Personal Narrative - I Am GI Jane Essay example -- Personal Narrative

I Am GI Jane â€Å"Go! Go! Go!† yelled Drill Sergeant Saunders. I must have fallen asleep for a few seconds because I did not hear him give the order to start crawling. I opened my eyes to all three drill sergeants surrounding me and screaming at the top of their lungs. In my mind I kept asking myself, "Why did I join the U.S. Army?" â€Å"Get the hell off of that wall!† exclaimed Drill Sergeant Hill. He continued to degrade me by yelling, "You will amount to nothing if you don't get your head out of your ass." â€Å"Why are you not out crawling across the field?† exclaimed Drill Sergeant Saunders. He continued by yelling, "What are you waiting for, soldier?" Then Drill Sergeant Moyer had to add to it by yelling, "Pumpkin head get moving before you get shot!" She did not miss one breath while exclaiming, "Move it! Move it! Move it!" She was the dreaded female who had a nickname for everyone. My location was Fort Jackson, South Carolina in the hot and humid late hours of a Friday night in the middle of July 1994. The temperature climaxed at a sweltering 120 degrees during the day with only a relief of ten or twenty degrees during the night. I was in my fifth week of Basic Training and still trying to figure out if I wanted to be just a follower the rest of my life or if I wanted to be a leader some day. I did not figure out the answer to my problem until that miserable Friday night when I was so exhausted from a lack of sleep that I suddenly transformed sleep depravation into motivation. While those three drill sergeants were degrading me, I finally had had enough and decided right then and there I was going on a mission to succeed. My unit, 309th Training Detachment, was on its ... ...hours the two halves switched. In the morning everyone in the unit was tired but we were eager to get things packed up and marching back the ten miles that we had come just two days before. I was in a relaxed frame of mind because the ten miles back to the barracks just did not seem to be so bad compared to the past six-weeks of suffering. I knew that I would get the rest of the day to relax and then the following day I would be graduating from Basic Training. By the end of the six week Basic Training Course I felt I could succeed at any mission I set my mind to. By setting my mind to overcome my pain and suffering, I even believe I can accomplish anything that God has in store for me. I believe this makes me a better person and to this day I do not have any regrets about choosing to be a U.S. Army Soldier. I feel great about my success.

Informative Speech Outline Essay

Purpose: To inform my audience members about diabetes, the complications of diabetes, and what they can do to prevent diabetes from happening or how they can manage and maintain a healthy lifestyle if they are currently living with diabetes. Introduction I. Show of hands, how many of you know someone who has diabetes? Need/Connection II. According to the National Diabetes Report, 2014 from the centers for disease control and prevention, nearly 29.1 million people in the United States have Diabetes Speaker Credibility III. Almost all of my family are now currently living with diabetes, and one of them is my mom, she has type 2 Diabetes and having to see her inject herself with insulin every day and have to watch her not being able to eat all the food she wants is tough since she always has to watch how much sugar she intakes. Topic and Main Points IV. Now, although some of us may not all have diabetes, diabetes is the fastest growing disease in the country, and is also one of the top ten leading causes of death. Today I will speak to you about the types of diabetes, complications of diabetes, and steps you can do to prevent yourself from this disease or ways to keep your diabetes under control. Transition Statement V. I will begin by informing you all on what exactly diabetes is, and the types of VI. Body A. What is diabetes? According to the Joslin Diabetes Center; diabetes is defined as a disease in which the body is unable to properly use and store glucose. Glucose is the main source of fuel for the body. And a person with diabetes cannot absorb glucose properly, and glucose stays circulating in the blood damaging tissues over time. B. Types of diabetes I. Type 1 Diabetes: Formally known as juvenile diabetes, which is usually diagnosed in children and young adults. Type 1 diabetes is where the body does not produce any insulin, and people who have type 1 diabetes must take daily injections or pumps to be able to survive on a day to day basis. II. Type 2 diabetes: Formally known as adult-onset or non- insulin dependent diabetes, type 2 is much more common than type 1. Type 2 diabetes is where not enough insulin is produced, and people with type 2 diabetes will need to take either medication or insulin to help regulate the insulin in their body. III. Gestational Diabetes: According to the Baby Center Medical Advisory Board when the body needs additional insulin, the pancreas dutifully secrets more of it, but if your pancreas can’t keep up with the increased insulin demand during pregnancy, your blood levels rise, eventually resulting to gestational diabetes. Most woman with gestational diabetes don’t remain diabetic after the baby is born, but the women are at higher risk for getting it again during a future pregnancy and for developing type 2 diabetes later in life. Transition Statement Keeping diabetes under control can reduce the risk of having future complications C. Complication of Diabetes I. There are many risks and complications with diabetes that are serious, and can sometimes even result to death. Just to give a couple examples: heart disease, nerve damage, amputations, and vision problems. II. According to the World Health Organization diabetes increases the risk of heart disease and stroke. 50% of people with diabetes die of cardiovascular disease. Transition Statement There are many complications associated with diabetes that can be very scary, and life threating. But there are many steps you can do to keep your diabetes under control or prevent diabetes from entering your lifestyle. D. What we can do to maintain/prevent normal blood sugar levels. I. For those who are currently living with diabetes you can take some measures to keep your condition in line by exercising regularly, eating healthy, and taking medications instructed by your doctors. II. For those who don’t have diabetes we can take preventative measures to stop diabetes from happening  to us. Although it may tough to stay away from all those sweets, once in a while we can make some healthy eating choices and increase our physical activity. Transition Statement By better understanding of what diabetes is, and becoming knowledgeable on the consequences of diabetes we can prevent it or still maintain a healthy lifestyle while living with diabetes. Conclusion I. Diabetes is an incurable disease that affects a large amount of people today, but if we are well informed we can make smart decisions. II. There is no real cure for diabetes, but those who are diagnosed with it can still live a long healthy life if they take care of themselves. To better understand diabetes we need to recognize the types of diabetes, and realize the steps we can take to prevent and maintain this disease. Works Cited â€Å"Gestational Diabetes: Causes, Diagnosis & Treatment.† BabyCenter. N.p., n.d. Web. 10 Sept. 2014. â€Å"What Is Gestational Diabetes?† American Diabetes Association. N.p., n.d. Web. 10 Sept. 2014. Translation, Division Of Diabetes. National Diabetes Statistics Report, 2014(n.d.): n. pag. Web. â€Å"National Diabetes InformationClearinghouse (NDIC).† Diabetes Overview. N.p., n.d. Web. 10 Sept. 2014. Large squirrel 556

Timed writing rewrite: the Prince

Leaders of countries or Princes must make decisions that not many will agree with, but are the best for the populace and he must make them, no matter the cost. Niccolo Machiavelli uses logos, ethos and distinct clear diction to prove the necessity for a ruler to be able to make unpopular decisions, in an excerpt from his book â€Å"the Prince† (1532). Throughout the excerpt Machiavelli uses logos to talk about this issue in a logical manner. His first step in approaching this topic is when he states to the reader that others have tried to discuss how a prince should act. Machiavelli states that he is doing something along the same lines but what he says is that a prince must be able to do what is not seen as the right thing in the eyes of his people. He then goes to talk about the qualities a prince must have in order to make those tough decisions because not everything that a prince does will be loved by the people so he must learn to deal with this. Machiavelli manages to address all of these points in his work while remaining logical and he uses ethos to try and show the reader a need for such rulers, who are capable of the doing the right thing for his people even if they disagree. An example of this attempt by Machiavelli to establish credibility can be found in lines 3 – 5 â€Å"being my intention to write †¦ useful to him who apprehends it †¦ to follow up the real truth of the matter than the imagination of it †¦ â€Å"this provokes a response from the reader that does have the effect it should have, it makes Machiavelli seem more credible in his argument and that this is not just some fairytale. That Statement made by Machiavelli shows how clear and precise his diction is and this helps him as he tries to prove that a prince must be able to unpopular things that will benefit his nation. The clear and focused diction that is used adds to this a whole new meaning of understanding where now those who are reading this book can picture what the government needs to do for the betterment of society as a whole. Machiavelli persuades his readers using logos and ethos and clear precise diction in his work the prince because he knows just how important it is for our president of a free state is necessary to helping the people.

Comparative Analysis Of LCD And Plasma Televisions Information Technology Essay Example

Comparative Analysis Of LCD And Plasma Televisions Information Technology Essay Example Comparative Analysis Of LCD And Plasma Televisions Information Technology Essay Comparative Analysis Of LCD And Plasma Televisions Information Technology Essay The intent of this study is to do a comparative analysis of LCD and Plasma telecastings, so the mean consumer can do an enlightening determination on what best suits their demands. With 100s of different theoretical accounts and industries, it can be hard to do a logical determination. There are several different advantages and disadvantages of both LCD and plasma shows. The differences can run from screen declarations, to colourise impregnation. Power ingestion can change greatly between a LCD and plasma show. The engineering behind the LCD ( liquid crystal show ) and plasma may look new, but has been around for several decennaries. The first commercial LCD show was introduced in 1985, by Seiko Epson. The show merely measured 2 inches ( History of LCD ) .Plasma engineering was foremost introduced back in 1964, at the University of Illinois. The two engineerings have developed over the old ages, and can be mass produced more expeditiously than of all time before ( plasmatvscience.org ) .This make them low-cost to buy, and now has taken the CRT market. The range of this study will be the current province of engineering. Reputable beginnings from the cyberspace will be the information used. There will be a brief history of both LCD and plasma. There is a glossary of footings located at the terminal of the study. The chief intent of this study is: Which show is right for the consumer? How can the consumer benefit from each engineering? This study will concentrate on these inquiries, and assist the consumer make an informed determination based on their budget and demands. History of LCD Television LCD engineering has been around for several old ages. In 1967 James Ferguson introduced the first practical LCD show. In 1985, Seiko-Epson introduced the first commercial LCD telecasting set. It measured 2.5 inches. In 2005, Samsung built the universe s largest telecasting at 82 inches ( History of LCD ) . Today, LCD telecastings can be manufactured in mass measures, to do them low-cost for the mean consumer. How LCD Works Figure www.amazon.comLCD plants by taking little atoms called pels. and go throughing visible radiation through them. There are three chief colourss red, green and blue. When electricity is applied, different sunglassess and colourss can be manipulated. There is a possible colour roof of the mouth of 16.8 million colourss ( HowStuffWorks ) .Each pel has a transistor, which can misfunction and do dead pels. This causes dark points on the show. Several of these musca volitanss can be a job. Advantages of LCD Displays There are many advantages to LCD shows. The lifetime of LCD shows can be up to 80,000 hours. That means that the mean family can watch it for 28 old ages before the light beginning begins to dip ( www.flatpaneltv.org ) . This is longer than plasma shows, which merely last about 30,000 hours. LCD is better for PC proctor applications. The show reflects less light, hence doing less asthenopia. This is why they are used for laptops. Screen burn in is non a job, as with a plasma show. This is good for console picture gamers. The cabinet deepness is 3 + inches, doing it possible for smaller places to hold a large screen amusement centre. The screen sizes scope from 5 to 65+ inches ( cnet.com ) . Plasma can merely run from 42 to 65+ inches. The monetary values of these shows will go on to fall, hence doing them low-cost for the mean consumer. The screen Image on a LCD is normally brighter than plasma. LCD shows run cooler compared to plasma. Liquid crystal displaies are more energy efficient, due to the fact that fluorescent lighting is used to bring forth an image. Disadvantages of LCD telecastings Home theatre quality is non every bit good as with plasma screens. The refresh rate is by and large slower compared to plasma. This causes gesture fuzz, particularly if you watch a batch of high action films, or play video games. The 120Hz refresh rates can repair some of this. Pixels can fire out over clip, doing dead pels on the screen. They appear as black points in the image. Some industries allow a certain figure of dead pels out of the box ( www.myrc.com ) . LCD s can non bring forth true black degrees, because of light leaking through the pels ( Jay Kao essay ) . This may be a job with film partisans. Figure LCD screening scope restrictions Sing angles can be a concern. The wider the angle the more screen washout can occur.LCD s normally have a lower contrast ratio than plasma ( 1600:1 ) . Crisp LC-52D92U Figure Samsung LCD Television History of Plasma The first Plasma show was invented in July, 1964 at the University of Illinois. It was non until the innovation of digital engineering, that plasma Television was made possible. The patterned advance in high velocity digital processing, high-tech stuffs, and advanced fabrication engineering, has made full colour, bright plasma telecasting shows possible ( dtv express.com ) . Figure How plasma show worksHow plasma shows work Neon gases are in bantam pixel cells.Every cell has electrodes. The reference and transparent electrodes are placed around the cell.The electrodes extend across the screen.The phosphers give off visible radiation when charged. Changing the pulsation of current, different sunglassess of ruddy, bluish, and green can be produced. ( plasma tvscience.com ) Advantages of Plasma Display The Jay Kao essay High Definition Plasma provinces , black degrees are truer in plasma telecastings. The different engineering in plasma allows for deeper, richer colourss. The image quality is a batch better, compared to LCD telecastings . The screens are made of thin stuffs, which can do for bigger screen sizes. Plasma telecastings have a sleek and slender infinite salvaging design, which can be used in little suites. Plasma shows are besides really light weighing between 50 -80 lbs. Plasma TVs offer widescreen 16:9 ratio show, leting you to see HDTV signals in their original size, every bit good as position DVDs in their proper facet ratio. Plasma TVs have perfect unvarying brightness that allow for no dull topographic point in the image. Plasma TVs use different engineering compared to conventional TVs, they do non endure deformation when placed near a magnetic field. Speakers can be placed following to, below, or right on top of Plasma TVs with no side effects ( inexpensive plasma tv.com ) .Pioneer PRO-111FD Figure Pioneers PRO-111FD Plasmatv Science.com reported that plasma Televisions are able to have VGA and SVGA signals from computing machines and standard telecasting and HDTV signals. This allows them to be used in the commercial or retail environment . Computer gamers have besides been known to do usage of Plasma TVs to supply them the advantage of a larger viewing country. Plasma TVs are able to expose a high declaration, and are capable of exposing HDTV signals. Many Plasma TVs are capable of bring forthing 720p images, and some are able to expose 1080i every bit good. Plasma are close to the monetary value of a LCD of comparable size, but are less expensive the larger the screen size additions. Viewing is first-class from all angles. There is minimum image washout. DVD playback is better than LCD, due to the truer black degrees. Plasmas offer true level screens, cutting down on image deformation and blaze ( inexpensive plasma tv.com ) . Monetary values have fallen over the past few old ages doing plasma shows more low-cost than ever.A 52 inch screen size can be purchase for less than a $ 1,000. Figure side position of Panasonic plasma Television Plasma shows besides have a much higher contrast ratio than LCD telecastings. Contrast ratio is the measuring of the difference in light strength between the brightest white and the darkest black ( Jay Kao essay ) . This is great for place theather enthusists. Disavantages of Plasma Display Plasma shows are normally more bulkier than compareable LCD theoretical accounts. Plasmas are more delicate than LCD. The shows can non be laid on there side, due to damaging the gas Chamberss. Plasma shows reflect ambient visible radiation, doing them less desirable in a brilliantly illuminated room. Picture burn-in is a job with plasma. A image is permamently scratch in the image. A video game, web logo, or letterbox bars can do this. Adjusting the brightness to a right scene can assist some of the consequence of burn-in . Figure illustration of image burn in Compared to other telecasting engineerings, Plasma TVs do by and large hold a shorter life span, and there is no option to mend a burnt out tubing or backlight. Most Plasma TVs have a life span of 20,000-30,000 hours based on maker s estimations. This life span is normally referred to as the Plasma TV half life, as it is the figure of hours over which the Plasma Television will free about half of it s brightness.This means if you watch Television 4 hours a twenty-four hours, it would last about 14 old ages. Altitude can be a job with Plasma shows. The force per unit area of the gases work good at sea degree, but acquire thinner at high lift plasmatvbuyingguide.com ) . A loud buzzing is frequently the consequence. Figure A plasma television place theatre apparatus ( plasmatvscience.com ) Decision Summary of Findingss Plasma and LCD TV have different benefits. The LCD show is best for a hardcore picture gamer, due to the fact of possible screen burn in with plasma. The place theather enthusiants may desire to see plasma for the high velocity refresh rate. Both offer a superior image to the CRT telecasting. Interpertations of findings The mean cunsuner may desire to see the characteristics and differences of both LCD and Plasma shows. The place theatre enthusisit may desire to see plasma. The personal computer or console may desire to see the LCD show for deficiency of burn in . Which one is chosen there are benefits and drawbacks to each. Recommendations If you are interested in prochusing a new Plasma or LCD Television see the undermentioned suggestions: See what technolgies will be used with the Television ex. Video game console, DVD participants, computing machines, overseas telegram or satillite boxes. Take in history the room, illuming, size, . The budget of the purchase that you have. Is the television traveling to used at high lifts ( over 7,000 pess ) . Glossary Cathode-ray tube: Catrode beam tubing old tubing manner of telecastings. Pixels: the smallest component of an image that can be separately processed in a picture show system. Contrast ratio: The contrast ratio is a step of a show system, defined as the ratio of the luminosity of the brightest colour ( white ) to that of the darkest colour ( black ) that the system is capable of bring forthing. Liquid crystal display: Liquid Crystal Display The current criterion of Television.

Induced Resistance in Plants

Induced Resistance in Plants Induced resistance is a defense system within plants which allows them to resist attacks from pests such as fungal or bacterial pathogens or insects. The defense system reacts to the external attack with physiological changes, triggered by the generation of proteins and chemicals that lead to activation of the plants immune system. Think about this in the same way as you would consider the reaction of your own immune system to attack, from, for example, a cold virus. The body reacts to the presence of an invader through several different mechanisms; however, the result is the same. The alarm has been sounded, and the system mounts a defense to the attack. Two Types of Induced Resistance Two main types of induced resistance exist: systemic acquired resistance (SAR) and induced systemic resistance (ISR). Systemic acquired resistance occurs when a localized wound is created on the plant, causing necrosis. The resistance is stimulated when a treatment designed to induce the resistance is applied to the spot where the pathogen has invaded the plant. The treatment can come in the form of another microbe, or as a chemical, such as salicylic acid. (An interesting fact: salicylic acid is also used to make aspirin!) The treatment triggers a systemic response in the plant, and the immune response is signaled. Obviously, this process takes some time to occur, depending on the plant species, the environmental conditions, and the nature of the pathogenic attack.Induced systemic resistance occurs when plant roots are colonized by plant growth promoting rhizobacteria (PGPR), soil bacteria which directly and indirectly influence plant growth. When the PGPR sense a change in the plant, a physiological response is triggered via a pathway involving (again!) salicylic acid. The chemicals jasmonate and ethylene are also involved as signaling chemicals. Unlike SAR, necrotic lesions on the plant are not involved in ISR. Both resistance pathways lead to the same final ending the genes are different, the pathways are different, the chemical signals are different but they both induce the resistance of plants to attack by pests. Although the pathways are not alike, they can work synergistically, and therefore the scientific community decided in the early 2000s to consider ISR and SAR as synonyms. History of Induced Resistance Research The phenomenon of induced resistance has been realized for many years, but only since about the early 1990s has it been studied as a valid method of plant disease management. The most prophetic early paper on induced resistance was published in 1901 by Beauverie. Titled Essais dimmunization des vegetaux contre des maladies cryptogamiques, or Testing the immunization of plants against fungal diseases, Beauveries research involved adding a weakly virulent strain of the fungus Botrytis cinerea to begonia plants, and discovering that this imparted resistance to more virulent strains of the fungus. This research was followed up by Chester in 1933, who outlined the first general concept of plant defense systems in his publication titled The problem of acquired physiological immunity. The first biochemical evidence for induced resistance, however, was discovered in the 1960s. Joseph Kuc, widely considered to be the father of induced resistance research, demonstrated for the first time the induction of systemic resistance using the amino acid derivative phenylalanine, and its effect on imparting resistance of apples to apple scab disease (Venturia inaequalis). Recent Work and Commercialization of the Technology Although the presence and identification of several pathways and chemical signals have been elucidated, scientists are still unsure of the mechanisms involved for many plant species and many of their diseases or pests. For example, the resistance mechanisms involved for plant viruses are still not well understood. There are several resistance inducers called plant activators on the market. ActigardTMV was the first resistance inducer chemical on the market in the USA. It is made from the chemical benzothiadiazole (BTH) and registered for use in many crops, including garlic, melons, and tobacco. Another product involves proteins called harpins. Harpins are proteins produced by plant pathogens. Plants are triggered by the presence of harpins into a warning system to activate resistance responses. Currently, a company called Rx Green Solutions is marketing harpins as a product called Axiom. Key Terms to Know Phytoalexins: antimicrobial proteins that accumulate in plant cells following microbial infection. They do not appear in healthy tissues; they are only formed after infection or injury.Hypersensitive response: the rapid response triggered by a plant in response to pathogen attack.

Cover Letter Assignment Example | Topics and Well Written Essays - 250 words - 4

Cover Letter - Assignment Example I also have extensive set of skills in Photoshop. I have a long standing interest in drawing and I believe that I possess the skills required for this post. I also recently read in your school website that you are now expanding your elementary school. This is a field that I am familiar with. I have read the details outlining the qualifications sought for this role and I believe I match your requirements as can be seen from the examples outlined: I have qualifications in; printmaking major, painting, drawing, photograph, ceramics, sculpture, art history and Chinese ink painting. In addition to the qualities above, I am also a hardworking, self-motivated and determined individual with a high desire to succeed. I would welcome the opportunity to discuss further, my application with you and to this end, I have attached my curriculum vitae to further acquaint you with the specifics of my background. I hope you will consider me for this position. I look forward to a positive communication from

Dekalb Hospital Site Description Essay Example | Topics and Well Written Essays - 1000 words - 1

Dekalb Hospital Site Description - Essay Example Currently, the organization is not affiliated to any academic institution. It has one full time specialized position, no part time specialized position and is an accredited residency site. Dekalp’s practice type is a hospital with 201 beds though its average patient rate 70. Its basic services are medical/ surgery, ICU, ER, psychiatry, and infectious disease but it also offers services in alcohol and drug therapy, rest care, diagnosis image, occupational therapy, orthopedics, physical therapy, and skilled nursing care. It also offers radiology services besides distributive services such as centralized unit dose distribution, decentralized unit dose distribution, IV preparation, TPN compounding, chemotherapy compounding among others. Further, it offers non distributive services such as patient rounds, pharmacokinetics, therapeutic consults, IV to PO conversion, drug information, newsletter provision, P&T committee/Formulatory development, Nursing/Physician/other healthcare prac titioner education, chart writing privileges, laboratory test order protocol, infectious disease service, nutritional support service and anticoagulation service. The organization monitors its patients on an average of 30 to 40 patients per day and adopts a bar-coding identification for non-distributive services. Its documentation system is Car Fusion-med Mind with application of barcode scanning, medication dispensing cabinets and robots for automation. The hospital derives its economics of practice from Medicare, Medicaid and private pay insurance on a 30 percent, 10 percent, and 50 percent contribution basis. The pharmacy is securely situated on the left side of the lobby on the hospital’s first floor and is under tight security that approves all entries. Once in the pharmacy that is about 800 squires, there is a wide working table at the centre and the director’s office to the right. The pharmacy’s products are