Will North Korea abandon its nuclear weapons programme Evaluate the Essay - 1

Will North Korea abandon its nuclear weapons programme Evaluate the arguments for and against - Essay Example a, Russia, Japan, and South Korea, have all expressed their wish for a denuclearised Korean Peninsula, while the UN Security Council (UNSC) continues to impose sanctions aimed at deterring North Korea from advancing its nuclear programme. However, the North Korean leadership continues to view nuclear weapons as an essential instrument to ensure its survival, as well as to give it a bargaining platform with its neighbours (Cumings, 2003: p10). Therefore, while the idea of denuclearisation of the Korean Peninsula and inclusion of North Korea in such a strategy remains an interesting and desirable proposition, it is ultimately unrealistic as long as the current regime remains in power. Most advocates of a denuclearised North Korea, according to Yi (2009: p766), argue for this outcome on the basis that North Korea may be convinced to abandon its programme if Japan, South Korea, and the United States committed never to pursue a nuclear attack on North Korea through a treaty. This nuclear weapon-free zone concept in Northeast Asia generally refers to North Korea, South Korea, and Japan at its core, while Russia, China, and the US would pledge not to use nuclear weapons in this zone. A treaty would bind signatory parties to refrain from possessing, producing, and testing such weapons. Moreover, another possibility underlying this zone is that the other countries may sign the treaty with North Korea joining at a later date, similar to the Latin America nuclear weapons-free zone, which Argentina and Brazil joined ten years after ratification by other countries (Yi, 2009: p766). In such a scenario, therefore, it may be assumed that North Korea would be willing to abandon its nuclear weapons program should the leadership get assurances that nuclear weapons will never be used within the zone, including against them. Cha and Kang (2003: p61) argue that there are several conditions under which North Korea may denuclearise, noting that its leadership may cave to international

Science Investigatory Project Essay Example for Free

Science Investigatory Project Essay Dissatisfaction and discouragement are not caused by the absence of vision. Many things from afar are cannot be seen by the naked eye. Unlike cameras, eyes don’t have the capacity to magnify or zoom. In today’s generation, many people call for the use of binoculars but not everyone can afford. Due to this problem, the researchers decided to conduct this study â€Å"Improvised Binoculars out of worn-out gadgets.† To seek an alternative and affordable binoculars. Binoculars are a pair of identical or mirror-symmetrical telescopes mounted side-by-side and aligned to point accurately in the same direction, allowing the viewer to use both eyes when viewing distant objects. Most are sized to be held using both hands, although sizes may vary from opera glasses to large pedestal mounted military model unlike a telescope, binoculars give users a 3 dimensional image: for nearer objects the two views, presented to each of the viewer’s eyes from slightly different viewpoints, produce a merged view with an impression of depth. Modern binoculars consist of two barrel chambers with an objective lens, eyepiece and a prism inside. The prisms reflect and lengthen the light while the objective lenses enhance and magnify images due to stereoscopic vision. As telescopes were improved, binoculars evolved. Binoculars consist of an objective lens and eyepiece with two facing, right angle prisms arranged to invert and correct two facing, right angle prisms arranged to invert and correct the orientation of the image. The applications of binoculars are vast, ranging from being used in military operations to leisure activities. A must for bird-watchers and hunters, bi noculars are even used at sporting events by spectators who may be seated far from the action, thus using binoculars to get clearer and closer views of the action. Many tourist destinations around the world also have swivel-mounted binoculars to allow tourists to get better views of distant objects. In professional situations, militaries use binoculars for day-to-day operations. Binoculars are essential for them as with the binoculars, the military personnel would be able to spot enemies at a distant and take the necessary action. Not only that, they can also safeguard their territory and prevent and intruders from coming in. Their use, together with sophisticated 21st century technology makes the military much more efficient than it previously was. Statement of the Problem The main purpose of the study is top produce a simple improvised binocular. The researchers aim to answer the following questions: a. What are the methods to be used in constructing simple prism binoculars? b. Are binoculars a good magnifier? c. Compare the improvised prism binocular with commercial binoculars. Hypotheses * Null Hypotheses (Ho) There is no significant difference between the images magnified on the improvised prism binoculars and that on the commercial binoculars. * Alternative Hypotheses (Ha) There is a significant difference between the images magnified on the improvised prism binoculars and that on the commercial binoculars. Significance of the Study Binoculars are a handheld optical instrument composed of two telescopes and a focusing device, and usually having a prism to increase magnifying ability. Binoculars are used to view distant objects using both eyes. The applications of binoculars are vast, ranging from being used in military operations to leisure activities. A must for bird-watchers and hunters, binoculars are even used at sporting events by spectators who may be seated far from the action, thus using binoculars to get clearer and closer views of the action. Many tourist destinations around the world also have swivel-mounted binoculars to allow tourists to get better views of distant objects. An example can be the Grand Canyon, where tourists would not be able to see far away objects, thus these binoculars have been installed for the convenience of the tourists. In professional situations, militaries use binoculars for day-to-day operations. Binoculars are essential for them as with the binoculars, the military person nel would be able to spot enemies at a distant and take the necessary action. Not only that, they can also safeguard their territory and prevent and intruders from coming in. This will give the researchers an idea of making improvised prism binoculars. Some consider cans, lenses from worn-out gadgets and caps of plastic bottles as waste and there is nothing to do with them. But these materials can be a good raw material that has the potential in making improvised binoculars, which will help to see distant objects, instead of buying those expensive binoculars. This is the reason why the researchers will make an improvised prism binocular. Scope and Delimitation This study will only focus on making improvised prism binoculars from gadgets that are no longer in use or worn out. This study will show the steps and the procedures to make simple prism binoculars and show the comparison between the said binoculars and the commercial ones. II. A. Review of Related Literature History of binoculars Almost from the invention of the telescope in 17th century the advantages of mounting two of them side by side for binocular vision seems to have been explored. Most early binoculars used Galilean optics; that is, they used a convex objective and a concave eyepiece lens. The Galilean design has the advantage of presenting an erect image but has a narrow field of view and is not capable of very high magnification. This type of construction is still used in very cheap models in and in opera glasses or theater glasses. The Galilean design is also used in low magnification binocular surgical and jewelers loupes because they can be very short and produce an upright image without extra or unordinary erecting optics, reducing expense and overall weight. They also have large exit pupils making centering less critical and the narrow field of view works well in those applications these are typically mounted on an eye-to-eye glass frame or custom-fit onto eye glasses. An improved image and high er magnification can be achieved in binoculars employing keplerian optics, where the image formed by the objective lens is viewed through a positive eyepiece lens (ocular). This configuration has the disadvantage that the image is inverted. Porro prism binoculars are named after Italian optician Ignazio Porro who patented this image erecting system in 1854 and later refined by makers like the Carl Zeiss Company in the 1890’s. Binoculars of this type use a porro prism in a double prism Z-shaped configuration to erect the image. This feature results in binoculars that are wide, with objective lenses that are well separated but offset from the eyepieces. Porro prism designs have the added benefit of folding the optical path so that the physical length of the binoculars is less than the focal length of the objective and wider spacing of the objectives give a better sensation of depth. Thus, the size of the binoculars is reduced. Binoculars using roof prisms may have appeared as early as the 1870’s in a design by Achille Victor Emile daubresse. Most roof prism binoculars use either the Abbe-Koenig prism (named after Ernst Karl Abbe and Albert Koenig and patented by Carl Zeiss in 1905) or Schmidt-Pechan prism (invented in 1899) designs to erect the image and fold the optical path. They have objective lenses that are approximately in line with the eyepieces. Binoculars tend to come in two main styles, the Roof Prism and the Porro Prism design, both have their unique advantages and disadvantages over each other and so often it will be down to your specific needs and preferences as to which you should choose. Roof Prism Binoculars one of the two main styles of binoculars is the Roof Prism (the other being Porro Prism), this refers to the type of prism used in their construction. In this design the prisms are aligned with each other in a straight line, and thus they tend to be sleeker and more compact binoculars than the Porro prism design. You can easily identify a roof prism binocular as the eyepieces and the large objective lenses line up with each other. Roof Prism Binoculars Advantages: * Compact Design * Less internal parts than porro prism design, so less to go wrong and easier to make dust and waterproof. Disadvantages: * The image quality of roof-prism binoculars can suffer slightly because of the aligned prisms, although the top models of the roof-prism and porro-prism binoculars are now generally considered to have equal optical quality. To be really good, roof prism binoculars have to be in the high price range. Do not attempt to economize on roof prism binoculars. * Good for Ideal general use binoculars that can be used for bird-watching, wildlife viewing and at sporting events. Porro Prism Binoculars It is easy to identify a Porro Prism binocular because the eyepieces and the objective lenses are offset from each other (objective lens is not in line with the ocular lens), this is because of the design of the prism (porro) used in its construction. Advantages: †¢ Porro prisms have objective lenses spaced wider than roof prisms, and so can produce a slightly better stereoscopic image than the roof prism design. †¢ Cheaper to make quality porro prisms than roof prisms so they tend to be cheaper to buy. Disadvantages: †¢ Less compact design than roof prism binoculars †¢ More moving parts, more to go wrong and harder to make fully water and dust proof. Good For Like the roof prisms, porro prism binoculars make perfect general use optics ideal for things like bird-watching, wildlife viewing and at sporting events. Review of Related Studies Creating Binoculars The prismatic telescope is an astronomical telescope plus a pair of prisms for erecting the image. The most common example of this type of construction is the binocular instrument. One half of a binocular is a monocular. Some telescopes are used for a specific purpose and are named accordingly. A typical example is a spotting scope, which is used to view the target in rifle shooting. Prisms: Prisms are polished, angular pieces of glass, the kind commonly used in telescopes being 45-45-90-deg. prisms. The long side is the face, while the two short sides are the reflecting surfaces. The size of the prism is the width of the face Made specifically for telescopes, the prisms are grooved across the face in order to make a definite dividing line and avoid ghost images which would be caused by overlapping rays at this point. The ends are usually rounded to conserve space. The prime advantage of the prism erecting system is compactness. It adds somewhat to the bulk of the instrument but shor tens the length considerably. The prism glass has an elusive quality of brilliance but actually the light loss through the two prisms is somewhat greater than through the two erecting lenses of a lens erecting system. The 23X prismatic spotting scope This design calls for a 20-in. focal length objective, which, with a 22-mm. focal length eyepiece (from Army 6X), gives 23-diameter magnification. Prisms are 1-in. face. The scope body is of wood construction in simple box form. The first prism, the one the light strikes first, is located in an upright position at the back of the box; the second prism is mounted flat on the box bottom. Plywood spacers hold the prisms in place and also provide for the passage of the cone of light admitted by the objective. The eyepiece is fitted in a threaded mount. This type of focusing is satisfactory at set distances but is much too slow for general use. If you want this scope for general observation, it should be fitted with spiral focusing like the 10X monocular to be described later. It would also be practical to focus with a simple draw tube system. The principal point of the construction is to get the various holes lined up square. Use prism center lines as a guide and locate all holes from one master pattern drawn on cardboard Base on which the floor flange is mounted pivots on a carriage bolt and is tilted by means of a tilting screw. Designing- prismatic telescopes Designing your own prismatic telescopes follows much the same procedure as used for astronomical and terrestrials. Primary consideration should be given the objective and eyepiece. The prisms contribute nothing to the magnification; therefore, the power you want must be obtained entirely by the ratio of FO to FE. Prisms should be of such a size or so located as to receive the full cone of light from the objective, although it is practical to sacrifice extreme edge rays. The layout (at top of drawing) is what you make to determine the size and location of prisms and also the general overall dimensions. In this example, the objective has a 52-mm. diameter by 193-mm. focal length (from Navy 7X binocular) and the prisms are 1-in. face (from Navy 7X). As used by the Navy, this glass has a 27-mm. eyepiece, which gives a magnification of 7 diameters. If you want higher magnification, you have to use a shorter focus eyepiece. The Army 6X binocular eyepiece, 22 mm, could be used and would giv e you 9X. The eyepiece shown uses an Army binocular eye lens, but a shorter focus field lens, the combination giving 20-mm. focus, hence, about 10X magnification. The preliminary calculation should determine the exit pupil and luminosity. This glass has excellent illumination at 92 percent. However, Don’t get the idea that the 13 percent rating of the 23X spotting scope is hopeless—13 percent is a good value for anything over 20X magnification. It is worth mentioning here that prism instruments are often rated for illumination on the basis of the exit pupil squared. Thus, if the scope has a 5-mm. exit pupil, it would be rated 25. Using this calculation, the 100 percent standard would be the normal size of the eye pupil, squared: 25 for daylight and 49 for night. Bench setup Set up the objective and focus on well-lighted copy or a bare light bulb, not less than 20 ft. from lens. Use tracing or waxed paper as a ground glass to pick up the image as in Fig. 49. Measure the distance from the rear side of the objective to the image plane. Start your layout and transfer this dimension to the layout. Next, put the two prisms face to face and move the assembly back and forth until you pick up a sharp image of the copy or light bulb. Measure the distance to the face of the first prism and set off this distance on your layout, now you will note that the distance the light travels through a 1-in. prism is 2 in., a total oX 4 in. for both prisms. Set off this distance, C, on your layout to establish the back image plane. Determine the image size. In this instance, the multiplying factor is .070, and this figure multiplied by the focal length of the lens (7% in.) gives .53 in. for the image size. Call this Ha in. for an even figure and mark the image size at the normal image plane and again at the back image plane, as indicated by L. Draw lines K and M representing the marginal rays and the full cone of light. Your prisms must catch the marginal rays K and also as much of the weaker edge rays as possible. The best way to determine prism-placement is to make -two 1 by 2-in. oblongs of cardboard or celluloid. Manipulate these over your layout. The forward edge of the first oblong represents the face of the first prism. You can tell at a glance how far forward you can push it and still pick up the marginal rays. The distance between the two oblongs is the spacing between the prisms. The distance between the back edge of the second oblong and the back image plane must be sufficient to permit focusing. What you finally arrive at in this case is D, %s-in. allowance for the distance the image plane will set inside the eyepiece tube; E, % in. for focusing travel; F, %-in. prism spaci ng; G, 2 in., the distance through the second prism; H, %-in. prism spacing again, coming back; I, 2 in. for the first prism, arriving at J,-the face of the first prism. This may sound complicated, but it is really very simple if you are actually on the job. If desired, you can now draw an outline of the prisms. This shows both prisms flat; the same way you test them in the bench setup. At this point J, it will be noted that the face of the prism catches all of the marginal rays and about halfway out to the lines representing the full cone of light. As mentioned before, it is practical to sacrifice some or all of the weak edge rays, so that this placement of the first prism face is quite satisfactory. What next? Well, you know that the maximum cone of light you can catch on the first prism is 1 in. in diameter at J, so lines drawn from here to image size at the back image plane will establish guide lines for hole diameters needed to pass this same cone of light back to the image pla ne. These lines are marked N in the drawing, and O, for example, shows the diameter of the hole at the back face of the second prism. If you want to use one or more glare stops ahead of the prisms, the hole diameters are determined in the same way, as at P. Monocular construction You will need two wood blocks exactly 1 in. thick to house the prisms. The Vs-ia spacing between prisms is taken up by a spacer of %-in. plywood, and similar plywood pieces are used at the back and front of the housing. The whole thing is glued up like a triple Decker sandwich, the prisms being held securely in the cutouts and between the various layers. Work carefully to prism center lines. Be sure that prisms are exactly at right angles since any rotation here will rotate your image twice as much. Prisms must be spotlessly clean and polished. The eyepiece tube is 1 in. in diameter, this size permitting it to work alongside No. 1 prism; Focusing is by means of a spiral groove cut half way across the eyepiece. Shows the monocular partly assembled and also shows how the turning which joins the main tube to the prism housing is cut away to fit over the second prism covered with a gray pebble-grain oilcloth. General notes Cut the main tube long when making any prism telescope. Check the final position of the objective by actually using the instrument; run the eyepiece in as far as it will go and then place the objective so that distant objects are in focus. Then the full focusing range is available e for picking up nearer objects. The 23X spotting scope £ will focus down to about 40 ft.; the 10X monocular to about 30 ft. or even 20 if you want to make it that way. If you use spiral focusing, it is necessary to know in advance how much you will need for focusing. This travel will be very short with a short focus lens, but much longer with a long focus objective. Allow % in. for lenses less than 10-in. focus; % in., up to 14-in. focus; 1% in. at 18 and 1% in. at 20. These allowances will let you focus down to 30 or 40 ft. in all cases, -possibly closer. When you make a bench setup at close range , remember that this represents the maximum extension of your telescope. If you make a bench setup by focusing on a distant object (this is advisable if you are using an objective of over 20-in. focal length) the setup will represent the telescope at its shortest draw. The Kellne r type of eyepiece gives best results with all prismatic instruments. The objective should always be a cemented achromat. If the lens is not cemented l^^^^^^^ M when you get it, you can dummy test it by cementing with glycerin. Final cementing should be done with Canadian balsam; i n a pinch you can use a good grade of water white (clear) lacquer. The diameter of the objective controls the luminosity of the telescope. The diameter of the objective does not control the field of view; except in the Galilean instrument, you can see just as much through, a small objective as a large one.

Study of Genotype X Environment Intraction in Asiatic Cotton Gossypium

Cotton is known as â€Å"White Gold†. Gossypium arboreum belongs to family Malvaecae with diploid set of genome have 13 chromosome number. Genotype Ãâ€" environment (GE) interactions have major role in development of improved cultivars. A cultivar is said to be commercially successful, if it performs well across the range of environments in which it grows. The differential response of a genotype or cultivar for a given trait across environments is defined as the genotype Ãâ€" environment interaction (G Ãâ€" E). Bilbro and Ray (1976) indicated that a successful breeding program should focus efforts on genotype yield level (average yield compared to standards), adaptation (what environment does the genotype best perform in), and stability (how consistent does the genotype yield compared to others). Genotype refers to the set of genes possessed by individual that is important for the expression of traits under investigation. The environment is defined as all non-genetic factor s that influence the expression of the trait and influence the growth and development of individuals. G Ãâ€" E interaction is a differential genotypic expression across environments (Basford and Cooper, 1998). According to Romagosa and Fox (1993), G x E interaction reduces association between phenotypic and genotypic values of a genotype. This may cause promising selections from one environment to perform poorly in one and better in another environment, forcing plant breeders to examine genotypic adaptation (Sharma et al., 1987). Varieties are tested in many environments due to changing their performance and adaptation ability. However, important G Ãâ€" E interactions decreases relationship between phenotype and genotype and also genetics improvements in breeding programmes (Comst... ... (1963) Genotype x environment interactions statistical genetics and plant breeding. Eds. Hanson, W. D. and Robinson H. F. National Academy of Science, National Research Council Publication, 982 : 164-196. Eberhart, S A and Russell R A (1966) Stability parameters for comparing varieties. Crop Science, 6 : 36-40. Lukonge E P (2005) Characterisation and diallel analysis of commercially planted cotton (Gossypium hirsutum l.) germplasm in Tanzania. Phd Thesis, University of the Free State, Bloemfontein, South Africa Myers G O (2004) Estimation of potential breeding value and genotype stability of cotton strains and varieties. http://www.cottoninc.com. Romagosa I and Fox, P N (1993) Genotype x environmental interaction and adaptation. In: M.D Hayward, N.O. Bosemark and I. Romagosa (Eds.), Plant breeding: Principles and Prospects pp 373-390. Chapman and Hall, London.

Contemporary issues on mobility and work spaces

Oxford Encyclopedia of Economic History. Retrieved 24 February 2011 . – also Jump up A A Legal Bridge Spanning 100 Years: From the Gold Mines of El Dorado to the ‘Golden' Startups of Silicon Valley By Gregory Grooms, 2010. Assignment 1, mobility – Threaten Darkish First let me explain how this essays goes which I tough it would look and sound better if the definition and samples come first and then after that and also in between I refer them to interior design and our roles and use as one.I'll start with the definition of the word mobility to get to know this term and see it's difference from the other use of mobility as in the new technology and mobile APS for workplaces. Therefore â€Å"Mobility' indicates a worker's ability to physically move around freely in he workplace to accomplish work. Mobility for work can be assisted with items such as a wheel chair, crutches, canes, a desk near the door, a scooter to ride between distant buildings, and a shuttle bus.M obility also refers to a worker's ability to take advantage of various Job opportunities ( I will write more on this issue below), including the ability to relocate, move to a superior Job position, commute a particular distance to work daily, or change positions due to family and civic responsibilities. Some impediments to the mobility of labor include personal hindrances such as geographical location and ability to move, physical and mental ability, and prior Job experiences. Social/legal hindrances to mobility include a lack of educational opportunities, family responsibilities, and various laws.A frequent use of the word, mobility, occurs when organizations use the term to define the upward mobility of employees. An employee with upward mobility has the appropriate mix of needed qualities and characteristics including experience, knowledge, skills, education, cultural fit, and availability. An employee with upward mobility potential is ready for promotional opportunities*. Now a t this point I going to write further more about the mobility of employees and various Job opportunities to see what that points to exactly and how that is related to mobility.Employee mobility is an issue that has taken on a whole new meaning as more and more businesses have gone global. Employees today are commonly asked to take assignments in company locations outside their home country. These kinds of opportunities are seen as Contemporary Issues in Interior Architecture- Fall 2014 2 benefits by many employees who enjoy experiencing new cultures and the multi- cultural exposure. Managing employee mobility is important though, because without the right training and planning, employees moving to foreign countries will not be prepared to meet the challenges such moves present.Your company does not want to find itself faced with loss of productivity, or worse, loss of its best managers because of lack of planning. Being prepared to address the issues related to employee mobility sho uld be included in the company's strategic planning. Quality of living in this matter can be an issue if a company frequently transfer employees within the country or outside the country. Either way there are concerns which should be addressed in these compensation and benefits packages.For example, in the US, a manager transferred from a small town in Texas to a large northeastern city will be faced with many of the same issues as an employee transferred from the US to Canada and that is a very simple and the most easiest transfer in contrast with moving to India or china, a completely different culture. These concerns or issues include cultural and compensation differences. These differences become more pronounced when the company re-assigns employees from a developed country to a third world country.But it is really a matter of degree. Making sure that the staff are well prepared for these types of moves will insure the transition is smooth and they remain productive. After all t he reason managers are transferred is in order to better utilize their talents and skills within the company**. Here I can say our role as an interior designers may help with these issues but with prior researching, planning, somehow rearranging their working spaces even from their own country to their destinations.So that they can familiarize themselves and got to know those areas better prior going there to make them arm proof and repaper Just in case. Many transfers involve more than the staff also. The managers and workers in general have families who are as much a part of the move as the company employees. It's important for the company to recognize the needs of the employee's family also. Unless the staff feel as if their family will also benefit from the transfer without Jeopardizing their safety or welfare, company transfers will meet a lot of resistance.In these cases also our role as interior designers can come to great use by even designing and making their homes look lik e the one in future after move, better said aka and redesign them as person by hurt so they would not feel alienated. Now here are some instances of companies and how they help these employees related with this mobility matter. For instance the Whichever Workforce Mobility*** helps clients optimize their mobile workforce by delivering innovative solutions that make it faster, easier and more cost effective to deploy key talent and transfer critical skills anywhere in the world.Our expertise in Contemporary Issues in Interior Architecture- Fall 2014 3 relocation and assignment management ensures that our clients' mobility programs advance their business and workforce strategies. They deliver sustained customer value through unique service and engagement initiatives, including: – Trusted Partner – Next Practices – Fans – Balanced Scorecard Here again we as designers can be creative about those mentioned above. Even by being faster, easier and more cost effe ctive.By faster that can be as helping deploy critical talent at the speed of business by motivating them through Just by one look but by a great look. Because opportunity won't wait. By easier that can be as to Just open communication, transparency, mutual trust and boundless innovation. And by ore-cost effective that can be vast global resources and in-house expertise to control our clients' program costs which we can be ahead of it by being innovative or creative in these fields to somehow more economic but more fashionable.Also there is other term as labor mobility, which Labor mobility or worker mobility is the geographical and occupational movement of workers. Worker mobility is best gauged by the lack of impediments to such mobility. Impediments to mobility are easily divided into two distinct classes with one being personal and the other being systemic. Personal impediments include physical location, and physical and mental ability. The systemic impediments include education al opportunities as well as various laws and political contrivances and even barriers and hurdles arising from historical happenstance.Increasing and maintaining a high level of labor mobility allows a more efficient allocation of resources. Labor mobility has proven to be a forceful driver of innovations. There I also another International Labor Mobility. Which International labor mobility is the movement of workers between countries. It is an example of an international factor movement. The movement of laborers is based on a difference in resources between countries. According to economists, Over time the migration of labor should have an equalizing effect on wages, with workers in the same industries garnering the same wage.

A Freshwater Aquatic and Terrestrial Food Web

————————————————- Food web From Wikipedia, the free encyclopedia A  freshwater  aquatic  and  terrestrial  food web. A  food web  (or  food cycle) depicts feeding connections (what eats what) in an  ecological communityand hence is also referred to as a  consumer-resource system. Ecologists can broadly lump all life forms into one of two categories called  trophic levels: 1) the  autotrophs, and 2) the  heterotrophs. To  maintaintheir bodies, grow, develop, and to  reproduce, autotrophs produce  organic  matter from  inorganicsubstances, including both  minerals  and  gases  such as  carbon dioxide.These  chemical reactionsrequire  energy, which mainly comes from the  sun  and largely by  photosynthesis, although a very small amount comes from  hydrothermal vents  and  hot springs. A gradient exists between troph ic levels running from complete autotrophs that obtain their sole source of carbon from the atmosphere, to  mixotrophs(such as  carnivorous plants) that are autotrophic organisms that partially obtain organic matter from sources other than the atmosphere, and complete  heterotrophs  that must feed to obtain organic matter.The linkages in a food web illustrate the feeding pathways, such as where heterotrophs obtain organic matter by feeding on autotrophs and other heterotrophs. The food web is a simplified illustration of the various methods of feeding that links an ecosystem into a unified system of exchange. There are different kinds of feeding relations that can be roughly divided into  herbivory,  carnivory,  scavenging  andparasitism. Some of the organic matter eaten by heterotrophs, such as  sugars, provides energy.Autotrophs and heterotrophs come in all sizes, from  microscopic  to many  tonnes  Ã¢â‚¬â€œ from  cyanobacteria  togiant redwoods, and from  viruses  and  bdellovibrio  to  blue whales. Charles Elton  pioneered the concept of food cycles, food chains, and food size in his classical 1927 book â€Å"Animal Ecology†; Elton's ‘food cycle' was replaced by ‘food web' in a subsequent ecological text. Elton organized species into  functional groups, which was the basis for  Raymond Lindeman's classic and landmark paper in 1942 on trophic dynamics.Lindeman emphasized the important role of  decomposer  organisms in a  trophic system of classification. The notion of a food web has a historical foothold in the writings of  Charles Darwin  and his terminology, including an â€Å"entangled bank†, â€Å"web of life†, â€Å"web of complex relations†, and in reference to the decomposition actions of earthworms he talked about â€Å"the continued movement of the particles of earth†. Even earlier, in 1768  John Bruckner  described nature as â€Å"one contin ued web of life†. ————————————————-Food webs are limited representations of real ecosystems as they necessarily aggregate many species into  trophic species, which are functional groups of species that have the same predators and prey in a food web. Ecologists use these simplifications in  quantitative  (or mathematical)  models  of trophic orconsumer-resource systems  dynamics. Using these models they can measure and test for generalized patterns in the structure of real food web networks. Ecologists have identified non-random properties in the  topographic  structure of food webs. Published examples that are used in  meta analysis  are of variable quality with omissions.However, the number of empirical studies on community webs is on the rise and the mathematical treatment of food webs usingnetwork theory  had identified patterns that are comm on to all. Scaling laws, for example, predict a relationship between the topology of food web predator-prey linkages and levels of  species richness. Trophic levels Main article:  Trophic level A trophic pyramid (a) and a simplified community food web (b) illustrating ecological relations among creatures that are typical of a northern  Boreal  terrestrial ecosystem. The trophic pyramid roughly represents the biomass (usually measured as total dry-weight) at each level.Plants generally have the greatest biomass. Names of trophic categories are shown to the right of the pyramid. Some ecosystems, such as many wetlands, do not organize as a strict pyramid, because aquatic plants are not as productive as long-lived terrestrial plants such as trees. Ecological trophic pyramids are typically one of three kinds: 1) pyramid of numbers, 2) pyramid of biomass, or 3) pyramid of energy. [4] Food webs have trophic levels and positions. Basal species, such as plants, form the first level a nd are the resource limited species that feed on no other living creature in the web.Basal species can be autotrophs ordetritivores, including â€Å"decomposing organic material and its associated microorganisms which we defined as detritus, micro-inorganic material and associated microorganisms (MIP), and vascular plant material. â€Å"[11]:94  Most autotrophs capture the sun's energy in  chlorophyll, but some autotrophs (the  chemolithotrophs) obtain energy by the chemical oxidation of inorganic compounds and can grow in dark environments, such as the sulfur bacterium  Thiobacillus, which lives in hot  sulfur springs.The top level has top (or apex) predators which no other species kills directly for its food resource needs. The intermediate levels are filled with omnivores that feed on more than one trophic level and cause energy to flow through a number of food pathways starting from a basal species. [12] ——————— Ã¢â‚¬â€Ã¢â‚¬â€Ã¢â‚¬â€Ã¢â‚¬â€Ã¢â‚¬â€Ã¢â‚¬â€Ã¢â‚¬â€Ã¢â‚¬â€- In the simplest scheme, the first trophic level (level 1) is plants, then herbivores (level 2), and then carnivores (level 3). The trophic level is equal to one more than the chain length, which is the number of links connecting to the base.The base of the food chain (primary producers or  detritivores) is set at zero. [3][13]  Ecologists identify feeding relations and organize species into trophic species through extensive gut content analysis of different species. The technique has been improved through the use of stable isotopes to better trace energy flow through the web. [14]  It was once thought that omnivory was rare, but recent evidence suggests otherwise. This realization has made trophic classifications more complex. [15] Energy flow and biomass Main article:  Energy flow (ecology) See also:  Ecological efficiencyThe Law of Conservation of Mass dates from Antoine Lavoisier's 1789 discovery that ma ss is neither created nor destroyed in chemical reactions. In other words, the mass of any one element at the beginning of a reaction will equal the mass of that element at the end of the reaction. [24]:11 Left:  Energy flow diagram of a frog. The frog represents a node in an extended food web. The energy ingested is utilized for metabolic processes and transformed into biomass. The energy flow continues on its path if the frog is ingested by predators, parasites, or as a decaying  carcass  in soil.This energy flow diagram illustrates how energy is lost as it fuels the metabolic process that transform the energy and nutrients into biomass. Right:  An expanded three link energy food chain (1. plants, 2. herbivores, 3. carnivores) illustrating the relationship between food flow diagrams and energy transformity. The transformity of energy becomes degraded, dispersed, and diminished from higher quality to lesser quantity as the energy within a food chain flows from one trophic s pecies into another. Abbreviations: I=input, A=assimilation, R=respiration, NU=not utilized, P=production, B=biomass. 25] Food webs depict energy flow via trophic linkages. Energy flow is directional, which contrasts against the cyclic flows of material through the food web systems. [26]  Energy flow â€Å"typically includes production, consumption, assimilation, non-assimilation losses (feces), and respiration (maintenance costs). â€Å"[5]:5  In a very general sense, energy flow (E) can be defined as the sum ofmetabolic  production (P) and respiration (R), such that E=P+R. The mass (or biomass) of something is equal to its energy content. Mass and energy are closely intertwined.However, concentration and quality of nutrients and energy is variable. Many plant fibers, for example, are indigestible to many herbivores leaving grazer community food webs more nutrient limited than detrital food webs where bacteria are able to access and release the nutrient and energy stores. [ 27][28]†Organisms usually extract energy in the form of carbohydrates, lipids, and proteins. These polymers have a dual role as supplies of energy as well as building blocks; the part that functions as energy supply results in the production of nutrients (and carbon dioxide, water, and heat).Excretion of nutrients is, therefore, basic to metabolism. â€Å"[28]:1230-1231  The units in energy flow webs are typically a measure mass or energy per m2  per unit time. Different consumers are going to have different metabolic assimilation efficiencies in their diets. Each trophic level transforms energy into biomass. Energy flow diagrams illustrate the rates and efficiency of transfer from one trophic level into another and up through the hierarchy. [29][30] ————————————————-It is the case that the  biomass  of each  trophic level  decreases from the base of the chain to the top. This is because energy is lost to the environment with each transfer as  entropy  increases. About eighty to ninety percent of the energy is expended for the organism’s life processes or is lost as heat or waste. Only about ten to twenty percent of the organism’s energy is generally passed to the next organism. [31]  The amount can be less than one percent in animals consuming less digestible plants, and it can be as high as forty percent in  zooplankton  consuming  phytoplankton. 32]  Graphic representations of the biomass or productivity at each tropic level are called  ecological pyramids  or trophic pyramids. The transfer of energy from primary producers to top consumers can also be characterized by energy flow diagrams. [33] Food Web A  food web  is a graphical description of feeding relationships among species in an  ecological community, that is, of who eats whom (Fig. 1). It is also a means of showing how  energy   and materials (e. g. ,  carbon) flow through a community of  species  as a result of these feeding relationships.Typically, species are connected by lines or arrows called â€Å"links†, and the species are sometimes referred to as â€Å"nodes† in food web diagrams. Relationships between soil food web, plants, organic matter, and birds and mammals. â€Å"The  herbivores  are usually preyed upon by carnivores, which get the  energy  of the  sunlight  at third-hand, and these again may be preyed upon by other carnivores, and so on, until we reach an animal which has no enemies, and which forms, as it were, a terminus on this food cycle. There are, in fact, chains of animals linked together by food, and all dependent in the long run upon plants.We refer to these as ‘food-chains', and to all the food chains in a community as the ‘food-cycle. ‘† A food web differs from a food chain in that the latter shows only a portion of the food web involving a simple, linear series of species (e. g. ,  predator,  herbivore,  plant) connected by feeding links. A food web aims to depict a more complete picture of the feeding relationships, and can be considered a bundle of many interconnected food chains occurring within the community. All species occupying the same position within a food chain comprise a trophic level within the food web.For instance, all of the plants in the foodweb comprise the first or â€Å"primary producer† tropic level, all  herbivores  comprise the second or â€Å"primary consumer† trophic level, and carnivores that eat  herbivores  comprise the third or â€Å"secondary consumer† trophic level. Additional levels, in which carnivores eat other carnivores, comprise a tertiary trophic level. Elton emphasized early on that food chains tend to show characteristic patterns of increasing body size as one moves up the food chain, for example from  phytoplankton  to inv ertebrate grazers to fishes, or from insects to rodents to larger carnivores like foxes.Because individuals of small-bodied species require less  energy  and food than individuals of larger-bodied species, a given amount ofenergy  can support a greater number of individuals of the smaller-bodied species. Hence, ecological communities typically show what Elton called a pyramid of numbers (later dubbed the Eltonian pyramid), in which the species at lower trophic levels in the food web tend to be more numerous than those at higher trophic levels.A second reason for the pyramid of numbers is low ecological efficiency: some  energy  is lost at each transfer between consumer and prey, such that theenergy  that reaches top predators is a very small fraction of that available in the plants at the base of the food web. Although there is wide variation among types of  organisms  and types of  ecosystems, a general rule of thumb is that available  energydecreases by about a n order of magnitude at each step in the food chain.That is, only about 10% of theenergy  harvested by plants is consumed and converted into herbivore  biomass, only 10% of that makes it into  biomass  of primary carnivores, and so on. Thus, the structure of food webs is dictated in part by basic constraints set by  thermodynamics. The predictable dissipation of  energy  at each step in food chains is one of the factors thought to limit the length of most food chains to a maximum of four or five steps. Cohen et al. (2003) emphasized that the correlations mong body size, abundance, and trophic level produce a characteristic trivariate structure to (pelagic) food webs (Fig. 2). The pyramid of numbers is less obvious at the most basal levels in terrestrial communities based on trees, which are typically much larger than theherbivores  that feed on them. Pyramids of numbers or  biomass  may even be inverted in cases where the microscopic plants that support the web s how very rapid turnover, that is, where they grow and are eaten so rapidly that there is less plant  biomass  than herbivore  biomass  present at a given time. ————————————————-Decomposers are an assemblage of small  organisms, including invertebrates,  fungi, and  bacteria, that do not fit neatly into any trophic level because they consume dead  biomass  of organisms from all trophic levels. Decomposers are a critical component of the food web, however, because they recycle nutrients that otherwise would become sequestered in accumulating detritus. All food chains in a community constitute a food web. A  food web is simply the total set of feeding relationship amongst and between the species composing a biotic community. These relationships may achieve considerable complexity.With many food chains and cross connecting links, there is greater opportunit y for the prey and predator population in an ecosystem to adjust to the changes. ————————————————- The producer-consumer arrangement is one kind of structure known as trophic structure(trophic = food) and each food (nutritional) level in the food chain is called trophic level  or energy level. The first trophic level in an ecosystem is occupied by the plants-producers (green plant-primary producers), because they utilize solar energy which is transformed to chemical form during photosynthesis.The energy stored in food or green plants is consumed by the plant eaters (herbivores) which make the second trophic level. Herbivores are also called primaryconsumers. Primary consumers in turn are eaten by carnivores (also known as secondary consumers) which occupy third trophic level. Secondary consumers (Primary carnivores) may be eaten by other carnivores (secondary or top carn ivores) which are known as tertiary consumers and occupy fourth trophic level. Decomposer occupy fifth trophic level in an ecosystem.Food Web- In nature, food chain relationships are very complex. They never operate as isolated sequences, as one organism may form the food source of many organisms and so on. Thus, instead of a food chain, a number of food chains are interconnected with each other and form a web-like structure known as ‘food web'. For example, grass may be grazed by grasshoppers as well as cattle, rabbits and each of these may be eaten by different type of carnivores, such as birds, toads, snakes, foxes, depending on their food habit.Thus, a particular organism may not occupy the same tropic level in every food chain; it may simultaneously behave as secondary, tertiary or a top consumer. Organisms, whose food is obtained from plants by the same number of steps are said to belong to the same tropic level. Thus, green plants occupy the first tropic level or the pr oducer level. The plant grazers occupy the second tropic level or primary consumer or herbivore level (all plant-grazing insects, cattle, deer, rabbits, etc. ).Flesh-eaters, that eat herbivores, form the third tropic level or the secondary consumer or carnivore level-1 (frogs, small fish, etc. ). The third tropic level is the tertiary consumer or carnivore level-2, which eats the flesh of herbivores and secondary consumers. In a similar fashion, tropic levels can be expanded based on the food habits of organisms. Charles Elton, a British ecologist, however, concluded that the number of links in a food chain rarely exceeds five, because in the process of energy transfer there is always the loss of energy to the environment.It is the energy transfer mechanism which determines the number of links in a food chain. Man and many other animals who are omnivores occupy different tropic levels in food chains in relation to pure carnivores. The food web maintains the stability of the eco-syst em. For example, green land can be grazed by different organisms like insects, rabbits, rodents, etc. The insects then can be eaten by frogs which can be eaten by snakes. Snakes can either be eaten by hawks

Anne Hutchinson Essays - American Political Philosophy, Free Essays

Anne Hutchinson Essays - American Political Philosophy, Free Essays Anne Hutchinson Anne Hutchinson She was born as Anne Marbury in 1591 in Alford, England. Her father, Francis Marbury, was an official in a church in Cambridge. He was not content with the Church. He declared publicly that many of the church ministers were not fit to guide people's souls, and for that he was jailed for a year. Even so, he continued verbally attacking the Church, claiming that high church officials freely appointed whoever they wanted, and those people were not usually qualified for their positions. Tired of constant arrests and inquisitions, he finally chose conformity and calmed down. Anne spent a lot of time reading her father's books on theology and religion. She admired his defiance of traditional church principles. She was also fascinated with theological questions like those about the fate of the Native Americans, who did not know about salvation. When she was twenty-one, she married a man named Will Hutchinson and became known as Anne Hutchinson. She also became a mother to fi fteen children. There was a minister, John Cotton, who she always admired. He was originally a Protestant, but as time passed he leaned more and more towards Puritan beliefs. Like her father, he spoke about the corruption in the clergy and called for purification of the Church. He recognized the destructive influence of the Catholic Church on the Church of England, and talked about opportunities for religious freedom in America. Anne Hutchinson's family went to Reverend Cotton's church every Sunday to hear his preachings. Eventually, John Cotton's dream came true, and he was able to cross the Atlantic Ocean and come to New England. In 1634, Anne Hutchinson took her family and followed him to Massachusetts. She wanted to express her increasingly Puritanic views, and she wished to be once again part of John Cotton's congregation. During her voyage to America, she assembled groups of women to discuss religion. She spoke of her views, and became known as a radical. She even claimed that God had revealed to her knowledge of the day of their arrival. Out of sheer coincidence, or for some other unknown reason, she guessed it correctly as September 18, 1634. To her great surprise, New England turned out to be more religiously constrictive than England ever was for her. She was not welcomed warmly by John Cotton because of her unorthodox views. He told her that it would be best for her if she would withhold from speaking about her views. As a prerequisite for her acceptance into the Puritan Church, she had to accept that she was guilty of wrong thinking on the ship and God had not really revealed to her the day of their arrival and that it was a mere guess. She compromised, but in her mind she still held on to her views. She believed that faith alone could bring salvation. She also believed that all people could talk to and receive an answer from God if they would listen. She once said that she felt that nothing important could happen if it was not revealed to her by G od beforehand. Seeing the apprehension of the Church and the community at her views, she only expressed them in the privacy of her own home where she sometimes assembled women to share her ideas with. She was never in open defiance of the Church. Although she disagreed with some of its principles, she was still its devoted member. John Cotton also understood the harsh regime of the Puritan Church and its intoleration of nonconformity. He once said that in New England, members of the Church suffered for having a mind of their own. There was another prominent religious figure in New England. His name was John Winthrop, Governor of Massachusetts Bay Colony. His dream was to found a city where the Puritan religion would be followed with utmost devotion. He sincerely believed in the inferiority of women to men. He also believed that a woman who devoted herself to reading and writing had lost her understanding and reason. He wrote that women should leave the intellectual work to men, whose minds are stronger. He urged them to honor and keep the place that God had set for

Free Essays on Linux Operating System

1. History of Linux Linux is a UNIX-like operating system. However, Linux can ¡Ã‚ ¦t really be called UNIX because it hasn ¡Ã‚ ¦t been registered to AT&T, the owner of the name of UNIX. The name Linux is after the name of its author, Linus Torvalds. He was a student of University of Helsinki in Finland. Linus modified one of the UNIX ¡Ã‚ ¦s versions, Minix. In September 1991, he finished his first version of Linux, which was Linux version 0.01. He broadcasted it on the net. In 1992, Linux has already reached version 0.12, which has had a simple shell and C compiler. After that Linux development was very fast because many programmers from all around the world participated in its development. They exchange and broadcast their modified code through the Internet. Many tools were added into Linux operating system such as support for sound cards, CD-ROM drivers, video cards, mouse, network cards, scanners, and so on. But that doesn ¡Ã‚ ¦t mean that the development of this particular operating system h as stopped. Still there are many developers of Linux adding more and more functions into it. Linux is free. Users don ¡Ã‚ ¦t have to pay for anything because Linux has been licensed under the Free Software Foundation ¡Ã‚ ¦s General Public License. It also means that users can modify the Linux as they wish by adding useful features into it. Linux was actually developed for home-users. Users can simply download it from the Internet. The address is http://sunsite.unc.edu/pub/Linux/. Some additional software can be downloaded from the Internet too (xnet.com/~blatura/linapps.shtml). When users get Linux, they have got:  ¡Ã‚ ± Development software including compilers, assemblers and debuggers  ¡Ã‚ ± Text editors and text formatting programs  ¡Ã‚ ± Usenet news readers and e-mail agents  ¡Ã‚ ± World Wide Web development tools, web servers and browsers  ¡Ã‚ ± Graphics creation and manipulation tools Linux can be installed on 32-bit x86 based systems, su... Free Essays on Linux Operating System Free Essays on Linux Operating System 1. History of Linux Linux is a UNIX-like operating system. However, Linux can ¡Ã‚ ¦t really be called UNIX because it hasn ¡Ã‚ ¦t been registered to AT&T, the owner of the name of UNIX. The name Linux is after the name of its author, Linus Torvalds. He was a student of University of Helsinki in Finland. Linus modified one of the UNIX ¡Ã‚ ¦s versions, Minix. In September 1991, he finished his first version of Linux, which was Linux version 0.01. He broadcasted it on the net. In 1992, Linux has already reached version 0.12, which has had a simple shell and C compiler. After that Linux development was very fast because many programmers from all around the world participated in its development. They exchange and broadcast their modified code through the Internet. Many tools were added into Linux operating system such as support for sound cards, CD-ROM drivers, video cards, mouse, network cards, scanners, and so on. But that doesn ¡Ã‚ ¦t mean that the development of this particular operating system h as stopped. Still there are many developers of Linux adding more and more functions into it. Linux is free. Users don ¡Ã‚ ¦t have to pay for anything because Linux has been licensed under the Free Software Foundation ¡Ã‚ ¦s General Public License. It also means that users can modify the Linux as they wish by adding useful features into it. Linux was actually developed for home-users. Users can simply download it from the Internet. The address is http://sunsite.unc.edu/pub/Linux/. Some additional software can be downloaded from the Internet too (xnet.com/~blatura/linapps.shtml). When users get Linux, they have got:  ¡Ã‚ ± Development software including compilers, assemblers and debuggers  ¡Ã‚ ± Text editors and text formatting programs  ¡Ã‚ ± Usenet news readers and e-mail agents  ¡Ã‚ ± World Wide Web development tools, web servers and browsers  ¡Ã‚ ± Graphics creation and manipulation tools Linux can be installed on 32-bit x86 based systems, su...

Implicit and Explicit Constructor Chaining

Implicit and Explicit Constructor Chaining Constructor chaining in Java is simply the act of one constructor calling another constructor via inheritance. This happens implicitly when a subclass is constructed: its first task is to call its parents constructor method. But programmers can also call another constructor explicitly using the keywords  this() or  super(). The this() keyword calls another overloaded constructor  in the same class; the super() keyword calls a non-default constructor in a superclass. Implicit Constructor Chaining Constructor chaining occurs through the use of inheritance. A subclass constructor methods first task is to call its superclass constructor method. This ensures that the creation of the subclass object starts with the initialization of the classes above it in the inheritance chain. There could be any number of classes in an inheritance chain. Every constructor method calls up the chain until the class at the top has been reached and initialized. Then each subsequent class below is initialized as the chain winds back down to the original subclass. This process is called constructor chaining. Note that: This implicit call to the superclass is the same as if the subclass had included the super() keyword, i.e. super() is implicit here.If a no-args constructor is not included in the class, Java creates one behind the scenes and invokes it. This means that if your only constructor takes an argument, you must explicitly use a this() or super() keyword to invoke it (see below). Consider this superclass Animal extended by Mammal: class Animal {// constructorAnimal(){   System.out.println(Were in class Animals constructor.);}} class Mammal extends Animal {//constructorMammal(){   System.out.println(Were in class Mammal s constructor.);}} Now, lets instantiate the class Mammal: public class ChainingConstructors {   /*** param args*/public static void main(String[] args) {Mammal m new Mammal();}} When the above program runs, Java implicitly triggers a call to the superclass Animal constructor, then to the class constructor. The output, therefore, will be: Were in class Animals constructorWere in class Mammals constructor Explicit Constructor Chaining using this() or super() Explicit use of the this() or super() keywords allows you to call a non-default constructor. To call a non-args default constructor or an overloaded constructor from within the same class, use the  this()  keyword.  To call a non-default superclass constructor from a subclass, use the super() keyword. For instance, if the superclass has multiple constructors, a subclass may always want to call a specific constructor, rather than the default. Note that the call to another constructor must be the first statement in the constructor or Java will throw a compilation error. Consider the code below in which a new subclass, Carnivore, inherits from Mammal class which inherits from the Animal class, and each class now has a constructor that takes an argument. Heres the superclass Animal:   public class Animalprivate String name;public Animal(String name)  // constructor with an argument{this.name name;System.out.println(Im executed first.);}}Note that the constructor now takes a name of type String as a parameter and that the body of the class calls this() on the constructor. Without the explicit use of this.name, Java would create a default, no-args constructor and invoke that, instead. Heres the subclass Mammal: public class Mammal extends Animal {public Mammal(String name){super(name);System.out.println(Im executed second);}} Its constructor also takes an argument, and it uses super(name) to invoke a specific constructor in its superclass. Heres another subclass Carnivore. This inherits from Mammal:   public class Carnivore extends Mammal{public Carnivore(String name){super(name);System.out.println(Im executed last);}} When run, these three code blocks would print: Im executed first.Im executed second.Im executed last. To recap: When an instance of the Carnivore class is created, the first action of its constructor method is to call the Mammal constructor method. Likewise, the first action of the Mammal constructor method is to call the Animal constructor method. A chain of constructor method calls ensure that the instance of the Carnivore object has properly initialized all the classes in its inheritance chain.

Argument Essay Example | Topics and Well Written Essays - 500 words - 4

Argument - Essay Example He talks about how one cannot be detached from Zen and think about it in a rational or detached manner. It is a way of being in the world. As an example of this, Highlet talks about a Zen Master teaching a pupil archery. A Zen master who was a teacher of archery agreed to take him as a pupil. The lessons lasted six years, during which he practiced every single day. There are many difficult courses of instruction in the world: the Jesuits, violin virtuosi, Talmudic scholars, all have long and hard training, which in one sense never comes to an end; but Herrigel’s training in archery equaled them all in intensity. If I were trying to learn archery, I should expect to begin by looking at a target and shooting arrows at it. He was not even allowed to aim at a target for the first four years. He had to begin by learning how to hold the bow and arrow, and then how to release the arrow; this took ages. The Japanese bow is not like our sporting bow, and the stance of the archer in japan is different from ours (Highlet). For Highlet, this helps illustrate his opinion that Zen is actually a religion. I strongly disagree with Highlet about this. This story may not be true: it is more of an anecdote which shows us that we need to reflect more on our position in the world than our immediate goals. This is more of a philosophical issue than a religious one. Highlet is wrong about this. Religion and philosophy are too different things. Religion is a systematic and ordered thing which has its special doctrines. Philosophy is a series of approaches to various problems. Highlet tries to make an argument that Zen is a religion but it is simply not ordered enough. His conclusion does not stand. He leads us through a number of anecdotes. But the sum of a series of anecdotes is not a religion. It is a series of ways of looking at problems—more of a philosophy. Highlet is an interesting writer and Zen is a strange

Retail Management Report Essay Example | Topics and Well Written Essays - 2500 words

Retail Management Report - Essay Example The growing interest in Chinese and oriental culture including food has spawned a new era of Chinese/ oriental restaurants. China China is a restaurant that wants to offer Chinese cuisine to customers and therefore needs information about the sub industry on a variety of retail aspects. This retail audit will use collected data from a survey on Mandarin restaurant to propose effective marketing methods for China China Chinese restaurant based on the gathered social information. The recommendations will entail decisions on segmentation, location, product ranges, pricing, ambience at the restaurant, customer service, employees, and the necessary work force, a budget, and how the business is sustainable. The recommendations will also cover communications; and thereafter draw a conclusion based on the survey Company background China China is a restaurant business with the intention of establishing in the city of†¦Ã¢â‚¬ ¦Ã¢â‚¬ ¦. The company is entering into a fast growing retail ind ustry of Oriental and Chinese cuisine, which is becoming very popular. The owner of the business is a local with an eye for restaurant investments and no prior experience in Chinese restaurant cuisine. ... Objectives of the research The aims of this research is to establish the demographic trends for oriental Chinese cuisine customers, the nationalities frequenting these restaurants, the foods these customers prefer, what they spend on an average meal at a Chinese restaurant, frequency of visit to these restaurants, other Chinese restaurants they prefer and their overall satisfaction levels in terms of convenience, location and service. This information will be used to review the strengths of the sector, inherent weaknesses and threats, and how the market is segmented. This information will then be used to make recommendations and conclusions as regards pricing, advertising and promotion, merchandising, customer service, product offering, the sustainability if the business, where it should be located and the best regime for pricing. It will also recommend on what customer segments to target as customers; with justifications based on the research Research methodology The research was ap proached by utilizing a pragmatic research approach using both quantitative and qualitative techniques. A survey questionnaire was prepared taking into consideration the research objectives and sample size was decided by randomly selecting respondents. Random sampling was used because it gives every potential respondent a chance to be selected and ensures the data collected is not biased and therefore provides information that is fully representative of the population, contends Bradley (2007) The retail audit Market A market is the group of organizations or consumers that are interested in a product, are allowed by law or regulations to acquire the product, and are able to afford the product or

Strategic Financial Management - Coursework one

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Marketing Strategy Essay Example | Topics and Well Written Essays - 4500 words

Marketing Strategy - Essay Example , the strengths and weaknesses of Shangri-La’s marketing strategies in terms of capturing a bigger market share will be enumerated followed by discussing how each of these factors could either directly or indirectly affect the decision making of the sales managers when it comes to the formation and implementation of its marketing strategies. In response to globalization, Shangri-La is operating its hotel and resort business on a large scale. Under the brand name of Shangri-La and Traders, the company is currently managing a total of 68 hotels and resorts throughout the Asia Pacific, North America, and the Middle East (Shangri-La, 2010 b). With more than 30,000 existing hotel and resort rooms that are available to serve the needs of domestic and international travellers, the top management of Shangri-La Hotel continuously expanded the business by building new hotels in different countries including Austria, Canada, mainland China, France, India, Macau, the Philippines, Qatar, Seychelles, Turkey, and the United Kingdom (Shangri-La, 2010 b). This particular sales and marketing strategy will prevent the company from saturating its target market. As a way of determining the characteristics of a lodging industry, it is best to use the Porter’s five forces framework as suggested by Michael E. Porter. Basically, the five major factors known as the competitive rivalry within the hotel and resort industry, threat of substitute products, threat of a new entrant, the bargaining power of the customers, and the bargaining power of suppliers enables us to determine the ability of Shangri-La Hotels and Resorts to compete in the global market. Given that the market is attractive for Shangri-La, it is most likely that the company will become profitable and vice versa. When analyzing the hotel and resort industry within the Asian market, it is best to go through the historical events that took place in the past. Back in 1920s, the hotel industry around the world experienced

Stages of a criminal trial Essay Example | Topics and Well Written Essays - 250 words

Stages of a criminal trial - Essay Example This only comes after the first step of determining whether the trial should happen before a jury or a judge. The attorneys involved in the persecution gives details of the issues that surround the case to the court. He will further explain the point in which the prosecution plans to prove. The defense further gives their opening statements. In this case, the team will be trying to prove that the defendant is innocent. The opening of statement stage is only valid if other steps of the trial are successful (Felman, 2002). These stages include presentation of evidence to the court. There then follows cross examination of this evidence and the witnesses. The last stage is usually the closing statements, which summarizes the case and waits for the judge or the jury to make a decision. Clearly, the opening statement determines the direction of the case. It gives the judge and the witnesses some sort of focus so that the case is determined appropriately. One example of a criminal case is that of O.J Simpson murder case, also known as people of California vs. James Simpson case (Bugliosi, 1997). He was accused of murder of both his wife and her friend. He was defended by his lawyers Robert Shapiro and Johnnie Cochran. They issued opening statements to defend their client, stating that the blood samples were comprised. They also proved that the police had not conducted themselves appropriately. In the end, the jury decided that the James Simpson was not guilty, and was neither responsible of the two deaths. The stages for criminal trial were duly followed in this case for its

Marketing Strategy Essay Example | Topics and Well Written Essays - 4500 words

Marketing Strategy - Essay Example , the strengths and weaknesses of Shangri-La’s marketing strategies in terms of capturing a bigger market share will be enumerated followed by discussing how each of these factors could either directly or indirectly affect the decision making of the sales managers when it comes to the formation and implementation of its marketing strategies. In response to globalization, Shangri-La is operating its hotel and resort business on a large scale. Under the brand name of Shangri-La and Traders, the company is currently managing a total of 68 hotels and resorts throughout the Asia Pacific, North America, and the Middle East (Shangri-La, 2010 b). With more than 30,000 existing hotel and resort rooms that are available to serve the needs of domestic and international travellers, the top management of Shangri-La Hotel continuously expanded the business by building new hotels in different countries including Austria, Canada, mainland China, France, India, Macau, the Philippines, Qatar, Seychelles, Turkey, and the United Kingdom (Shangri-La, 2010 b). This particular sales and marketing strategy will prevent the company from saturating its target market. As a way of determining the characteristics of a lodging industry, it is best to use the Porter’s five forces framework as suggested by Michael E. Porter. Basically, the five major factors known as the competitive rivalry within the hotel and resort industry, threat of substitute products, threat of a new entrant, the bargaining power of the customers, and the bargaining power of suppliers enables us to determine the ability of Shangri-La Hotels and Resorts to compete in the global market. Given that the market is attractive for Shangri-La, it is most likely that the company will become profitable and vice versa. When analyzing the hotel and resort industry within the Asian market, it is best to go through the historical events that took place in the past. Back in 1920s, the hotel industry around the world experienced

Was the conflict that took place in Finland during 1918 a war of Essay

Was the conflict that took place in Finland during 1918 a war of independence or a civil war - Essay Example The movement has become known to be a civil disobedience movement launched by the citizens of Finland but on the other hand some people deny calling it a civil disobedience movement but rather call it a war of independence fought by the citizens of Finland. Different events led to the war fought between the citizens of Finland and these shall be analyzed in this essay. The citizens of Finland were divided into the Democrats (Reds) and Conservatives (Whites) and they both fought with each other to retain power of the state. All this happened in the year 1918 when Russia itself became affected by the World War One. World War I is known to play a significant role in the independence of Finland. In my view 1918 was a year in which civil disobedience movement was launched by the two factions which ultimately led to the independence of the state. In other words the movement started as a civil disobedience movement but turned out to be a war of independence because of the events that took p lace in the World War I (Arter 1999; Jussila et al 1999; Alapuro 1998; Jutikkala et al 2003). Start of the Conflict The Civil war in Grand Duchy started in the 1918 but it could always be expected after the growing tensions between Russia and Germany in 1914. Finland had been a source of raw material, weapons and army and it was the interest of both the states from the very beginning. The German empire always had a keen interest in the state of Finland as it provided a path for entering Russia. In the nineteenth century the relations between the Finnish and Russians were quite peaceful because of which there were no conflicts in between them. However after 1899, Russia began the process of Russification in which they integrated the Russian language in all the schools of Finland and tried to enhance their military power on the Grand Duchy. This was considered as the beginning of the oppression in Finland. The relationships between Russia and Finland were thereafter not peaceful as th ey used to be. The problems were further aggravated when the Tsar of Finland Nicholas II carried out the activities of Russification in throughout the beginning of the 20th century. His policies were not famous amongst the working class people of Finland and many workers were opposing his activities. Nicholas II made the parliament a mere advisor and snatched away all the powers from the Parliament. Hence it was Nicholas II who was to decide everything on the issues of Finland. This led to the famous revolutions known as February Revolution and the October Revolution (Alapuro 1988; Jussila et al 1999). February Revolution The Russification of Finland did not stop but rather a second wave of Russification started in 1908 and it did not stop until the Finns took an action. The Russian Tsars Nicholas II was removed from the parliament in 1917 to provide all the rights to the parliament which they deserved. The February Revolution took place because of the downfall of the Russian empire in 1917 following the World War I. The power of Tsar were transferred to the Russian Duma and provisional government following the revolution. The status of Finland was revived as an autonomous state as it used to be without any interference of the Russian Empire in its policies (Smith 1955; Jussila et al 1999). After revolts in Russia the power was transferred to the four main parties in Finland which were Finnish Party, Young Finnish Party, Agarian League and Swedish People’

Theosophy Paper Essay Example for Free

Theosophy Paper Essay Theosophy can be described as a collection of beliefs that have been put together to guard mode of operation of the theosophical society. This collection of beliefs is basically man’s effort to understand God through meditation , acts of love towards others, intensive study about various issues as well as living a life that is pure. The origin of theosophy can be traced back to a strong desire for spiritual enlightenment   that existed among ancient cultures and which has continued on   into modern society giving rise to very many religious beliefs over the span of time. This society is a modern movement whose members have a common interest of discovering the truth and understanding the real meaning of life. The theosophical society is a worldwide body whose origin dates as far back as 1875 when a Russian native by name Hellena P Blavatsky together with others came together to set up a movement whose main goal was to unite the human race beyond the boundaries of race, colour or any opinions which put together form a set of rules that govern how people should live. They also had a great desire to study the origin of all religions and their commonality. Membership of this society comprises people from different   world religions brought together by a common search for truth and members are required to observe total tolerance for all without partiality to those are not tolerant themselves. This creates a mood of universal brotherhood amongst the followers and enables them to sit at the same discussion forums irrespective of theirs religious or cultural differences (http://www.theosociety.org/pasadena/gdpmanu/ryan-wh/wit-hp.htm). About the founder   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Helena Petrovna Blavatsky was born in 1831 in the town of Ekaterinoslav in southern Russia where she grew up. In her adult years, she became a very widely travelled woman visiting countries such as Greece, France, India, Japan, Turkey and Britain among others. Apart from being the founder of the Theosophical movement, she is also author of a book on theosophy known as ‘The Secret Doctrine’. The main aim of her writings was to introduce various religious beliefs and philosophies found in Eastern religions to the West and through these writings try to integrate the two. A great part of her teachings have been derived from knowledge imparted on her by her masters; great teachers that she came into contact in the course of her travels in the East. Her teachings have greatly influenced the minds of men and women the world over as they engage in a continuous search for truth. It is these same masters who ordered her to travel to America   where together with others who were engaged in the search for truth, they founded the theosophical society. H. P. Blavatsky died in London in 1891having established a worldwide movement of followers that have been committed to following her teachings (Charles Webster). About Theosophy   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Theosophy does not hold any doctrine or opinion that should be followed by its members and no one is allowed to impose their beliefs, teachings of opinions on the other members. Members are encouraged to put others into consideration when expressing their thoughts although they have the liberty to do so.   Theosophy preaches that there’s nothing within nature that happens by chance but that the universe has pre-set laws that determine how everything operates. The system also advocates that all human beings have a spiritual nature that never dies out and the aspect that dies out that constitutes the physical, emotional and mental nature of man. Theosophy gives detailed information about the creation of the universe and the human race. The universe is said to originate from some infinite unknown source and to this source it must also return. The various origins of creation given by different world religions are analysed critically to show their contradictions while at the same time relating all these religions to a common origin which is the wisdom religion. Followers of this doctrine are encouraged to critically examine their beliefs and point out the differences in their varied religious beliefs. Theosophy is the only movement that places great responsibility on each of its followers about examining their own beliefs. Members are required to come together into one large organisation based on universal brotherhood through exchanging ideas about their different religions, different views about science and their different understandings about philosophy. Philosophically, theosophy tries to explain the connection between the soul and the solar system. Religiously, it tries to design a direct path to achieving spiritual goals and scientifically, theosophy treats philosophy and religion as aspects of life that can only be understood through intensive search of knowledge which comes from religious study and research (Charles Webster). Theosophy verses religion   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Theosophy is not a religion as the movement has no common beliefs or the worship of a common deity. Members trace their origins to very different religious backgrounds and when they meet, it is for the sole purpose of discussions on various issues or books that they have read in the course of their study. Through theosophy, members are taught that their religious background is not vital because all religions can be traced back to one common source. When an individual joins the theosophical movement, they have the privilege to maintain their present religion in the course of their study of theosophy as this is supposed to help them discover the common factor about all beliefs. All have the right to believe what they choose to believe in and no member is allowed to impose their beliefs on another with the intention of converting them.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Theosophy on the other hand can in itself be described as true religion as it gives every member the freedom to accept or reject any ideas read or put forward to them depending on the valuation that they give to the subject. The sole purpose of theosophy is to bridge the gap that exists between science and religion by explaining how each of these two aspects are interrelated. Religiously, these teachings try to explain the life’s main purpose, philosophically tries to explain why things are the way they are and scientifically how nature works (Pavri P.). Principles that govern theosophy   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   There are seven basic rules or principles that govern theosophy the first and foremost being the principle of reincarnation or rebirth. This principle explains that nature operates through a system of cycles that keep repeating themselves for example the seasons of the year, the revolution of the planets around the sun as well the birth, maturity and death of ideas to name but a few. Theosophy is also governed by the law of Karma that states that for every reaction, there must be an action meaning that for every input, there is an output of that there must be a source in order to get a result.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   The doctrine of hierarchies is yet another principle that governs theosophy. This principle explains that nature operates through a system of hierarchies that are all inter-related for example the interdependence of all organs of the human body or the system of government in any society. Theosophy goes on to give another principle that emphasizes on the uniqueness of character in every living thing. This principle tries to explain why every being or thing behaves in the manner that it does. The principle of evolution adds to the list of principles and this one explains the progressive nature of evolution that finally reaches a certain limit that requires the subject in question to move up to another level.  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   There is also the principle of interaction that tries to relate the interaction of the mind and the physical to give either positive or negative results. Theosophy also tries to understand and teach about the foundation of human life or basically, its origin (http://www.theosociety.org/pasadena/gdpmanu/ryan-wh/wit-hp.htm). Theosophy and modern society   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Human beings are bound to differ and what may begin as on united movement of group often disintegrates to give rise to various branches and sub-branches. Naturally, human beings are bound to differ over various ideas and norms depending on the place of their origin and such differences will certainly cause any movement to drift apart. It is this characteristic of human nature that has given rise to a diversity   of religions and religious sects. Despite the effort made through theosophy to unite these world religions into a common search for truth, the theosophical movement itself has not been exempted from this concept of disagreements. As a result very many branches claiming to base their teachings on theosophy have come the whole world over. The idea of universal brotherhood however remains a common factor that unites all these groups as well as others in their endless search for truth.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   The extent to which the movement has succeeded in uniting people is a topical issue. We are still living in a world that is deeply characterised by hatred and causing terror to one another. Nation is fighting against nation as each tries to impose its ideals on the other and even different societies within the same nation are constantly fighting amongst themselves.   It is an end to such mayhem that theosophy tries to seek a solution by encouraging its followers to place great emphasis on an inner discernment of issues and rely heavily on ones own strength.    Because of man’s tendency to make mistakes in the course of his endeavours, the teachings of karma are emphasized. These teachings provide every member with extensive opportunity to learn new things and gain more experience while at the same time critically comparing various issues that com up in the course of learning. The karma helps those who practice it to deviate from a personal analyses of issues and encourages them to view things from a broader perspective as it is from such a deep search for truth that they can gain new strength.    Whether the spirit of universal brotherhood has succeeded in uniting people in modern day society is a very topical issue. Perhaps theosophy has suffered the same problems suffered by world religions; the lack of commitment to a chosen course. Maybe member meet together because it is yet another movement that sounds interesting and worth finding about and the story ends there (Pavri P.). Conclusion   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Theosophy even though not a religion can be described as the true religion in that it its followers have been given the leeway to choose or reject anything depending on their personal valuation and subsequent conviction about any issue that crosses their path of thinking. It directs its followers on various ways of achieving higher levels of spirituality in their lives. According to theosophists, this world is the best place to live in and all resources must be used with all form of wisdom, given value and treated with great respect as a means of deriving satisfaction from life. It is only if man attaches great respect to the environment that he is living in and takes every responsibility to preserve nature and make it a better place that a change for the better can be evident in man. Theosophy explains that different human beings are not in reality different but that they are only different expressions of the same life and this therefore requires every human being to take full responsibility of themselves. According to theosophy, all humans should live harmoniously in their bind to teach others how they should live by setting good examples to them and speaking moderately. The aspect of combining religion and philosophy in the search for the real meaning of life makes it a scope of great criticism from those that have failed to find answers to their problems in theosophy and all those others that are opposed to occultism and spiritualism (Pavri P.). Works cited Ryan Charles J. What is Theosophy? A General View for Inquirers http://www.theosociety.org/pasadena/gdpmanu/ryan-wh/wit-hp.htm Charles Webster A Textbook of Theosophy Published 2007 Leadbeater Cosimo, Inc. Pavri P. Theosophy Explained in Questions and Answers Published 2005 Kessinger Publishing Bloomfield Maurice The Religion of the Veda the Ancient Religion of India Published 2005

Implementation Of 5s In Non Manufacturing Area Commerce Essay

Implementation Of 5s In Non Manufacturing Area Commerce Essay Lean manufacturing is a philosophy that increases the productivity and improves the quality with less resource (Womack and Jones, 1996). Lean manufacturing is the systematic elimination of waste from all aspects of an organizations operations and this included production costs, product quality, and product delivery and worker involvement. Any use or loss of resources that does not lead directly to creating the product or service in an organization is viewed as waste. Now days, many companies are implementing such lean production systems. Companies primarily choose to engage in lean manufacturing for three reasons which are to reduce production resource requirements and costs, improve customer responsiveness and to improve product quality. These 3 elements are very important to boost company profits and competitiveness. The lean manufacturing concept is first introduced in Toyota Corporation which is Toyota Production System. Toyota started the lean manufacturing by following the basic principles that set out by Henry Ford with the moving assembly line. Ford realizes that the importance things in the operation are material flow continuous, process standardization, and waste elimination. The basic principle that set out by Henry Ford did bring the success to Ford Corporation. At the same time, Toyota was experience a difficult time and these basic principles give inspiration to Toyota to develop a system that flexibly responded to customer demand and was efficient at the same time. Now a day, Lean Manufacturing has been implementing in the manufacturing companies throughout the world and was becoming an important topic for manufacturing companies especially in the developed countries. The Japan, which consider as the developed country in Asia did show the success with the implementation of lean manufacturing concept and even the western countries also try to find the ways to compete against with the company in Japan. According to the Industry Week Magazine in a survey at 2004, as a result of the implementing lean manufacturing, U.S. companies had a median savings which is 7% of Cost of Goods Sold. This savings also consider as a higher levels of waste before the company implementing the lean manufacturing concept. Lean manufacturing is a concept which use the less input to achieve the same output and the input can be time, space, human effort, machinery, materials, or costs. In 1995, the U.S. equipment manufacturing company which named Lantech completed the implementation of lean and reported that there had many improvements compare batch-based system in 1991. According to Lantech, the element like manufacturing space per machine, production cycle time and product delivery lead time are reduced after the implementing of the lean manufacturing concept. During the 1990, the Wiremold Company successfully implementing the concept of lean manufacturing. Wiremold Company found out that there have many improvements after the implementing of lean manufacturing concept which the product development time-to-market, receipt and fulfilment of order time, amount of plant space needed, time for raw material to shipping dock and number of suppliers are have been reduced. Besides that, the inventory turns and sales per employee did show the increasing advantage. Some companies in Vietnam also actively conducted training and implemented lean manufacturing concept to eliminate the inefficiency process. This brings the improvement to their production and service lead times. For example, Toyota Ben Thanh, a service center of Toyota in Vietnam, has implemented lean concept to significantly reduce the process time for the automobile maintenance service and as a result, the total number of cars processed are increase. Toyota Ben Thanh achieved significant reductions in the process lead time by successfully eliminating unnecessary waiting time, inefficiencies of physical motions and process flow. According to the oxford dictionary, technique is a particular way of doing something. Lean manufacturing techniques are based on the application of five principles to guide the action of management toward success. The five principles are included value, the value stream, flow, pull and perfection. The perfection is bringing the meaning of the ability to advocate doing things right at the first time through the application of continuous improvement efforts. The element of continuous improvement can break down into 3 basic principles which are Challenge, Kaizen, and Genchi Genbutsu. Background information Kaizen is a Japanese word with literally mean improvement. In the context of Lean manufacturing, kaizen is understood to signify small, incremental, and frequent improvements to a process. Lean philosophy states that the large improvement which just require small amounts of investment and risk. The kaizen main mindset is making process improvements without adding people and space to the process. The more important one is implement the change without spending the money. In the early 1950s, Kaizen was first introduced in Japan which is the Toyota manufacturing plant. In Japan, kaizen is a way of life in the workplace which from the office of the CEO until to the shop apprentice. Kaizen has lead most of the company from a defeated wartime nation to one of the strongest industrialized countries in the world. The main principal of kaizen is making the small, immediate improvements in the process and standardizes the workplace. Actually, all of these small improvement will add up to better the working conditions which a (Imai, 1997) higher degree of safety, more efficiency and ultimately, greater profits. In the western, the improvements are done by introducing the latest technology, or incorporate the newest management technique and the result is outspending of money and time. But Kaizen is different which just requires a small investment of money, but a large investment in effort, cooperation and training. If fully implementation in organization, the results are often amazing. Kaizen is a process which must become a daily part of every workers routine and this is the key for the successful implementation of Kaizen Concept. In Kaizen, management has two functions which are Maintenance and improvement. The important part of kaizen is setting and keeping them. The role of maintain is to maintain the technological and operating standards that have been put into place. The other role of management is improvement which constantly looking for ways to raise the current operating standards. This is an ongoing effort and must be a daily part of the managers job. Process is the holy grail of kaizen and the main focus of Kaizen is on the process because Kaizen emphasize that improving the process will improve the result. The major concept of kaizen is visual management. The opportunities for improvement may present themselves on a daily basis, but if you are not able to see them, they will be missed. One of primary methods used in kaizen is to create an environment where tools, supplies and processes that out of place can be seen right away. There are two systems that are used to achieve this target is 5S and 5M. The heart and soul of visual management is 5S. It is systematic approach to workplace organization and cleaning that will transform a disorganized workplace into an efficient running machine. The 5Ss are Sort (Seiri), Set in Order (Seiton), Shine (Seiso), Standardize (Seiketsu) and Sustain (Shitsuke) 5S method started introduced in Malaysia at the middle age of 1980s and was actively conducted training and implementing in the private sector especially in multinational company. In 2004, 5S method was introduced to all public and private sectors in in Malaysia. In this 6 years, there have many certificates were issued to various factory industries and service as an encouragement. 5S is a method or tool which aims to manage workplace organisation and standardisation. 5S improves the safety, work efficiency, productivity and establishes a sense of ownership. The successes of lean manufacturing concept in the manufacturing area brought the attention of non-manufacturing area using the lean manufacturing concept to manage their company. Although 5 S is a system aimed at good housekeeping and floor cleanliness. But this concept can be used in broader area where you have any kind of waste and even, these concepts also can be use in non-manufacturing process. 1.2 Problem of Study Universiti Teknologi Malaysia (UTM) is a university which has the highest number of postgraduate enrolment in engineering and technology, which is one of the important components in contributing towards the development of an innovation-led economy. There have many department and unit in UTM which provide quality services to help expedite the process and system administration. Each department plays a role in the system administration of UTM and the 5S concept has been introduced to make sure the efficiency in the system administration. Universiti Teknologi Malaysia was the first public university (IPTA) which successfully applies and attains the 5S Concept Certificate at 2009. The certificate handing ceremony was held in UTM Skudai and was officiated by the Director of National Productivity Corporation (NPC) Southern Region, Mohd. Razali Hussin. In his speech, Mohd Razali, the Director of National Productivity Corporation (NPC) Southern Region congratulated UTM staff for their commitment in making this concept a success in UTM. The Director of NPC also said that all the staff in utm are the pioneers to this program and will be the best example and reference for other IPTA. Besides that, in his speech, he did mention that the effort must be consistent from time to time and in the effort to increase the skill and improve the office management system, the commitment and participation of all the UTMs staff are essential. According to the 5S concept program leader, Puan Norazlina Md. Said, this program was introduced to all public and private sectors at the year of 2004 in Malaysia. With the help of NPC, UTM has started realizing the 5s concept and managed to pass a certain requirement and finally successful attaining the certificate. This is an honor for University Teknologi Malaysia. To successfully implementation the 5S concept, each staff of the UTM plays an important role. The successful of UTM will bring a lot of attention which first public university (IPTA) to successfully apply and attain the 5S Concept Certificate. a) What is the key of the successful implementation 5S concept? b) How far the implementation of the 5S concept? c) What is problem that will be face in the implementation of 5S concept? 1.3 Purpose of the Study The purpose of the study is to found out that how far that the implementation that have been done and investigate the key of the successful implementation 5S concept. Besides that, this research can also can give recommendation which ensure a constantly successful of 5s implementation. 1.4 Objective of the Research The purpose of the research is to investigate the implementing 5s at non-manufacturing area which a research will be doing in the Treasurers office UTM. The objectives of this research are: 1.2.1 To investigate that how far that the implementation of 5S concept. 1.2.2 To investigate the factor of the successful implementation of 5s concept. 1.2.3 To suggest the recommendation to ensure a constantly successful 5s implementation. 1.5 Scope This study is focusing on the Implementing 5s at non-manufacturing area which in Bursary office at Universiti Teknologi Malaysia. The respondents, which involve the staff of the Bursary Office and the data collected via questionnaires, were distributed to the respondent. 1.6 Significance of the Study The findings of this study are very important to: UTM The finding in this study can help UTM know the perception of the staff about the implementation of 5S concept. Besides that, can give awareness to UTM about the important of the implementation of 5s concept. Bursary Office Through this finding, can let the staff in the office know that the problem in the implementation of the 5S concept. Besides that, can give a recommendation to Bursary Office and ensure the constantly successful of the implementation of 5S concept. Undergraduate The finding in this study can give knowledge to undergraduate student about the 5S concept. This is because nowadays, there have many company already implement the 5s concept so the undergraduate will not feel unfamiliar when they hear the 5s concept. 1.7 limitations There are some limitations in this research. a) The sample of the study is only limited to the staff of the bursary office and cannot represent all the non-manufacturing area in Malaysia. Therefore, the results of the analysis could be questioned. b) Due to time constraints and cost, the survey will only distributed to respondents via questionnaire. To get an accurate analysis and data, will need an amount of cost and a lot of time. Consider to this problem, the survey will only distribute to respondents via questionnaire. c) The level of reliability and accuracy of this study may be affected by the deceit of respondents. This is because respondents normally tend to answer questions in the way that are beneficial to them.