Wal-Mart: The High Cost of a Low Price Essay -- essays research papers

Wal-Mart: The High Cost of a Low Price Wal-Mart represents the sickness of capitalism at its almost fully evolved state. As Jim Hightower said, "Why single out Wal-Mart? Because it's a hog. Despite the homespun image it cultivates in its ads, it operates with an arrogance and avarice that would make Enron blush and John D. Rockefeller envious. It's the world's biggest retail corporation and America's largest private employer; Sam Robson Walton, a member of the ruling family, is one of the richest people on earth. Wal-Mart and the Waltons got to the top the old-fashioned way: by roughing people up. Their low, low prices are the product of two ruthless commandments: Extract the last penny possible from human toil and squeeze the last dime from its thousands of suppliers, who are left with no profit margin unless they adopt the Wal-Mart model of using nonunion labor and shipping production to low-wage hellholes abroad." (The Nation, March 4th 2002 www.thenation.com/doc.mhtml?i=20020304&s=hightower). Wal-Mart products are not less expensive due to virtuosity. The "misguided hippie punk" seems to labor under the delusion that Wal-Mart and other big box retailers are somehow the savior of middle and lower class Americans. The low priced products are produced in foreign countries under horrible working conditions and are sold by workers at Wal-Mart stores that are paid poverty wages. For more info go to the National Labour Committee website and read up on Wal-Mart (www.nlcne...

“Wine of Astonishment” Analysis

Setting In  The Wine of Astonishment, the setting is very significant as it gives the reader a better understanding of the background and atmosphere of the story. The story is set over a twenty year period somewhere between nineteen thirty two and nineteen fifty one. It is in a small, remote village in Trinidad called Bonasse where everything takes place. The setting is one of the best techniques in a story, as it has the power to make us feel like we are actually in the story and watching everything take place right before our eyes.The village setting is surrounded by African folk culture which is seen by the stick fighting and chantwell traditions, the communal pride in Bolo's prowess over Ivan Morton's achievements. By this rural setting the reader has to consider their way of life seen by Eva's plantain crushing to the calypsos by light of the flambeau outside Buntin's shop as well as their economic background which at that time was predominantly agricultural with the plating o f cocoa and sugar. It also makes the characterization more intimate where we see love between Joyce and Clyde.The events more symbolic such as the Spiritual Baptist religion which plays a pivotal part in the story. Characterization EVA Eva is the narrator of the story ‘Wine of Astonishment’. She is the wife of Bee and the mother of five. Eva lives in the village of Bonasse with Bee and the three younger of her children. She is of African descent and is of the Shouter Baptist faith. She is a very religious woman and she believes all things happen for a reason. She believes that God gives them all their trials and tribulations because they can bear them.She is a loving mother as she tells her son Reggie that even though he failed his examination, he still had his life in front of him. Her motherly nature is also shown when she was worried about Joyce, her daughter, and Clyde’s relationship. Eva and Bee have been married for twenty-three years and are very close to each other. Eva tries to help Bee by convincing him that they could bear their burdens and convincing him that Ivan Morton would help them. She also tells him that while they do not have as much as others, they have the necessities, and need no more. BEE Bee is the leader of the Shouter Baptist Church in Bonasse.He is married to Eva and has five children, three of which lives with him and his wife in Bonasse. He is of African descent. He is often burdened by his position, yet he cannot simply leave, he must go on, as seen when Eva narrates in page 3, â€Å"†¦and maybe he want to say to hell with the church, to hell with Ivan Morton, to hell with everything, but he can’t get out the web, he must go on hoping. † Ivan Morton was in the Council for Bonasse and Bee sacrificed for him to be there, however Ivan Morton was doing nothing to help the Shouter Baptists and that frustrated Bee greatly.He is very religious and hates the fact that they could not worship God in t heir own way but had to abide to the laws. He relies on his wife, Eva, as his confident and supporter. She helps him to get back up when he is down. Bee seems to be very wary of letting his last son, Reggie, to go to high school because he fears what it may make him. Narrative Technique The story is told in first person, as the narrator is known to be Eva a main character of the play.The first person narrative, captures the attention of the reader in an early stage of the piece of literature, understanding and wanting to understand the situation that the narrator would currently be involved in . We look at the story through her point of view and see the turn of events as they occur through her eyes. Most of the story is written in dialect, as it would be the way that Eva, the story teller would commonly be speaking. It also encourages the readers to be in favor of one party(s) in the story, not having the input of another narrator or that of an omniscient narrator, who would not giv e the story only one point of view.This narrative technique is very useful in capturing the reader’s attention as it helps him/her (as the case may be) get a better grasp into what’s going on within that person’s life and having full access to that person’s most private thoughts and feelings. As it is in Eva’s case, we see her life and struggles within herself, causing the reader to take a special interest in Eva and to empathize for her in whatever situation she is facing, as she describes it to the reader(s).

An Argument for a SMART Board Grant

The support of this grant would pay for the purchase of a SMART Board Interactive Whiteboard on a nomadic floor base for the Pace University School of Education Department. The SMART Board allows professors to include and incorporate multimedia elements into lessons, such as pictures and synergistic presentations, as a consequence devising lessons and lectures more exciting. Students will be able to hear, see and take part with the information they are larning for that peculiar class. The SMART Board Interactive Whiteboard system comes with Notebook package. This package provides a assortment of tools to assist distinguish direction. By holding a SMART Board, professors and pupils are able to compose with a digital pen or with their finger, onto the SMART Board screen. Files from Notebook can be saved in different formats, printed, emailed or posted ; hence, giving pupils complete entree to class stuffs. Basically, anything that can be done on computing machines can be improved by holding a SMART Board available. In the simple and secondary degrees, instructors are invariably seeking to make lessons and activities that meet the demands of all scholars. I think that at the high instruction degree, this mentality gets lost. The bulk of classs are lecture based with essays and written scrutinies. Because of this set up, I feel that college pupils loose their love of acquisition and attending and engagement in classs begin to drop. If a pupil was a ocular scholar in high school, he will still be a ocular scholar during college. The synergistic whiteboard caters to all different scholars because it incorporates images, sounds and stimulations. Students are able to see, hear and interact with what they are larning. Pace University needs more engineering. Pace University has been looking for ways to increase their enrollment Numberss, every bit good as keeping rates. Installing and absorbing engineering onto their campuses could be merely one factor in carry throughing those undertakings. As a former Pace University pupil embassador and representative, I was invariably asked inquiries about the types of engineering that are in the schoolrooms and what pupils are being exposed to. By holding synergistic SMART Boards on campus, I think these inquiries would be eliminated because you can physically see them. Pace University besides has an full school dedicated to Computer Science and Information Systems. I feel that by holding engineering seen in the schoolroom, will besides nicely reflect the impact of that single school on campus. The pupils at Pace University would profit from the purchase of an synergistic whiteboard in a assortment of ways. Students will look at go toing category as something exciting. Students will besides derive a better apprehension of the course of study and constructs being taught, due to the mixture of tools and resources that the SMART Board has that can be incorporated into lessons. Pace University, itself, would profit from holding SMART Boards in campus because pupils will be working on their communicating and engineering accomplishments for the twenty-first century, hence dividing themselves from alumnuss from other colleges and universities. Pace University ‘s slogan is â€Å" Work toward Greatness † . I believe that by incorporating the usage of an synergistic whiteboard into different classs that Pace has to offer its pupils, professors will animate their pupils more. The Pace University School of Education ‘s slogan is â€Å" Making brooding practicians who promote justness, create lovingness schoolrooms and school communities and enable all pupils to be successful scholars. † I believe that the pupils within this school, specifically, will profit enormously from the synergistic whiteboard. They will be exposed to a new engineering that is widely being used in schools all throughout the United States. Students will be able to hold an unfastened head when it comes to engineering and integrating in simple and high schools. Not fiting these pupils with these accomplishments would be harmful to their well-being. Today ‘s universe is filled with different types of engineering, from cell phon es to IPads. Students are invariably surrounded with engineering throughout their day-to-day lives, which merely makes sense to hold that same engineering go a portion of their instruction.2. Aim3. Activity4. MeasurementTo enrich and better Pace University ‘s plans and set of classs through synergistic engineering and engineering integrating. To promote pupils to be independent critical minds and booming scholars at the collegiate degree. To increase pupil motive, engagement, accomplishment and success. To hold pupils program and behavior research, work out jobs and do informed determinations utilizing appropriate digital tools and resources. To hold â€Å" future instructors † become educated on a company and engineerings that is on a regular basis being used in school territories soon. To distinguish direction for all pupils. To use the assigned class clip in the most effectual manner possible. Assign web pursuits: Students will be encouraged to utilize Pace University ‘s resources from the library, databases and dependable beginnings from the Internet. Students will utilize the research and engineering available to them to assist them decode jobs and answer inquiries. Synergistic lessons: Students will actively prosecute within the lessons. Students will acquire out of their seats to take part and foster their acquisition. Videos/Lectures: Teachers can implant videos cartridge holders that demonstrate the same constructs that are being taught in their class. Teachers can enter notes from the class, salvage them and post/email them to pupils. Virtual Field Trips: Teachers can take their pupils on a trip during their assigned class allotted clip. Presentations: Students can show their undertakings utilizing the SMART Board in several ways: making a NoteBook file, digitally making it, entering their voices, etc. Exams/Reviews: Teachers can make games/activities that can assist the pupils review constructs for scrutinies. Teachers can make scrutinies on the SMART Board. Workshop Session: Provide pupils with the chance to larn how to really utilize the SMART Board. Students will be able to utilize the cognition gained in their field arrangements and future occupations. Pre-course study: Conducted on the first twenty-four hours, inquiring pupils about their involvement in the class, anticipations of their engagement throughout the class, class and terminal of class experience. Post-course study: Conducted on last twenty-four hours, inquiring pupils about their apprehension of the class stuff, if they were successful in the class, if they enjoyed the class, would they urge the class and impact of engineering used in the class. Informal appraisals: Teacher observation, pupil diary entries/blogs on the subject of usage of the SMART Board. Formal appraisals: Lessons/lectures/activities can be video taped. Samples: Student work samples will be saved to be included in a portfolio. Attendance Preparation Engagement Behavior

Biology lab report diffusion Essay Example

Biology lab report diffusion Essay Example Biology lab report diffusion Paper Biology lab report diffusion Paper SKI solution, 15% glucose/ 1% starch solution, distilled water, balance, sucrose solutions (0. MM, 0. MM, 0. MM, 0. MM, 1. MM), glucose test tape, beakers (multiple), Petri dish. In the experiment, one will measure diffusion through a selectively permeable membrane (dialysis tubing). A 30 CM by 2. 5 CM piece of dialysis tubing that has been soaked in water is acquired and made into a bag by tying one end of the dialysis tubing and opening the other end. Next, place 15 ml of the 15% glucose/ 1% starch solution into the dialysis tubing. After this step, tie off the end hat is still open and effectively turn it into a model of a cell (for the purpose of this lab). Afterward, fill a beaker with 250 ml of distilled water but bake sure that the beaker is either three-fourths full. 4 ml of SKI should be added to the beaker and the color should be recorded. In order to check for contamination, perform the Benedicts test on the water and measure with glucose tape. Next, in order to place the dialysis tubing into the beaker, rinse the tubing with distilled water and make sure that there are no leaks or tears in the bag. Slowly place the bag into he beaker and make sure the tubing is completely submerged. Allow the bag to stay in the water for 30 minutes unless a color change is observed in the bag or the beaker. Finally, test the liquid in the beaker and the bag for glucose and take recordings of the color of the beaker and the bag. For part B of the experiment, 6 pre-soaked bags of dialysis tubing 30 CM by 2. 5 CM should be created. Along with this, 6 beakers should be collected. In separate bags, 25 ml of each of these solutions should be placed: 0. MM sucrose, 0. 4 sucrose, 0. 6 sucrose, 0. 8 sucrose, 1 -MM sucrose, and distilled water. Remove most of the air from the bags and leave room for expansion when tying off the second end of the dialysis tubing. Find the mass of each bag and record the information. Once again, rinse the bag with distilled water and check for leaks and tears before placing into 6 separate beakers each with 250 ml of distilled water filled three fourths of the way. Immerse each bag in separate beakers and let it be until either there is a distinct change in color in the bag or beaker, or 30 minutes have passed. Results: Osmosis occurs when there are different concentrations of solutes across a permeable membrane. The dialysis tube served its function as a membrane and the results were acquired. In part A, osmosis was observed in the bag because the benedicts solution entered through the dialysis tube and showed up as a blue tint at the top of the bag. The beaker remained a yellowish color from the SKI. Next part of the experiment, part B, was testing diffusion in various substances. In the distilled water, the change in mass was not drastic, although it was substantial. The 0. MM sucrose had a larger change in mass and the 0. MM sucrose had an even larger change in mass. The 0. 6, 0. 8, and 1. MM sucrose had bout average change (13-17%). Contents Initial Mass Final Mass % Change in Mass Distilled Water 21. 94 23. 92 9. 02% 0. MM sucrose 22. 83 26. 21 14. 81% 0. MM Sucrose 22. 94 28. 81 25. 59% 0. MM Sucrose 23. 23 26. 60 14. 51% 0. MM Sucrose 23. 63 26. 99 14. 22% 1 . MOM sucrose 23. 95 27. 95 16. 70% Discussion: The distilled water had less of a change in mass because the solute outside of the bag was lower. This caused there to be equilibrium that is easier to reach. The 0. MM sucrose increased in change in mass because the solute outside was much higher and existent unlike the distilled water. And an increase in the 0. M sucrose happened for the same reason. The results for my classmates were mostly the same except we seemed to have an abnormality in the 0. 6,0. 8 and 1. MM sucrose. The results for this are completely off. Since osmosis is a process by which molecules of a solvent tend to pass through a semiprivate membrane from a less concentrated solution into a more concentrated one, thus equalizing the concentrations on each side of the membrane, the solution on the inside of the bag and the outside of the bag are equalized and the change in mass is correlated to this process. Diffusion works the same way, as osmosis only t is the passive movement of particles in an area.

What Is the Rainbow Color Order Understanding ROYGBIV

What Is the Rainbow Color Order Understanding ROYGBIV SAT / ACT Prep Online Guides and Tips You’ve more than likely seen a rainbow aftersome rain on a sunny day. But what are the colors of the rainbow in order? And what causes a rainbow to form? We’ll explain everything you need to know about the rainbow color order, including what ROYGBIV means, why rainbows exist, and whether or not the rainbow order will ever change. What Are the Colors of the Rainbow in Order? Officially, therainbow color order is as follows: Red Orange Yellow Green Blue Indigo Violet This means that every rainbow you see will have these seven colors in this order (from the top of the arc of the rainbow to the bottom of the arc). The easiest way to remember therainbow color order is to use the mnemonic device ROYGBIV, in whicheach letter stands for the first letter of the color names (in other words, R is for red, O is for orange, Y is for yellow, etc.). Most people pronounce ROYGBIV in three syllables, making it sound and look more like the name of someone: Roy G. Biv. Occasionally, you might see ROYGBIV written in reverse as VIBGYOR. I'm willing to bet you can readily envision most, if not all, of these seven colors of the rainbow. But many people get confused about the color indigo and how it differs from blue and violet. Typically, indigo is described as being abouthalfway between blue and violet. Most people seem to agree that indigo is closer to a deep or dark blue than it is a more purple or violet color, but there's still debate even about this! What Is a Rainbow? What Causes One to Form? You now know the rainbow color order, but what exactly causes a rainbow to form? And why does a rainbow contain these seven colors in this order specifically? To answer these questions, we'll go all the way back to English scientist and mathematician Isaac Newton. Newton conducted many experiments with light, which are summarized in his 1704 book Opticks, and discovered that when clear white light passes through a prism, it refracts into different colors in a particular order, or what we know as a rainbow. This means that white light is not actually white but is composed of a humongous spectrum of colors! These colors make up the visible (light) spectrum; it's the part of the electromagnetic spectrum that human eyes can see. All colors in the visible light spectrum travel at different wavelengths, with red having the longest wavelength at around 700 nanometers and violet having the shortest at around 380 nanometers. These wavelengths bend at different angles when passing through a prism, and this is what causes the rainbow color order to look the way it does. Newton is the one who decided to interpret the rainbow order in terms of seven unique colors- ROYGBIV- but the truth is that rainbows consist of more than a million colors, many of which are invisible to the human eye! In addition, some colors, such as pink and brown, are indeed visible to the human eye but do not have their own wavelengths and can only be made when combining certain wavelengths. For example, pink is created by combining red, green, and blue wavelengths. So how is a natural rainbow made- you know, those rainbows we see in the sky? Rainbows form naturally when sunlight passes through water droplets in the sky, causing the light to refract and reflect, typically in the form of an arc. Therefore, your chance of seeing a rainbow will be highest on sunny, rainy days. Rainbows always appear opposite the part of the sky the sun is in, so if you’re trying to look for a rainbow, you'll want to make sure that your back is to the sun. Will the Rainbow Color Order Ever Change? When we talk about the rainbow color order,most peoplethink of ROYGBIV. But as I mentioned above, there are actually a lot more than just seven colors in the rainbow. Newton chose to define the rainbow as consisting of seven colorsbecause he believed the number of colors in a rainbowshould be the same as the number of notes in a musical scale. Clearly, this is a pretty arbitrary (and non-scientific way) to look atthe different colors in a rainbow. Indeed, many people still struggle to distinguish indigo from violet and blue! So while the actual rainbow color order (the visible spectrum) will always be the same, the way we talk about the rainbow color order could change over timedepending on how people view and choose to define colors. Many modern portrayals of the rainbow have just six colors- red, orange, yellow, green, blue, and violet- opting to leave out indigo entirely. For example, the LGBT rainbow flag goes directly from blue to violet, without indigo. The LGBT rainbow flag at a gay pride parade. So why do we still include indigo in the rainbow color order, especially if so many people think of it as nothing more than a transitional color between blue and violet? Many believe it is merelydue to the desire towant to stick to tradition. Nevertheless,it's certainly possible that future kindergartners will learn about ROYGBV- minusthe I for indigo! What’s Next? Got other questions about science?Check out our guides on the scientific method (coming soon) and how to convert between nanometers and meters (coming soon). Thinking of taking an AP science exam?Then you'll definitely want to sneak a peek at our expert study guides for AP Biology, AP Environmental Science, and AP Chemistry. Want to know how to say things in other languages? Learn 10 essential Japanese greetings and the different ways you can say, "Hello!" in Italian (coming soon).

Compare and contrast software analysis techniques Essay

Compare and contrast software analysis techniques - Essay Example After the detection of that fault in the fifth month, a software programmer was contacted and briefed with the entire story. Even a small miscalculation can lead to a bad reputation and penalties from regulatory authorities that may lead to business loss. Similarly, a software malfunction was detected in November 1979, where the strategic air commander receives an alert scramble. The scramble alarm indicated that the Worldwide military Command and Control System (WWMCCS) reported that the Soviet Union has launched missiles that are moving towards the United States of America (Software engineering (sie) 7E). Likewise, later it was found that the simulated attack was considered as a real attack, however, the U.S department of defense has not provided the details of that incident as it was marked as confidential. Conclusively, it was also a software fault that may have intimated U.S to launch a counter attack. With these two examples of billing a customer or getting false alarms in air defense, the completion time of software is always late, over budgeted or with many faults and may not cope with clients requirements. To overcome, these issues, software engineering methods are invented. Likewise, it is an attempt to provide a solution of these problems. In this brief, we will discuss two software engineering techniques i.e. formal software engineering and semi-formal software engineering. 2 Formal Software Engineering Techniques There are various formal software engineering techniques available; however, they are exceedingly diverse. For instance, Anna is considered to be a formal specification language pertaining to Ada (Luckham, von Henke, Krieg-Brueckner, & Owe, 1987). Likewise, some of the formal techniques are based on knowledge such as Gist, as it was designed for describing processes aligned with user friendliness i.e. the closest alignment of describing the process. Likewise, this is only achievable by formulating the constructs that are utilized in natura l languages. The Gist specifications are very difficult to read in practice, a separate paraphrasing tool has been deployed from Gist to English. Moreover, one more formal software engineering technique known as (Schach, 1993) Vienna definition method (VDM) is also invented. Likewise, this technique is based on DE notational semantics (Fitzgerald & Larsen, 2009). Moreover, one remarkable factor of this technique encompasses not only on the application but the design and deployment, as well. The VDM technique has been successfully applied in many projects, most amazingly on the ‘Datamatik Center development’ that was integrated with DDC AdaCompiler System (Diaz & Orejas, 1989). A unique perspective of reviewing specifications is to analyze them in the context of sequences of events. Likewise, an event can be an ordinary action or a communication signal that transmits data inward or outward of the system. For instance, a case study related to an elevator, where one event comprises of pressing the button of the elevator for floor f on elevator e along with its consequential illumination. Similarly, another event comprises of elevator e that is leaving the floor f downwards along with cancellation of illumination that is associated with conforming floor button. The CSP language abbreviated as the Communication Sequential Processes (CSP) is invented by Hoare in

The Islamic Center Case Study Example | Topics and Well Written Essays - 500 words

The Islamic Center - Case Study Example onnecting facility and thus before establishing other facilities such as schools, the board must ensure that the community derives maximum utility from the gym. Therefore, in addition to the volunteers, the gym requires some permanent staff, to oversee its operations. This can be ensured by educating the community about their obligation to pay the required fees, and then using the fees to financially motivate the permanent employees. IC is advantaged to have a lot of professional in the board and thus with each member working on the new strategy (Cropf, Kohler, and Loutzenhiser 71), the community will be made to support its operation and thus avoid chaos in the long run without reducing the board members working hours in their other professions. The gym is a uniting factor in addition to being a recreational facility. For this reason, everyone needs to feel involved in its management, operation and maintenance. Notably, the vandalism was motivated by lack of proper and timely communication rather than change of events (Cropf, Kohler, and Loutzenhiser 70). Therefore, the ad hoc committee is obligated to advice the board on the importance of properly communicating to the community on any changes. Secondly, the community should also be encouraged to understand the main objectives of the gym. Holding several meetings to educate the gym members, especially Muslims on the importance of unity can adversely reduce chaos from the members. These meetings would also increase the member’s desire to volunteer as trainers. Moreover, the gym should remain well maintained, with staff that ensures that resources are well utilized to reduce costs. The gym was made to benefit the whole community, and members should be made aware of that. By using the Muslim teachings of brotherhood, members can be encouraged to help better the community they live and mostly for future generations. The most demotivating factor is lack of financial benefit in dedicating time