only direct work that remains was a commentary on a popular astronomical poem. Stories tell of Hipparchus having calculated the circumference of the Earth, but this is in some dispute. Ptolemy The last great astronomer of the ancient world was Claudius Ptolemaeus (known as Ptolemy to posterity). In the second century C.E., he wrote a summary of ancient astronomy (borrowed heavily from Hipparchus - this is our main source for knowledge of Hipparchus) which came to be known throughout Arabia as  Almagest  (the greatest). He formally outlined the geocentric model of the universe, describing a series of concentric circles and spheres upon which other planets moved. The combinations had to be exceedingly complicated to account for the observed motions, but his work was adequate enough that for fourteen centuries it was seen as the comprehensive statement on heavenly motion. With the fall of Rome, however, the stability that supports such innovation died out in the European world. Much of the knowledge obtained by the ancient world was lost during the Dark Ages. For example, of the 150 reputed Aristotelian works, only 30 exist today, and some of those are little more than lecture notes. In that age, the discovery of knowledge would lie to the East: to China and the Middle East.