Demographics of Huang Shan, China

Demographics of Huang Shan, China Huang Shan is located in southern Anhui province in eastern China. The city has neighbors of Jingdezhen and Wuyuan County of Jaingxi Province in its southwest edge, Kaihua, Chunan and Linan of Zhejiang Province in its southeast edge, Xuancheng City in its northeast, Chizhou City in its northwest. Huang Shan annual average temperature is low, only 7.8 à ¢Ã¢â‚¬Å¾Ã†â€™, annual range for temperature is small, only 20.3à ¢Ã¢â‚¬Å¾Ã†â€™. Winter valley with a temporary temperature inversion phenomenon, the density of the cold air in winter night is big, so the cold air along the hillside into the bottom of the valley, the temperature is higher than the bottom in a certain height of slope zone. The annual average precipitation days 180.6 days, it is only 150-160 days on the foothill. The precipitation days are less in winter, but it increase in spring. It usually has heavy rain in May and June. From the June to September, the precipitation is 49% of annual rainfall, and is 69.6% of the heavy rain over the same period of years. The most Rainfall is 3326.6 mm in 1973, and the least one is 1548.6 mm in 1978. On the tectonic, Huangshan Mountain is located in contact zone between jiangnan ancient and Yangtze platform. The main tectonic line is almost the same with direction of mountain ranges which are the direction of northeast and southwest. The majority part of Huangshan Mountain is constituted by granite. In the south of promenade creek fracture have Sandstone, quartz sandstone, volcanic rock and metamorphic volcanic rocks. In the north of lotus hill is the Taiping rock mass. Huangshan has eight hundred million geologic history, and integrating peaks landforms, glacial traces. Also have the typical geological landscape which are Modelling of granite stone, Granite cave room and Fountain pool stream organ etc Huangshan Mountain has 77 peaks and each peak is sharp. Granite stone forest and stalagmites are distribute among peak, mountainside and valley etc. extensively. There are numerous mountains, rivers and valleys distributed around Huang Shan. Those valleys are deep in those mountains. The both side of the valley are steep walls. Various kinds of rocks are distribute among mountains and valley. Because of the orogenesis, the earths crust uplift, glacier and Natural weathering. Huangshan Mountain form the structure of peak. The main part of Huangshan Mountain is constituted by granite, and it suffered from a strongly erosion, cutting, fractured, long-term water dissolution, then formed granite caves and drill ways. The quaternary glacial relics of huangshan are mainly distributed in the south-east of the mountain. Base on the Huangshan Mountain rock mass affected by internal and external factors, long time weathering along the vertical cracks, many peaks are composed. 560 million years ago the early tertiary period of Himalayan movement, those sedimentary cover are erode by the uplifting of the mountain. Then Huangshan Mountain finally appear the earth’s surface. During the tertiary and quaternary, Himalayan movement made the earths crust uplift generally. Huangshan Mountain also unceasingly rises accordingly. At the same time the granite peak are made by erode. In the quaternary period, Huangshan Mountain had three ice age and the glaciers handling. There have many signs of glaciation left on the granite that made Huangshan Mountain has the landscape of glacial landform. There are about 600 rivers in the area of Huangshan mountain, among with more than 10 km river of the number of 108. Two hillsides locate in the Huangshan city, one in the area of north and another of south. Drainage area in these two hillsides split with 76.98% and 23.02% (north 7569.93 km and south 2264.1 km). There are 15 hot springs in yellow mountain, one called zhusha hot springs is one of the four top visit place. It’s history could back to Tang Dynasty. The altitude of its place is 650 m, the water degree vary from 41.1 à ¢Ã¢â‚¬Å¾Ã†â€™ to 42.5à ¢Ã¢â‚¬Å¾Ã†â€™ and its changed based on the temperature, range of rain. The flow to itself in the day of 219.51 tons and 145.23 tons at night. The area of yellow mountain water resource comes from nature rain, witch the biggest rainstorm over there and the average rain is 1775.9 mm. The districts rich with ground water, the flow over 9.928 billion m, but the distribution of its ground river flow is unequal which more in the month of May to July and less when in the winter. The proportion is 1 to 5. The flood caused by torrential rains, huangshan, cause the harm of plants, animals and human. Some years the flood would be worse to threat the species to regenerate. Huangshan mountain has a stable-balanced ecosystem. Plant community complete and is vertical distribution, forest coverage is 84.7%, vegetation coverage rate is 93.0%, there are 222 families, 827 genera and 1805 species of higher plants. Furthermore, Huangshan mountain is an perfect place for animal living and breeding, there are 24 kinds of fish, amphibians is 21 species, 48 species of reptiles, 176 kinds of birds, beasts is 54. Huangsheng Mountain has a stable ecosystem characteristics. 84.7% rate of forest coverage, 93% rate of vegetation coverage. Productivity Huangshan Mountain has Rich mineral resources. There have various minerals under the Huangshan Mountain, such as limestone, granite, porcelain clay, quartzite, serpentine stone coal and building materials. Huangshan Mountain also have gold, copper, molybdenum, tungsten, antimony, beryllium, non-ferrous metals such as lead, niobium, tantalum, uranium and rare metal mineral, and bentonite, Fu, sulfur, barite, crystal stone, such as non-metallic mineral resources. Services Huangshan Mountain has an abundant tourism resources. Huangshan Mountain has various scenic spots that attracted people to travel. Huangshan Mountain provide the source that people can take bath in hot spring. And there also have many restaurants and Hotels that provided to people. due to the climate change in different layer of the mountain, the plants varied between those layers. the group of the forest include shrubs and herbs in intact. Its ecological system usually balance. the palnts grows health and regularly locate. and many plants could be uesd for medicine. the total area is 126500 mu, the storage is about 365200 cubic meters. if in the open area of the moutain you can see high level plants like pine, bamboo, niche and so on. Macaque also known as golden monkey. It is tall and big, arms and legs are sturdy. Mainly weight is in 35-40 kilograms, the largest is 50 kilograms. It has long hair in the body, sometimes stood up and walk like human. They imitate human action accurate and flexible. They often exercise together in the forest or peaks. Sometimes, they would play with tourists and friendly. They live in 800-1500 meters of evergreen and deciduous mixed forests, deciduous broad-leaved forest zone. They often migrate down to the valley in the winter, and they usually walking through in 600-800 meters of the broadleaf tree forest for food. Macaque is the second class protected animals in China. Nowadays, Huang Shan is a famous tourist attractions. Many people from all over the world came to Hang Shan. People get materials and foods from Hang Shan. However, the environment become more serious than before, so many plants and animal become endanger. There are some severe problems about polluted in the next slide.

Cruelty Involved in Animal Research, Testing, and Experimentation :: Argumentative Persuasive Essays

Cruelty Involved in Animal Testing Hobbes, the cat, has been under experimentation for most of his life. This is probably the last time that he will ever have to be experimented on again. Why? Because he is probably not going to make it through this time. The makers of Herbal Essences are about to force shampoo down his throat to see what happens to its organs. Even if the cat lives through the process, they are going to have to kill it to see which organs it could have damaged. If this was an actual human going through this deadly experiment, people would be in shock. Instead, scientists are testing whether or not swallowing shampoo would affect a cat. Testing on animals is a very disagreeable process that should not be allowed. Animal testing started a numerous years ago to help provide humans with information. The process of animal testing is one of the most disturbing experiments ever done. Many cosmetics and personal care products are made every year and are put into the market after being tested on animals. Almost every product has been animal tested at some stage in its development. The website titled "Animals in Product Testing" stated, "...these products have gone through a long and complex testing process that leaves millions of animals mutilated, burned, poisoned and gassed in outmoded and unnecessary tests." From these different experiments, animals are often left with different diseases like Syphilis, herpes, or AIDS ("Animal Rights: Animal Testing"). Manufacturers of these different products say that they are performing these tests to assure our safety for these products. They want to make sure that humans are not in any amount of danger ("Animals in Product Testing"). The first point why animal testing is a unethical process is because of some of the brutal things that happen in the process. There are certain types of animals they use for certain types of experimentation. Some well-known animals that they use for testing are: cats, dogs, mice, rats, hamsters, guinea pigs, gerbils, sheep, llamas, cattle, owls, deer, monkeys and other primates. These are not, by any means, all of the animals that they use. These are just the most common ("Animal Rights: Animal Testing"). For example, the Draize Test is used on white albino rabbits (S., Jeremy). They use white albino rabbits because of their sensitive eyes and also because the formation of their tear ducts stops tears from draining away all of the foreign substance ("Animal Rights: Test .

Leadership Styles Essay

The leadership styles of the United States Presidents can make them effective or it can limit their effectiveness. The effectiveness of the President has direct effect on the American people. Presidents Dwight Eisenhower and John Kennedy were two leaders that had major influences in the mid-20th century. Both men played a key role in the United States involvement in Vietnam. The experiences, styles of leading, and characteristics of both President’s Dwight Eisenhower and John F. Kennedy intensified the level of involvement the United States had in the Vietnam experience. Even though the leadership styles may have differed, the two leaders refused to let communism spread (Moss, 2010). Presidents Eisenhower and Kennedy’s leadership style although different had similar qualities. President Eisenhower and Kennedy could be considered to have the leadership styles of both the â€Å"Director† and â€Å"Navigator†. Thomas Preston has explained a Director style is a leader with â€Å"both extensive policy experience and a high need for power† (Preston, 2001). Directors have direct involvement in policy process by setting guidelines and advocating for their own personal views. The Navigator also has extensive expertise in policy but they also search for the opinions and viewpoints of other advisors. Navigators will gather the information and from the multiple different perspectives have a more deliberate decision making style. Without having a Navigator sense of style, the effectiveness of any leader can be limited because of a lack of information gathered and reviewed for decision. President Eisenhower proved his leadership style by the way he was involved in the political unrest in Vietnam. According to Preston, President Eisenhower â€Å"preferred formal, hierarchically organized advisory structure where information and advice could be centralized into a small inner circle of advisers† (Preston, 2001). However because of the President’s expertise in foreign policy he had a very active personal role in the policy process and delegated very little to other expert advisors. Eisenhower’s own preferences in policy lead to the policy decisions. President Eisenhower gave the command to intervene in southern Vietnam and replace the French (Moss, 2010). This was to maintain a non-Communist state thereby halting the potential spread of Communism. President Kennedy was interested in multiple perspectives on policy; he listened to different sources on conflicting views and planned for debates prior to decision making (Preston, 2001). Kennedy wanted political rest and peace in Vietnam but knew that without US involvement, the fighting and attacks on Vietnam would increase. Because of this, the United States became more heavily involved which meant more military forces and money being spent. Kennedy had made decisions to violate the provisions of the Geneva agreements of 1954, thereby increasing the U.S. military significantly in Vietnam. â€Å"Kennedy was not trying to win in Vietnam: he was doing only enough not to lose† (Moss, 2010). This sense of leadership by Kennedy was devised to protect the U.S. by only having a limited partnership with the Vietnam government. For President Kennedy, as a Director, he kept active involvemen t in policy process and needed assurance that his own thoughts and ideas would dominate the end result. However, as the Navigator, he trusted his advisory team and kept an open advisory system â€Å"characterized by a mixed formal-informal advice network† (Preston, 2001). With the dual leadership style the President called for the heavy military involvement in Vietnam in 1965 (Moss, 2010). By having expertise in foreign affairs and taking the advice of his advisors, President Kennedy made the important decision to become more involved in the war efforts. For the United States, the President’s leadership is very important. The President is the countries representation. It is both very prestigious and powerful to be voted in as President of the United States. The President has the ability to keep the United States from war, or send us to war. The President is in charge of the military, deciding where troops should be stationed and how weapons should be used. That is great power, and without the backing of the American people the President and his cabinet wouldn’t be as powerful as they are. The American people need to know that the President has their best interest in mind. In conclusion, regardless of who the President is, the need for leadership is of great importance. By having both the Director and Navigator style leadership, the role of the President can be effective. The expertise, the desire to have a powerful role but also having the willingness to view other opinions for decision making is essential to making a great leader. The role the President has to be one that is inspiring to the American people but also the American people need to trust their leader, without trust there would be weakness.

Steel Making Methods

Steel Making Methods | Advantages| Disadvantages| Basic Oxygen Furnaces| * Very high production rates and low residual element * Does not burn fuel| * Good efficiency requires large amount of pig iron to continue production. * Requires costly filtering process due to high levels of pollutants produced. * High refurbishing costs. * High dependence on blast furnace/coking. | Electric Arc Furnaces| * Minimal emissions/pollution. * Filtering of scrap not necessary. * Easy temperature control. * Precise alloying. * Economical to use scrap metal. * Contamination free. * Simultaneous deep deoxidising and desulfurization actions. * Excessive electricity required. * Requires a steady supply of scrap metal * High transportation cost * Enclosures to reduce high sound levels * Dust collector  for furnace off-gas * Slag production * Cooling water demand * Heavy truck traffic for scrap, materials handling, and product| The first step in the process, is to make the steel itself. The most common m ethod of steel making, constituting for over 60% of worldwide production uses a Basic Oxygen Furnace (BOF). This process includes taking over 75% pig iron and reducing it to a low-carbon steel in an abundance of oxygen.The second type utilises Electric Arc Furnaces (EAFs). This involves melting up to 100% recycled scrap and reforming it using the heat produced from electrical arcs between highly charged electrodes. Figure 2 (right & below): EAF Process Figure 2 (right & below): EAF Process Figure 1 (left): BOF Process Figure 1 (left): BOF Process From the table above it is clear to see that without an established, effective transport system that allows for large amounts of scrap metal to be processed, the Basic Oxygen Method has fewer disadvantages.However, as TATA Steel already has an efficient system in place, the most feasible method would be using Electric Arc Furnaces. Despite initial costs, using EAFs save on energy and raw materials, making it more environmental and cost frie ndly in the long run. ‘Whilst a typical integrated (ie. BOF-route) steel mill today costs about $1100 per tonne of installed capacity, a medium-size EAF-route mini-mill today costs under $300 per tonne in terms of the initial capital outlay. ‘1 Casting Methods The next stage in the process is to shape the steel and this is done by casting.Casting involves allowing molten metal to be poured into a mould to it can cool and solidify into a desired shape. The two most common methods of casting are Ingot Casting and Continuous Casting. The first of which is a traditional method that has largely been discontinued in mass production since the 1950s. It involves moulding the steel into bars (or ingots) before being reshaped and treated. Continuous casting however misses out the ingot stage and skips straight to having the metal in the form of slabs, billets or blooms for subsequent rolling in the finishing mills.Figure 4 (left): Continuous Casting Process Figure 4 (left): Contin uous Casting Process Figure 3 (left): Ingot Casting Process Figure 3 (left): Ingot Casting Process Because Continuous Casting is basically an â€Å"evolved† version of Ingot Casting, there are now little or no advantages of Ingot Casting. Continuous Casting is more advantageous because: * Reduced overall costs * Improved quality  of steel due to less variability in chemical composition both along the thickness and along the length and surface has fewer defects. * Increased yield, since it is not necessary to crop the ends of continuously cast slabs. Reduced energy costs  because the slabs are sent directly to hot rolling and do not require pits for reheating. Also, the thicknesses of continuously cast slabs are half the thickness of ingot castings and thus require lower energy for hot rolling. * Less pollution/emissions. * More amenability over the dimensions. Because of all this, the clearly logical method to use for mass production is Continuous Casting because for some thing as mass produced as Automotive Gears, the initial investment spent on start up costs would be quickly made up.Case Hardening Methods Case hardening crucial for steel components that are subjected to severe or continuous impacts, high temperatures and high pressures. It is a heat treatment process that produces the required attributes of a hard, wear and fatigue resistant surface layer whilst maintaining a tough, durable core that allows for high stress situations. These properties are achieved by altering the chemical, metallurgical and physical properties of the components exterior without affecting its more ductile interior.For gears, case hardening is required to prevent pitting and deformation of the gears teeth under cyclic stresses. This method is preferred to through hardening, which is the uniform hardening of the entire component, as hardened metal is relatively less ductile and although strong, would not offer the same degree of toughness desired at its core. There a re several different case hardening techniques used in the manufacturing industry. The different methods determine which physical properties, (such as surface hardness, strength, ductility, case depth and wear resistance) the component gets.This can be done by altering temperatures, heat source, time period, and quench media. Carburising This is a diffusion-based process used on low-carbon or mild steels where a component is subjected to thermochemical phases. The component is packed in a carbon-rich environment at high temperatures, commonly between 870oC and 1010oC, for over a period of time until the carbon composition of the surface layer has chemically increased. At this stage the iron phase changes from ferrite to austenite, a state that is able to dissolve more carbon.The component is then quenched in water or a oil based solution, which is a rapid cooling process that produces a hard surface layer, where volume expansion on the surface is greater than the core thereby compre ssing the surface, locking the carbon atoms, transforming the iron phase to a martensitic state which ultimately improves its overall tensile and yield strength. This method requires the entire component to be heated and quenched, therefore protecting the component with a protective layer to case harden specific sections is necessary.There are two types of carburizing methods used in the manufacturing industries, namely atmosphere carburizing and vacuum carburising, the former being the more commonly used as it has the ability to produce high volume output and has lower capital equipment costs, while vacuum carburising offers a more uniform case depth which in turn reduces distortion as well as the ability to reach higher temperatures therefore reducing processing times. Induction Heating This is a process of passing an alternating current through a coil around the component to generate a magnetic field, where eddy currents are induced.This along with the resistivity of steel compon ents generates heat, austenitising the surface of the component. The depth to which case hardening occurs is determined by the frequency of the current, such that lower frequencies creates a deeper hardened material. This method allows for localised case hardening of the gear tooth with its core material still unaltered. The gear surface is then similarly quenched in water or an oil based solution, transforming it to a martensite.Single-shot hardening is where the entire component is heated in one procedure whilst progressive hardening involves the heating and quenching processes progressively. Induction heating is a relatively fast process that offers accurate heating at precise sections, minimising distortion as well as causes minimal changes to the geometry of the gear, as well as faster cooling rates that creates harder surface layers. Figure 5 (left): Carburising Process Figure 5 (left): Carburising Process Figure 6 (right): Induction Heating Process Figure 6 (right): Induction Heating Process The Strength of Automotive GearsThe simplest method of calculating the strength necessary of any gear is to consider the maximum load on the tip of a single gear tooth. The Lewis Equation can be used to calculate a relatively accurate minimum UTS needed from the steel tooth with non-complex dimensions. In the automotive industry, varieties of different steels are made specifically for different components in different vehicles. The steel grades used on conventional cars can generally withstand a minimum of 750MPa whereas motorsport and military vehicles are made with much more superior grades, some able to withstand up to 2050MPa.Hardenability Results Using SEP1664 The SEP1664 model can be used to find the hardness at a series of depths, following case hardening, for 11 different steel types. The Rockwell hardness (HRC) at a given depth is found using the following equation: HRC=a0+a1mC+a2mSi+a3mMn+a4mP+a5mS+a6mCr+a7mMo+a8mNi+a9mAl+a10mCu+a11mN+a12mB+a13mTi+a14mV a0 -14 are coefficients available in the SEP1664 tables and mX is the mass proportion of additive X. A spreadsheet was created which used a VBA macro to find steel compositions that met the hardenability criteria by trial and error.Several percentage masses for each additive within the range specified by the SEP1664 tables were tested. Solutions were sorted in order of increasing raw material cost. This macro was run for each of the 11 steel types. Three steel types were found to be too hard. Of the remaining eight, there was sufficient data to evaluate hardness at all the required depths for four. For the other four it was possible to infer from the hardness trend that steel could be produced which was suitable for all depth levels.The cheapest result was for the steel type specified as being approximately 1% chromium by mass (tables 1a and 1b from the SEP1664 model) at $161. 67 per tonne. For this alloy the hardness at 11mm depth was borderline acceptable. The additives making the gr eatness contribution to hardness were determined so they could be varied to give a greater margin for error. The importance of each additive at each depth could be found from the equation by multiplying the coefficient by the additive amount (i. e. evaluating the relevant anmX term) and calculating its percentage contribution to the total hardness.The three most important additives for each depth level and the relative importance of the different additives at 11mm depth are shown in Table 1 and Table 2 respectively. Table 2: The Three Most Important Additives In Terms Of Contribution To HRC For Each Depth Importance| 1. 5| 3| 5| 7| 9| 11| 13| 15| 20| 25| 30| #1| C| C| C| Cr| Cr| Cr| Cr| Cr| Cr| Cr| Cr| #2| Mn| Cr| Cr| C| C| C| C| C| C| C| C| #3| N| Mn| N| Mn| Mn| Mn| Mn| Mn| Mn| Mn| Mn| Table 3: Relative Additive Contributions To HRC At 11mm Depth C| Si| Mn| P| S| Cr| Mo| Ni| Al| Cu| N| 40. 1%| 0. 7%| 13. 9%| 0. 0%| 0. %| 40. 6%| 0. 0%| 0. 1%| 4. 3%| 0. 2%| 0. 0%| Adjusting the appr opriate additives gave a greater margin for error for a small increase in cost ($2. 32 per tonne, total cost $163. 99 per tonne). The composition of this steel is shown in Table 3. A plot of HRC against depth is shown in Figure 1 along with the hardenability criteria, it can be seen that the hardness, which tends to decrease with depth following case hardening, is very unlikely to exceed the stipulated maximum hardness at the depths for which data is unavailable, no minimum hardness is stipulated for these depths.A Jominy test is recommended on a sample of this steel, once it has been manufactured, to ensure that the hardenability criteria are met. The amount of carbon, chromium and manganese must be controlled to within 3% of the given values, tight control is not necessary for other additives. Table 4: Chosen Steel Composition Additive| C| Si| Mn| P| S| Cr| Mo| Ni| Al| Cu| N| Amount| 0. 248%| 0. 02%| 0. 63%| 0. 004%| 0. 038%| 0. 947%| 0. 005%| 0. 010%| 0. 051%| 0. 017%| 0. 0148%| Figure 7: Hardenability Curve For Chosen Steel (Blue) And Cheapest Steel (Red), The Criteria Are Shown In Black

An Analysis Of White Butterfly Essays - Ezekiel Easy Rawlins

An Analysis Of White Butterfly Essays - Ezekiel Easy Rawlins An Analysis of White Butterfly In all of his books, Walter Mosley captures the environment and personalities of African Americans throughout post WWII history. His first book A Devil in a Blue Dress was met with instant acclaim. In this book he introduced one of the most unique sleuths that the literary world had seen. This 20th century Sherlock's name is Easy Rawlins. In each Easy Rawlins mystery, Mosley brings out a certain aspect of his protagonist's life and uses it as a subplot. In his third mystery, White Butterfly, Mosley looks at the relationship between Easy and his wife, Regina. The story starts off with Easy enjoying a quiet Saturday afternoon with his family. He has two children, Jesus and Edna. Jesus is a young Mexican boy who Rawlins took in and kept as his own. The young boy had been abused when he was young. In fact, he had been sold to a sick man as a sex object. As a result, Jesus was psychologically scarred. He does not speak a word to anyone, especially men. As Easy is resting on his porch, two plain clothes detectives pull up onto the Watts street in front of Rawlins' house. As they approach him, Easy knows that there is something big going on that he doesn't want to get into. The detectives, Quinten Naylor and Roland Hobbes, convince Easy to take a ride with them. The take him to a murder scene where a black prostitute has been brutally murdered. Since Easy is know for his work around the black community as a private detective, they ask for his help. Easy respectfully declines, even after Naylor tells him that two other girls h! ave been murdered by the same man. Easy is greatly shaken by these murders, so he heads to a local bar to drown his sorrows in alcohol. He heads home to his waiting wife, who notices that he is inebriated. He then proceeds to rape his wife; all the while thinking that she is willing. This is highly important because it is the beginning of the subplot involving Easy and his wife. In the morning, Easy wakes up to a quiet house. His wife is preparing breakfast and does not notice him. Easy walks up to her, not knowing what happened the previous night and tries to talk to her. When Regina informs Easy that he raped her, Easy replies, "Man cain't rape his own wife". This is the beginning of the end for this relationship. Later on that day, after everyone has left the house, Easy is again visited by Naylor and Hobbes. This time, though, they bring friends. Along with the tow detectives is the LA police chief and one of the mayor's aides. Apparently the same murderer who killed the three black women has! now killed a white woman. Here we see the blatant racism of the era. No one cared as long as black women were being killed, but now that a white woman has been killed, the city is in an uproar. Easy, being the man that he is, lets the policemen know just that. He refuses to help the police find the killer again. This time, though, the chief of police threatens to arrest Easy's best friend Mouse. Easy has no choice but to help. He goes out that night to various brothels and finds out a promising lead to the murderer. He relays that information to the police and returns home for the night. Regina is waiting for Easy once again, and asks him why he doesn't talk to her about his past. Easy has led quite a checkered life, doing favors for people here and there. He is also quite rich, but he doesn't let anyone know this. Easy, being the communicative man that he is, doesn't tell his wife a thing. Yet another wedge is being driven into the gap forming between Easy and Re! gina. That night Easy receives a call from Mouse's lady friend. Mouse has been arrested. Easy rushes down to the police station and bails Mouse out. While doing this he runs into Quinten Naylor who lets Easy know that information is not enough. He must track down

Obediance to authority essays

Obediance to authority essays Obedience to authority is necessary for any society to function. The point, at which obedience to authority becomes dangerous, is when it harms other citizens. One should obey authority, when it is empowered by the society, through rules enacted by society. Following this policy, society can prevent chaos. Obedience to prevent chaos is part of our everyday routine. For example, obedience when driving is necessary. When officers give orders in traffic situations, obedience is critical for traffic to flow, thus citizens to get around towns, to work and pay taxes. If people overran 1 or 2 officers, there is no way to stop herds of people making a run for it. An example, showing the need for obedience is rioting. How could you go to work and pay taxes in this state of Chaos? Since people do not generally riot, societal order is maintained. If society rioted and our armed guard could not stop the chaos, society would cease to function. Obedience is also enforced due to overwhelming majorities. Luckily, the greater percentage of people in a society would condone stealing, murdering, etc. For example, what if people were to act on whims, such as lack of money or passion? They would suffer consequences, because the majority of society backs up the laws they enacted, with the support of their police forces. Thus, individuals use better judgment and those who do not, suffer the consequences. Zombardos prison experiments demonstrate this, the prisoners follow the guards, because they have control and the backing of more forces or so they think. Any successful society follows these orders of obedience. A citizen must feel safe when venturing to work, paying taxes, or feeling safe to going out and spend his or her income on goods and services, thus running a successful economy. Obedience to authority can have devastating effects when used improperly with humans. When a human of power abuses his or her power ...

Band Leadership Essay

Being a part of this band has in itself been a memorable experiance, an experiance i would not trade for the world. However this past year I lost hope in band and was actually really close to quitting band all together. I had forgotten why i was a part of marching band with the stress of my school work and frustration over my tiredness in cross country. But when we played at our lakeshore competition i felt something that i had never before felt in the band. I had walked of the feild with what felt like a runners high, only difference is that I had just marched in arguably the most epic performance i have ever been a part of. I have to thank that feeling i got at the end of the show for the reason i am applying for leadership, and that is something i do not think i could ever forget. When looking beyond the extra little something to set me apart on my colledge applications the only gains i can see from me being in leadership is personal. I know that i will benefit from this because it will help me refine my personality. Being in a leadership position of Captain in track and Craoss country has help make me more aware of how i can help others. I have also learned from my job about how to be more of a people person. Being a drill instructer will allow me to fine tune these developing qualitys to help improve me as a person for when i leave highschool and eneter the real world. This position of drill instructor will also allow me to gain the experiance as a leader. I know i have what it takes to be a great leader and i would like to improve thiswith the experiance being a drill instructor will allow me to do. To be honest i have applied for this position three times now and there is not much more i can say beyond this; I know i have what it takes to be one of the best options for the trumpet leadership. But I will take the time to highlight my three best traits i have to offer the leadership. First off i work hard, I tend to push myself to my limits and i benefit from it, I have shown this in my running as well as a majority of my schoolwork. This work effick i have will make me a good person for the rookies to look up to and learn from. The second trait that sets me apart is that i have become open-minded to other options. Yes, i am still a little stubborn but during this past year i have been able to listen to other options and even consider them to improve my ideas or even allow my ideas to be incoroerated. The last trait that will set me apart from the other applicants in my section is that i have the experiance they lack. I have been a captain in cross country and track since my sophmore year, I love my section most days but lets be real some days we can be difficult people to reason with, and this is where my experiance will help. My proir leadership experiance has allowed me to learn how to lead effectivally as well as recognize ineffective ways. I also view myself as being a fairly good marcher, and a marcher who is eager to pass my experiance to the next generation of marchers before i graduate. I hope that based on what i have told you about myself you can see that i do belong on your leadership group Even with such a short season, the marching band is able to accomplish alot. As a band we are able to make the crowds at parades go crazy for us, we can very effectivly liven up a football stadium, and we have even managed to make other bands tremble when we arrive at compitions. But one of the most important things that this band has to offer is to its member directly. The most influential side effects the band has is to develope three important things in its mebers that will impact us all. Those three things are pride, work effick, and a love for what you enjoy. It is those three things that can only be developed in sports and marching band. And with a band that presses 150 nearly every year, that is alot of individuals that will be able to be successfull after there highschool lives are over. The most important thing the band does is to develope the younger members of the community, this benefits both the individuals and all the people they will influence in there lives. Personally i have had no big issue with the drill instructors, except the few that let there significant others boss the entire underclassmen group around just because they were dating a drill instructor. But overall from the observer standpoint i have not has any standout moments of spetaculiar leadership nor complete distastor within my section, However if on leadership or not i do have ine suggestion: better communication acrose sections and less yo fix your section and i worry about mine. I have noticed that this has created disagreements over who marked off the spot correctly or not.