Study Objective Essay Example for Free

Study Objective Essay Been working for more than two years at the Bank, I have come to understand that people really need a good consultation when deciding on what to do next in their lives especially when choosing a career. Some people have for so long worked on the things they have not learned at schools but still perform well because they love the jobs while some, even got degrees in that fields, still find it difficult to focus on the job just because they do not have passion in it. I believe this could not have been worse, if these colleagues have initially been advised by profession counselor back when they were at schools to carefully look for their potentials and work their ways to success. My five week-trip for an exchange program to the States enabled me to discover more about the education system there and how students can access to wide varieties of information available to find the potentials within themselves and what schools or education institutions they should go to. There are school counselors and teachers who are willing to spare times discuss with students on what their study plans and the problems that might distract them from performing well. Given that I also hold a bachelor degree in Education, this has inspired me to devote my time pursue my Master degree in school counseling to come back and serve my country the same way those people in the States are doing. My study will focus mainly on the techniques of counseling with students at their young age related to their major selection and career planning. This year is the third time I assist the Fulbright and Undergraduate State Alumni Association of Cambodia to organize Major Career fair to provide clearer definitions of various university’s majors to high school students and the jobs they should expect to get in those fields. What I have observed from this fair is that those students are very interested and pay so much attention to what each speaker has to say about his/her experiences. I believe this is the rare occasion where they can listen to full descriptions of what they are going to study in the next 1 or 2 years ahead. My study, in the same way, will make me a qualified counselor to actually look into their inner self, find their real passions and provide them with the information they will need to get ready for their chosen futures. In addition, I will look into the emotional growth and relationship of the students with their family members especially parents. They both play an important role in the performance of their children in schools. In most Asian families especially Cambodian, family members tend not to show their loves and supports toward each other openly and as a result making the gap between them wider. Some parents are too busy with their business that they forget to look at how their children are doing at schools with friends while some trying too much to put pressure on their children to study what they do not really like. I am particularly interested in finding ways to engage family members in student’s activities in attempt that the students will not be involved in inappropriate actions with their peers. Hopefully, I can use what I have learned to introduce this concept to the school and family in so there would be less conflict internally that might affect the studies of the kids I want this study to provide me with sufficient qualifications to turn those kids who have already lose themselves in just the materialism society and who are no longer believe that education works to have faith in themselves, get up and start the journey with their classmates to realize their dreams and keep fighting. Apart from doing this as my job, I also plan to utilize these skills to the students in provinces where I volunteer myself to be guest speakers there. I am positive that the knowledge and skills, commitment and passion of mine supported by Fulbright are going to make this developing country full of rich human resources to continue to stay strong for years to come.

Drill Press Redesign Project Design for Manufacture

Drill Press Redesign Project Design for Manufacture Drill press is the most vastly used mechanical machine around the world. Its usage is not limited to industries only, it is found and used even at homes in the form of portable or cordless drills. It is primarily used for cutting holes in specimen. Other functions that it can be used for include tapping, counter sinking, reaming, etc. There are three main types of drill press based on their versatility, size of workpiece it can handle and range. 1.1 Upright drill press First and the most commonly used type of drill press is Upright drill press. It consists of following main parts: (Groover, 2010) Base: It is the part that is in contact with the ground, it is made heavy to keep the drill bit from moving during operation. It can be bolted to the ground to keep the drill press fixed. Column: It is the part that acts as a backbone and provides support to the drill press. Drill press main sliding unit is attached to column as well and moves on the column. Work bench: it is a table attached to the column, it is used to hold the workpiece in place during operation. It consists of rails, through which bolts can slide and the fix the work piece on table at any location. Drill head: it is the top most part of drill press that contains the power spindle. 1.2 Radial drill Second type of frill press used in industries is the radial drill press. This type of drill press has larger range of cutting holes therefore it is used for large parts. Like upright drill press it also consists of Base, Column, Work bench and Drill head. In addition, it consists of one additional component that is explained below. (Groover, 2010) Radial arm: it is the component responsible for higher drilling range of radial drill. It can slide vertically on the column and also it can be rotated about the column and set at any angle. Drill head is fixed on the drill arm so it can slide across the radial arm and can be set at any distance from the column. 1.3 Gang drill Third and last type of drill press found in industry is gang drill. In this type of drill press, several upright drill press are arranged in a line that work independently but share the same working table. Therefore, this type of drill is used for cutting holes in sequence on same work piece or to perform sequence of operations like drilling, reaming, counter sinking, tapping, etc.ÂÂ   (Groover, 2010) This report will discuss the design for manufacture for the drill press main sliding unit. Material type has already been selected as polymeric material to reduce cost. For testing and feedback purpose, it is decide that initially only 20 units will be manufactured. After the positive feedback, this part will be manufactured commercially with production rate of 350 units per week. Task 1 (a) For a product to be successful, it should satisfy some set of requirements that the market / people demands and also the demands of industry. Functional requirements can be categorized into requirements of market, requirements during operation, manufacturing requirements and compliance requirements. (Rajput, 2008) 2.1 Requirements of market This product is intended for cottage industries as well for large production industries therefore its price should be in the range of 10 to 15 pounds per piece. Other demands of market include it should be easy to transport, high strength, safe to use, maintenance cost should be minimum and its life should be high. Finally, the product should attract people with its good aesthetics. 2.2 Operation requirements Most important requirement is that it should have enough strength to bear all the forces that will act on it during operation. The operation cost of the product that include the maintenance cost should be low. For the safety of the user, sliding motion of drill sliding unit on column should be smooth with less friction offered. High working temperatures are faced in drilling operation, therefore the melting temperature of the part should be high and it should be able to maintain its mechanical properties at high temperature as well. It should be used for variable chuck sizes.ÂÂ   (Rajput, 2008) 2.3 Manufacturing requirements Product should be light weight so that less material is required is required to manufacture it which will reduce its cost. Material requirements is polymeric material. Mass of the part should be just under 1.5 kg. Production time of the part should be such that production part of 350 part per week is achieved. Manufacturing technique for this part is injection molding therefore all the edges of the part should be properly filleted and sides should be drafted. Assembly and disassembly of the part should be quick and easy, fasteners would be used to mount the part on column for easy assembly and replacement of the part when required. (Rajput, 2008) 2.4 Compliance requirements Manufactured part should comply with the standards of The Society of the Plastics Industry so that there is uniformity among the manufactured parts and the replacement of part is easy. For this part standard SPI-B1 or SPI-C1 can be used. (Rajput, 2008) Task 1 (b) 3. Features, Manufacturing Process and Material Selection for DPMSU prototype The material available for manufacturing was polymer which became a basis for us to decide which process was to be followed. Keeping the economics, circumstances and suitability into consideration; injection molding was the most preferable process to manufacture the prototype of the drill press sliding unit. 3.1 Injection Molding Manufacturing Process In correspondence to our decision, Injection Molding is usually the most preferable and suitable process which is used for the manufacturing of materials made up of polymers. This process is highly flexible and diverse, and the products vary greatly in size and shape. Various shapes can be formed as a result of injection molding in a very short amount of time and with a very fine surface finish. (Groover, 2010) Figure 3: Parts of Injection Molding unit The process is very simple and easy to understand. Initially the raw material (plastic in our case) is inserted into the machine through the hooper placed on the top of the unit containing the reciprocating screw. To transport the plastic from the hooper to the mold core, a rotating screw is used which pushes these pieces towards the mold and applies pressure on them. The heaters on the wall around the screw melt down these pieces and eventually the molten plastic forms a highly viscous paste. This molten plastic is accumulated in the mold and the shape of the mold eventually ends up in the shape of the product. The plunging process of the machine makes sure that the mold is completely filled with the molten plastic and there are no further defects or any voids. This is all done due to the high pressure, the plunger exerts on the plastic. In the mold, the temperature drops and the molten plastic solidifies. The clamping unit is then separated with the help of clamping motor drive and chain. The part is then taken out very carefully because if too much force is applied, it might break or deform which might weaken its internal microstructure. This all depends on the way the part is designed and whether the stresses that occur during the removal process, are taken into consideration. Injection molding is an advantageous process in several ways which led us to choose this over any other. Injection Molding can produce parts of several shapes and sizes and in a very short amount of time. The products resulting from this process have very fine surfaces finishes. The labor cost is reduced greatly through this process and it leads it to be very economical. The wastage from Injection Molding is negligible and the remaining plastic can be re melted and used. (Groover, 2010) 3.2 Material When designing a drill press sliding unit, the most important parameter to consider was temperature. During drilling operations, the temperature might rise up very rapidly so a material with a very favorable temperature stability was required. The variation of material properties with change in temperature should be as low as possible. The second parameter to decide the material was the response of the material to forces and stresses applied during the molding process. Stresses not only played a role in deciding the material but also played a major role in the designing phase. These factors collectively contributed in deciding which material was to be used. Every material had some shortcomings and strengths and neither of the materials behaved appropriately in every condition but it was up to us to decide the point till which we could compromise on the temperature response without compromising on the stress profile. This influenced us to go for poly ether imide which is commonly refe rred to as PEI. This material remains very stable thermally up to temperatures like 200 o C (Frese et al., 2007). Not only that but it offers a very high resistance to wear a high speeds and pressures. DPMSU is a process which involves high pressures to drill the holes during operation and therefore, it needs continuous sliding. PEI becomes very suitable for such conditions. It is also highly resistant to thermal cracking and is denser than the other polymers. Apart from all these qualities, PEI is also very resistant to any sort of reaction influenced by chemicals (acids, alkalis, fuels and alcohols etc). Most importantly, it offers a very high tensile strength of 16000 psi throughout a very vast range of temperatures from -270 oC to 300 oC. PEI has very good mechanical properties at very high temperatures and very likely for our project. The only issue was that due to such an impressive range of advantages, PEI is relatively more costly than the other polymers. Despite that, our t otal cost is still very low if compared to the material cost of metals. (Frese et al., 2007) PEI offers a very wide range of applications in industry due to a lot of factors. It is very robust and has high strength which makes it very promising for usage. Some of its most common applications are as followed: It is used in the electronics industry specially for making integrated circuits. The reason for this is its high thermal stability and effective usage at a diverse range of temperatures. (Kuznetsov, 2000) It is used in aerospace industry due to the high strength it offers. (Kuznetsov, 2000) It is used in automotive industry due to its incredible surface finishing. (Kuznetsov, 2000) Task 1 (c, e) 4. Design Considerations We do know that the most suitable process for mass production of polymer is Injection molding. Keeping that in mind, we now have to consider the parameters and steps to be followed in order to cut down the production cost and production time as much as possible. 4.1 Avoid Sharp Edges Sharp corners are the biggest source of stress concentrations and high stress concentrations lead to point failures and crack initiations even under normal loading circumstances. The primary approach while designing this work piece would be to avoid as many sharp edges and practically avoidable and replace these edges with fillets and round corners. This will distribute the stress on the surface and will increase the part life under fatigue or creep loading. Work pieces with sharp corner becomes very vulnerable to surrounding and operating conditions and will behave in a very un-predictable manner under loading conditions. (Tang, 2008) 4.2 Avoid Sinking and other post-process deformations Due to difference in the exposure temperatures, all layers within the material cool down at different rates with respect to each other. This leads to the outer surfaces solidifying faster than the inner layers. This causes stress in the inward direction and the shape of the piece starts to change. The outer layers start sinking into the workpiece and this phenomenon becomes more dominant when there are multiple geometries of different thicknesses. To avoid such a situation, the thickness of the work piece should be kept as low as achievable according to the design. Sinking leads to discontinuities in the piece geometry and also induces unfavorable internal stresses. (Tang, 2008) 4.3 Material Optimization During manufacturing, attention should be given to save as much material as possible without compromising the integrity of the work piece. The designing should be done in such a way that the weight of the work piece is minimum possible with optimum required strength. This will not only lead to more weight but will increase the cost unnecessarily. Care has to be taken when extra material is made after the molding process. (Zhang, 2007) 4.4 Drafts For easy removal of the work piece from the mold, it is essential to leave some clearance so that the mold doesnt stick to the work piece. If it sticks, it might become difficult to remove the work piece and it might end up deforming the work piece. In such cases, it is preferable to keep the draft angle from 1 degree to 5 degree. This angle will give ample clearance to the work piece and will avoid any unfavorable situation. This parameter is essential for the smooth running of this process. (Zhang, 2007) 4.5 Material response to the mold It is very information that the material responds to the process appropriately. The material properties play the main role in defining the processes to be followed or the steps to be taken. The material should be decided very carefully keeping into consideration, all the problems and complications it might face in the process. The molten form of the material should be such that it accommodates itself perfectly within the mold and cover all the fine details within. The material should not sink after solidification and neither should it warp. (Wu, 2006) 4.6 Minimum work to be done of the work piece after molding The manufacturing should preferably be done by an experienced person. This will result in a much better and refined product and minimum refinement work will have to be done after the manufacturing. The mold plays an equally important role in the look of the product. A mold with a smooth inner surface will produce a very smooth outer surface of the work piece and hence very little work will have to be done to give the work piece a final touch before being used. (Wu, 2006) 5. Concerns and recommendations There are few concerns which have to be taken into consideration during our design and manufacturing process of DPMSU. These are as followed: If we are to run a machine, it is to be made sure that all the written information on the manual is communicated to the user as a lot of safety hazards are particularly mentioned on the user manuals. These manuals also contain procedures to be followed and precautions to be made so reading these documents is recommended before the usage of the machine, for safe and smooth operation. It is very crucial that the product is safely removed from the mold after solidification and nothing is damaged during its removal process. It is therefore essential that necessary clearances may be left in the mold and draft angles are taken into consideration while designing the mold. These angles greatly assist in the removal of the work piece after it has solidified. During the design process, it is to be taken into consideration that the stress is evenly distributed through the work piece and nowhere in the specimen should the stress be high enough to initiate a crack or cause any structural failure. Sharp edges and corners are the biggest source of high stress concentrations and must be replaced with the contoured surfaces in order to avoid stress concentration areas which may lead to mechanical failure of drill press main sliding unit during drilling operation. The mold plays a major part in defining how much time a particular process will take, how much of a share would labor cost have in the total cost and how good of a surface finish would be obtained. If these parameters are well understood and well implemented, work piece removal becomes very time and cost efficient. The machine should be completely utilized and hence the ejector pins should be taken into full use while removing the work piece. For minimum wastage, it is important that material with the most suitable condition and position is used throughout the operation. The machine should be used by an experienced person, who will make sure that minimum material is wastage after the process. As PEI is relatively more costly than other polymers, this consideration becomes important. It is necessary that the work piece is consistent and regular in dimensions. It is also to be considered that minimum post-process work is done and the manufactured specimen is gone through minimum finishing processes. To achieve this, the mold should be very smooth and the machine operator should be very experienced. Task 1 (d) Previously, injection molding is suggested for the prototyping of the component. Injection molding is also suitable for batch production of drill press main sliding unit but following things must be taken into consideration: If injection speed is high with less solidification time, it may lead to the deformation of material with time. To prevent this issue, speed of injection molding and time for solidification must be optimized in batch production. Drill press main sliding units is used to hold the drill bit and holder. Due to machining operation, temperature of the assembly may rise. Moreover, unexpected stresses on the component may occur. So, manufacturing method must yield polymeric component with optimized thermal conditions to avoid any catastrophic failure later on. (Rajput, 2008) Variations in dimensions is a common issue in polymeric components. To avoid this, synthetic hardening resins could be used while doing injection molding. These resins may enhance surface hardness of the component. (Tang, 2008) Porosity and air bubbles left in the component during manufacturing may lead to brittle failure later on. To avoid this, porosity must be prevented to occur. (Tang, 2008) References Groover, M. (2010). Fundamentals of modern manufacturing. 4th ed. New York: JOHN WILEY SONS, INC. Rajput, R. (2008). A textbook of manufacturing technology. 1st ed. New Delhi: Laxmi. Tang.Z.Y. (2008). :Plastic Mould Designer Guide[M],edited by Mechanical Industry Publishing House,Beijing. Wu.Z.Z,Wang.Q,Pang.Y.X,Zhang.H.A:Plastic Mold Design Guide,edited by National Defense Industry Press,Beijing(2006). Zhang W.H:Injection Mold Design of Practical Tutorial[M],edited by Chemical Industry Press,Beijing(2007 T. Frese et al., Electret Properties of Polyetherimides: Influence of Water Content and Comparison with Other High-Temperature Polymer Films, Macromol. Mater. Eng., vol. 292, pp. 582-587, February 2007. Kuznetsov, One-pot polyimide synthesis in carboxylic acid medium, High Perform. Polym., vol. 12, pp. 445-460, June 2000.

The Pre-Raphaelites Essay -- Europe European History Essays

Pre-Raphaelites, a group made up of 19th-century English painters, poets, and critics who's work responded towards the practice of Victorian and neoclassical subject mater by developing bright imitations of religious work. More specifically, "and of the most beautiful are the paintings of the Pre-Raphaelite Brotherhood and their followers, bright and clear colours, fair women and themes from myths and legends."(Darkamber 1). The groups source of inspiration came from early Renaissance painters and medieval times. This was up until the time of the famous, well known, Raphael. Raphael was an Italian painter who imitated his teachers work so carefully that it was very difficult to decipher the two. His work also entailed architecture as did the Pre-Raphaelites. Another group that influenced the Pre-Raphaelites was the Nazarenes. They were young German artists who attempted to incorporate ideas from medieval Christian religion. "The Nazarene's principles were accuracy, a new look at the medieval past and intensity of feeling, both human literary and religious"(Darkamber 1). They formed a brotherhood in Rome which resembled and helped lead to part of the foundation that the Pre-Raphaelite Brotherhood was built on. The PRB was started by Dante Gabriel Rossetti in 1848. William Michael Rossetti, John Everett Millais, William Holman Hunt, Frederick George Stephens, James Collinson, and Thomas Woolner were also part of the brotherhood. The group was composed of painters, sculpters, critics and poets. During their time the PRB started to copy significant styles of painting. Art sometimes is looked at being difficult to understand. The Royal Academy, which was founded in 1768, was the identity of British art which used dark melanc... ...e PRB, was still acclaimed for his work as a portrait artist in the years to follow and was made president of the Royal Academy in 1896, the last year of his life (McMullins, "PRB", 8). The Pre-Raphaelites took two forms of art, verbal and visual, used the two together and expressed the beauty in their art more efficiently. The PRB rebelled against the standards set by the contemporaries of the time period. They faced criticism from the Royal Academy, the Public eye, and influential men like Charles Dickens. On the other hand well known art critic John Ruskin defended the PRB’s positive ideas. As for the people of the time, they are today looked back upon as being stuck up and snobbish. Still today the ideas of the Pre-Raphaelites live on. "Thus the Pre-Raphaelites have left few lasting traces on modern thought, literature, art or social organization"(Gaunt 287).

Pledge of Allegiance: A Perfect Symbol of Hypocrisy Essay -- American

Every morning over 75 million students around the nation recite the Pledge of Allegiance verbatim (Digest of Education Statistics). If one walks up to one of these students and asks them about the meaning and the origin of this pledge, what would they say? Nothing. However, even though more than a million students recite these words every day, not more than half probably know the true meaning behind these words. One cannot deny the fact that most of these children just want to get this pledge â€Å"over with† to continue talking to their peers. The Pledge of Allegiance has gone through several changes since Francis Bellamy, a Baptist minister, wrote it in 1892. The pledge acts as a source of patriotism, national pride and controversy. The statement, â€Å"under God† has caused much controversy and has created a distinct line between the supporters and non supporters of the pledge. America, which famously provides one with true equality, ironically has a pledge that goes against its doctrine and foundations. The changes that occur throughout the years to the pledge that results in its undeniable controversy and losing value. The adjustments lead to the pledge’s undeniable ambiguity and the nation should revert to its previous 1924 pledge. Every day, while facing the flag, American students exhibit their loyalty to the country by reciting the Pledge of Allegiance. Written in 1892, during the 400th celebration of Columbus Day, the pledge used in â€Å"ceremonies that would culminate in raising of the flag† (Pledge of Allegiance). The creation of the pledge resulted from one sole event, the Civil War. Before the American Civil War of 1861, the American flag used to be a rare sight for many people. The Civil War resulted in the rise of patriotism an... ...ual. Baer, John. The Pledge of Allegiance, A Centennial History, 1892 - 1992, Annapolis, Md. Free State Press, Inc., 1992. "The Pledge of Allegiance." The Pledge of Allegiance. Aug. 17 2006: n.p. SIRS Government Reporter. Web. 02 Apr 2012. Demar, Gary. "The Pledge of Allegiance Goes to Trial." American Vision. N.p., 04/10/2005. Web. 27 March 2012. Nunberg, Geoffrey. "I Pledge Allegiance To Linguistic Obfuscation." npr.org. npr, 30/03/2010. Web. 1 Apr 2012. United States. U.S. Department of Veteran Affairs. Pledge of Allegiance. VA: , Web. Kline, Austin, â€Å"Defending ‘under God’ in the Pledge of Allegiance,† posted on the â€Å"About† website, March 30th, 2004, Drey, Riley. "Misguided Patriotism and the Pledge of Allegiance." LDS Liberty. Riley Drey, 24/11/2010. Web. 24 March 2012. Nunberg, Geoffrey. E-mail Interview. 3/4/2012.

Should Teacher Pay Be Based On Student Test Scores? Essay example -- m

For years, educators and government officials have argued what the most effective system of payment is for teachers in the United States. Government officials state that a â€Å"merit pay† system, where teacher pay would reflect the students’ test scores, would be the most effective and would increase teacher performance. Teachers, on the other hand, see the merit pay system as a threat to their salaries and fear that they cannot control student performance. The debate will continue for years to come. However, many people will agree that set teacher salary systems are more conducive to teaching students and maintaining a stable learning environment for all. Merit pay, also known as performance pay, systems have existed since 1862. Beginning in England, these systems focused on how many students attended classes and the number of students passing (Harris). The main goal of this particular system, in the Progressive Era, was to attract the finest teachers to certain areas and to make sure that children in the schools were learning a sufficient education. As time progressed, the same basic goals of the program have remained relatively the same. However, the popularity of the pay-for-performance program has wavered since its origination. For example, when the Russians launched Sputnik, there was a drastic push for academic excellence across the United States (Harris). In turn, many merit pay systems were implemented in hopes of giving teachers plenty of incentives and enticing them to perform to the best of their abilities. Most schools that applied the pay-for-performance plan within their school systems had dropped the program in t he next ten years. Many other countries, like Mexico and Bolivia, have also experimented with s... ...ty of Wisconsin-Madison, Aug. 2007. Web. 15 Feb. 2012. . Kobakhidze, Magda N. "Teacher Incentives and the Future of Merit-Based Pay in Georgia." Editorial. European Education 2010: 68-89. Academic Search Premier. Web. 12 Feb. 2012. Rosales, John. "NEA - Examining Merit Pay." NEA - NEA Home. Web. 15 Feb. 2012. . Smarick, Andy. "Diplomatic Mi$$ion." Editorial. Education Next 2011: 56-63. Education Full Text. Web. 12 Feb. 2012. Springer, Matthew G. Performance Incentives: Their Growing Impact on American K-12 Education. Washington, D.C.: Brookings Institution, 2009. Print Williamson, Ronald. "Education Partnerships, Inc." Education Partnerships Inc. 23 Apr. 2010. Web. 12 Feb. 2012. .

Describe and explain the changes that take place in land use of the River Tees drainage basin

In the first course of the River Tees, the land is usually not usable. There is snow melt from the mountains, this causes dead area and not crops can be grown and the conditions are too harsh for any animals in Britain to live in. This also causes very snowy, rainy and cold weather which also makes it impossible for pastoral farming. There is also marshy moorlands around the source, so again the land can not be used for any form of faming. There is also the hilly situation. The land is not flat as it runs down then Pennines, the interlocking spurs cause a large difference in land angles and a v-shaped valley is formed around the river. This is not ideal for farming, travelling and, because of the poor weather conditions, the rain will run down the lands, possibly causing floods. A bit lower down the river, the weather is not so extreme and the land is used for sheep grazing. There is not much grass so there is not much available. There is also the Cow Green reservoir, on the Tees itself built in 1970. This means that the water can be controlled by humans, therefore stopping excess water pouring through the river. This means the flood plain is going to be usable for farming because the river flow will be controlled, therefore stopping floods which would ruin the land. This also helps the risk of flooding further down the course by lowering the hydraulic action. High Force waterfall is a large feature of the Rive Tees. It affects the land because it is constantly forming a gorge of recession. This happens because the soft rock, limestone underneath the hard rock, Whinstone is eroded by the water, this causes the hard rock to fall. This cycle is repeated and the waterfall slowly moves up the river. This is also a tourist attraction, which could cause the land to be quite rough due to walkers, tourists and their cars. There is also pastoral farming around the waterfall, because the land is unaffected by the water, due to the low plunge pool. In the middle course, the shape of the river obviously changes. Higher up it was reasonably straight and narrow, with many small tributaries. In the middle course of the Tees, there are many large meanders and the river is very wide and with only a few large tributaries. This changes the land quite a lot. The meanders cause change in the river course. Ox-bow lakes are formed by the large hydraulic action eroding the insides of meanders, cutting of the curve. This will then eventually dry up and leave meander scars on the land. This could mean the scars grow different land to the surrounding area and not suitable in comparison. For example if the land around a meander scar is used for arable farming, but a newly grown section is suitable for pastoral farming, there is wasted land. The meanders are so large that form Darlington to Teesmouth it is 30km as the crow flies, but going by river it is 75km long. And in the 19th centaury, some of the river was manually cut-off to shorten boat journeys up to Stockton and Yarm, so it was even longer. In 1810, the Tees Navigation Company cut the neck of the Mandale Loop, a large meander near Stockton. This shortened the route by 4km and more was artificially straightened. The water now moves faster but the flood risk is also lower. The meanders also cause a higher risk of flood, because the water travels very fast in large quantities. This means the surrounding land is fertile and used for agriculture. In this course of the river, the meanders home a small town called Yarm which is a historic market town. Yarm has a few settlements and a local church. This means the land is civilised and is used for transport and living on. Yarm was once an Inland Port which was prone to flooding. A Flood Defence Scheme was set up in Yarm and spent i2. 1 million on reducing the flood risk. They reinforced concrete walls, built flood gates, used gabions to protect walls and embankments, built fishing platforms and replanted any land that was ruined by floods. In the lower part of the middle course, in-between Stockton and Yarm, a barrage was built in 1995. It cost i54 million to build and controls 22km of river. It was built because it was harshly affecting the surrounding land because of the permanent high tide, resulting in a very high flood risk. Because it has lowered the flood risk and there is also no tidal mix now, it is a catalyst for 500 million of investment in offices, houses, education, leisure and shopping. This obviously changes the land use as it is not used for farming but more economic purposes. The key points of how land use has changed in the Middle course to the upper because it is a lot flatter, has larger meanders and has an urban settlement. In the lower course of the river there are large areas of flat muddy land. This land is used for migratory birds and seals for example, hence why they are called Seal Sands. However, the majority of the land use in the lower course of the Tees in industrial. It homes oil refineries, aluminium smelters, stockyard, railways and more. This causes pollution in the river and the surrounding land, and is both domestic and industrial, because there are also many settlements. This has been helped recently by the Government, who closed down some industry and waste has been cleaned. The land around the mouth of the river is very marshy with some drained land as well. It is impossible to grow crops on and to use pastorally. It is very industrial supporting many boats with imports and boats with exports. It is very urban with large settlements and cities. It is much wider than the rest of the river and the water is very deep for shipping. Bridges have also been made, encouraging the land to be used for transport. Overall, there is a very large change of land use throughout the drainage basin of the River Tees. It starts of being very marshy and in an extremely quiet location, becoming more arable and pastoral, then small settlements are introduced. Next the farming is not longer appropriate and the settlements are larger, with a very large industrial area at the bottom of the river.

Moon Shadow Extended Response

Moon Shadow Extended response In the novel ‘I’m Being stalked by A Moonshadow’ the characters Mr Parrot and Mr Raven are constantly out to get each other. Throughout the novel it is clear that Mr Parrot is not doing the right thing by standing up to Mr Raven, for several reasons. Firstly, Dad called Mr Raven a chromedome because Mr Raven had started an argument about Mr Parrot flicking manure on to Mr Raven’s pants and about the neighbours complaining that the rendered smelled offensive and that the toilet door supposedly opened inwards and not outwards.Mr Raven even sought the building inspector but mum quickly stopped him and said they would fix it. (Page 10) ‘Good day to you. ’ said Mr Raven, turning away. ‘Chromedome,’ muttered Dad under his breath. Dad muttered chormedome because he was mocking Mr Raven about being bold. So this proves that Mr Parrot is not responsible and is childish towards Mr Raven. Secondly, Mr Parrot was the one who had sent the e-mail bomb to Mr Raven after Mum was threatening to jump on Dad’s guitar when Mr Raven was inspecting the kitchen. As soon as mum was about to jump Mr Raven caught her in the act and she pretended that she was stomping on a bug.Mr Raven handed then a list of things to fix in the kitchen because he claimed that it wasn’t a healthy food preparation area (pages 11&12). So then the email bomb was sent. The following morning Mum told Dad that someone had sent an e-mail bomb to Mr Raven and accused that he did it. Dad feigned a look of innocence but it didn’t Work on Mum. She knew it was Dad. Lastly, Dad was the one who had started the feud with Mr Raven when he had visited the Parrots house to do his job as the Environmental Health Officer. Dad tossed hi trowel into the nearest bin of muck. He did it carelessly and a fleck of manure splashed onto Mr Ravens gray creased pants (Page 7). Mr Raven had told Dad to apologise but Dad had refused an d told Mr Raven that it was his house and he would do whatever he wished. (Page 6&7) Mum wasn’t pleased with what Dad had done, but he had told her that it was an accident and it was only a speck. (Page 7). In Conclusion, throughout the entire novel Dad is constantly trying to get his revenge on Mr Raven by challenging him into impossible feets, will the dispute between Mr Parrot and Mr Raven ever end? Read also:Â  Moon By Chaim Potok