College tuition pricing and the drive behind it Research Paper

School educational cost estimating and the drive behind it - Research Paper Example Government is empowering private interest in instructive area as a major aspect of the advancement approaches. Privately owned businesses are using this open door well overall. The administration has not actualized any laws to manage the education costs climb in the higher instructive part. Privately owned businesses are hence misusing the understudy network. This paper examinations the school educational cost estimating and the drive behind it Contents 12 Introduction The significance of training in forming the eventual fate of a country is very much archived by numerous researchers previously. It ought to be noticed that America is as of now battling to discover enough labor to provide food the necessities of the associations. A lot of exiles are as of now working in basic situations in America. In addition, a significant bit of American occupations are at present redistributed or offshored to abroad nations as a result of the lack of gifted labor in the nation. It is accepted that the nature of American training is reducing over the long haul due to the hesitance of the legislatures in meddling in this area genuinely. Despite the fact that Obama and Bush have actualized a few projects, for example, Raise to the Top and No Child Left Behind, as a take care of the issues in American instructive division, none of these projects appear to be yielding the ideal outcome. Rising educational cost is one of the serious issues looking by the American understudies. Despite the fact that understudies in the exclusive class may not confront a lot of issues concerning the educational cost value climb, understudies from the standard class compelled to surrender their desire about advanced education. In 1987, at that point U.S. secretary of instruction William Bennett created a commentary piece in The New York Times named â€Å"Our Greedy Colleges.† In the piece, Bennett griped about a remark made by Benno C. Schmidt Jr., at that point the leader of Yale University ( CT), who had accused Yale’s educational cost climb on reductions in government budgetary guide. Bennett reacted by composing, â€Å"If anything, increments in budgetary guide as of late have empowered schools and colleges happily to raise their educational costs, certain that Federal advance appropriations would help pad the expansion. The hypothesis behind Bennett’s attestation is moderately basic: The accessibility of government loansâ€particularly financed advances offering a beneath advertise financing cost and installment of enthusiasm as long as the understudy is taken a crack at schoolâ€provides â€Å"cover† for universities to raise their costs, since understudies can balance a cost increment, or if nothing else a part of that expansion, with administrative credits (Heller, 2013, p.1). America is by all accounts actualizing the hypothesis of Survival of fittest (created by Charles Darwin and Herbert Spencer so as to clarify the advancement hypothe sis and financial hypothesis) in higher instructive area. This hypothesis is significant while disclosing the issues identified with bringing education costs up in American higher instructive division. In a cultivated society like our own, it is difficult to legitimize instructive arrangements like helping just the fittest, with the assistance of speculations like Survival of fittest. Each human has some characteristic rights and the option to get instruction is one among them. Government ought to never avoid executing it’s obligations under any conditions. In old Roman Kingdom, guardians had to execute undesirable youngsters in view of the guidelines from the King.

W. H. Auden’s Mus

Moreover, the complexity In words utilized inside the sonnet (â€Å"Innocent behind†) are utilized to Juxtapose how W. H. Aden has put the Idea of Europe for all intents and purposes Ignoring the Holocaust with the Cirrus debacle †which is utilized to represent Addend's conclusions and perspectives on what was occurring during the asses in Second World War Britain. ‘Musse des Beaux Arts' incorporates varieties of language gadgets. The utilization of sibilance in the sonnet, â€Å"disappearing†¦ Passionately†¦ Sun shone†, features the differentiation of the temperament In Addend's prose.This clarifies that the tone of the sonnet vanes all through. For Instance, the primary refrain opens with a drabber opening (â€Å"About suffering†) yet finishes with the juxtaposition â€Å"innocent behind†. This shows the dissimilarities in the temperament all through the sonnet. Aden will in general use fronting to express what is on his mind snappie r. â€Å"About enduring they were rarely off-base, The Old Masters; how well they understood†. This sentence includes an impact by being grounded †It has purposely been returned to-front. It gets the subject of the sonnet across rapidly and gives us judgment on the key themes.Therefore, it declares the topic of the sonnet. Be that as it may, one could contend that the topic of the sonnet isn't about war. On the other hand, one can perceive how the sonnet Is about religion and Jesus †thus the reference to affliction. The notice of â€Å"martyrdom† joins with how Jesus was accepted to have passed on Tort our wily. The structure of the sonnet is exceptionally unpredictable. The principal refrain is much longer than the subsequent verse. This is on the grounds that Aden needs to express his case before he specifies what the sonnet is about. â€Å"On a lake at the edge of the wood: they never forgot†.The SE of enjambment on the sentence features the continu ation of the sonnet. Aden is Just setting up his speculation and utilizations both enjambment and end halting to invoke utilizing the second refrain as a speedier, punchier verse. Taking everything into account, Addend's ‘Musse des Beaux Arts' recognizes numerous subjects and uses authentic setting to sum up his own view on Nazi Germany during the hour of the sonnet's organization. By utilizing language and auxiliary gadgets in an unpredictable manner, he can feature the difference in tone and symbolism all through the content.

Astro Department

A Look at Unified Engineering and the Aero/Astro Department You cant take any other classes in the Aero/Astro department until youve completed both semesters of Unified Engineering- a series designed to encompass all the fundamentals of engineering while exploring questions such as Just how excited are you, really, about airplanes?? and Are you sure? (Read more about the trials of the course in the intro to my entry #2 about bottle rockets. The pains, and gains, of being a student at MIT.) A couple weeks before the end of term, we abandoned an entire thermodynamics lecture to just talking about how cool airplanes are in which the student body revealed most obstinately, Yes, indeed, we are psyched about airplanes. I felt really glad to be a part of Course 16 on that day. (Unified lecture hall during a 9am lecture) You see, to be quite honest, Course 16 is not designed like many other majors necessarily with exploration in mind. As one of my hallmates wisely pointed out to me, while many students develop a tangible interest in math or chemistry through positive experiences with intro classes in high school or early college, far fewer students decide to take a shot at Aerospace because theyd done well in their 10th grade Jet Propulsion class and found the material interesting. Instead, course 16 students are propelled by a sort of fanaticism much in the way that marathon runners are motivated by the finish line. Its about making it through, and meanwhile having each other to lean on. (the Undergraduate Aero/Astro Lounge) Many people have asked me if Unified is hard. And I suppose I have to extend my analogy to respond that Unified is hard in the same way that running a marathon is hard. The material is designed with very few expectations in mind but that you follow along, that you come to class, that you do what is asked. The grades are not curved so you dont necessarily have to be smarter, faster, stronger than your classmates, however smart, fast, and strong they are. Anyone who puts in the effort required (which is quite a bit) has an equal shot at success. Its not so much a matter of skill, most anyone can figure out how to put one foot in front of the other, but one of endurance, that you do it over and over again for 26 miles and its pretty damn gratifying when you make it. Looking at the number of companies vying for course 16 grads at career fairs, Id say youre pretty set if you can graduate with an Aero/Astro degree from MIT :) (a typical signals and systems lecture) (Professor Hall giving his pre-test schpiel, those are real tests on each of our desks) (answers passed out immediately following a thermodynamics test) Me? Im not really that excited about airplanes. I think Im more excited about the applied physics that is in engineering and the huge role fluid dynamics plays in Aeronautics. Plus, Im sick of running, Im not in such a hurry. I dont even know where it is Im going. So after some soul searching Im proud to report that my full attentions will turn to a course 8 degree. Hey hey dont get me wrong. Im still your source for all things Course 16. My intentions are grad school in Aeronautics/Astronautics and hopefully a couple of internships in that direction. (thats a turbine) (these are all pictures from the aero/astro lab) (thats a flight simulator) (in case you forgot about the turbine) (stuff) (i dont know jesse took these pictures) (i like this picture) (someones project) I took these on my cellphone when flying from Shanghai to Chongqing a couple weeks ago. Okay, maybe Im a little excited about airplanes. -lulu

Early History of African American Inventors

Thomas Jennings, born in 1791, is believed to have been the first African American  inventor to receive a patent for an invention. He was 30 years old when he was granted a patent for a dry-cleaning process. Jennings was a free tradesman and operated a dry-cleaning business in New York City. His income went mostly to his abolitionist activities. In 1831, he became assistant secretary for the First Annual Convention of the People of Color in Philadelphia, Pennsylvania. Slaves were prohibited from receiving patents on their inventions. Although free African American  inventors were legally able to receive patents, most did not. Some feared that recognition and most likely the prejudice that would come with it would destroy their livelihoods. African American Inventors George Washington Murray was a teacher, farmer  and U.S. congressman from South Carolina from 1893 to 1897. From his seat in the House of Representatives, Murray was in a unique position to bring into focus the achievements of a people recently emancipated. Speaking on behalf of proposed legislation for a Cotton States Exhibition to publicize the South’s technological process since the Civil War, Murray urged that a separate space be reserved to display some of the achievements of Southern African Americans. He explained the reasons why they  should participate in regional and national expositions, saying: Mr. Speaker, the colored people of this country want an opportunity to show that the progress, that the civilization which is now admired the world over, that the civilization which is now leading the world, that the civilization which all nations of the world look up to and imitate--the colored people, I say, want an opportunity to show that they, too, are part and parcel of that great civilization. He  proceeded to read the names and inventions of 92 African American  inventors into the Congressional Record. Henry Baker What we know about early African American innovators comes mostly from the work of Henry Baker. He was an assistant patent examiner at the U.S. Patent Office who was dedicated to uncovering and publicizing the contributions of African American inventors. Around 1900, the Patent Office conducted a survey to gather information about these  inventors and their inventions. Letters were sent to patent attorneys, company presidents, newspaper editors and prominent African Americans. Henry Baker recorded the replies and followed up on leads. Baker’s research also provided the information used to select those inventions exhibited at the Cotton Centennial in New Orleans, the World’s Fair in Chicago and the Southern Exposition in Atlanta. By the time of his death, Henry Baker had compiled four massive volumes. First African American Woman to Patent Judy W. Reed may not have been able to write her name, but she patented a hand-operated machine for kneading and rolling dough. She is probably the first African American woman to obtain a patent. Sarah E. Goode is believed to have been the second African American woman to receive a patent. Race Identification Henry Blair was the only person to be identified in the Patent Office records as a colored man. Blair was the second African American inventor issued a patent. Blair was born in Montgomery County, Maryland, around 1807. He received a patent on October 14, 1834, for a seed planter, and a patent in 1836 for a cotton planter. Lewis Latimer Lewis Howard Latimer  was born in Chelsea, Massachusetts, in 1848. He enlisted in the Union Navy at the age of 15, and upon completion of his military service he returned to Massachusetts and was employed by a patent solicitor where he began the study of drafting. His talent for drafting and his creative genius led him to invent a method of making carbon filaments for the Maxim electric incandescent lamp. In 1881, he supervised the installation of electric lights in New York, Philadelphia, Montreal, and London. Latimer was the original draftsman for Thomas Edison and as such was the star witness in Edison’s infringement suits. Latimer had many interests. He was a draftsman, engineer, author, poet, musician and, at the same time, a devoted family man and philanthropist. Granville T. Woods Born in Columbus, Ohio, in 1856,  Granville T. Woods  dedicated his life to developing a variety of inventions relating to the railroad industry. To some, he was known as the Black Edison. Woods invented more than a dozen devices to improve electric railway cars and much more for controlling the flow of electricity. His most noted invention was a system for letting the engineer of a train know how close his train was to others. This device helped cut down accidents and collisions between trains. Alexander Graham Bell’s company purchased the rights to Woods’ telegraphony, enabling him to become a full-time inventor. Among his other top inventions were a steam boiler furnace and an automatic air brake used to slow or stop trains. Wood’s electric car was powered by overhead wires. It was the third rail system to keep cars running on the right track. Success led to lawsuits filed by Thomas Edison. Woods eventually won, but Edison didn’t give up easily when he wanted something. Trying to win Woods over, and his inventions, Edison offered Woods a prominent position in the engineering department of Edison Electric Light Company in New York. Woods, preferring his independence, declined. George Washington Carver When you can do the common things in life in an uncommon way, you will command the attention of the world. --  George Washington Carver. He could have added fortune to fame, but, caring for neither, he found happiness and honor in being helpful to the world. George Washington Carver’s epitaph sums up a lifetime of innovative discovery. Born into slavery, freed as a child and  curious throughout life, Carver profoundly affected the lives of people throughout the nation. He successfully shifted Southern farming away from risky cotton, which depletes the soil of its nutrients, to nitrate-producing crops such as peanuts, peas, sweet potatoes, pecans, and soybeans. Farmers began rotating crops of cotton one year with peanuts the next. Carver spent his early childhood with a German couple who encouraged his education and early interest in plants. He received his early education in Missouri and Kansas. He was accepted into Simpson College in Indianola, Iowa, in 1877, and in 1891 he transferred to Iowa Agricultural College (now Iowa State University) where he earned a bachelor of science in 1894 and a masters in science in 1897. Later that year, Booker T. Washington--founder of the Tuskegee Institute--convinced Carver to serve as the school’s director of agriculture. From his laboratory at Tuskegee, Carver developed 325 different uses for peanuts--until then considered lowly food fit for hogs--and 118 products from the sweet potato. Other Carver innovations include synthetic marble from sawdust, plastics from woodshavings and writing paper from wisteria vines. Carver only patented three of his many discoveries. God gave them to me, he said, How can I sell them to someone else? Upon his death, Carver contributed his life savings to establish a research institute at Tuskegee. His birthplace was declared a national monument in 1953, and he was inducted into the National Inventors Hall of Fame in 1990. Elijah McCoy So  you want the real McCoy? That means you want the real thing—what you know to be of the highest quality, not an inferior imitation. The saying may refer to a famous African American inventor named  Elijah McCoy. He earned more than 50 patents, but the most famous one was for a metal or glass cup that fed oil to bearings through a smallbore tube. Machinists and engineers who wanted genuine McCoy lubricators may have originated the term the real McCoy. McCoy was born in Ontario, Canada, in 1843--the son of slaves who had fled Kentucky. Educated in Scotland, he returned to the United States to pursue a position in his field of mechanical engineering. The only job available to him was that of a locomotive fireman/oilman for the Michigan Central Railroad. Because of his training, he was able to identify and solve the problems of engine lubrication and overheating. Railroad and shipping lines began using McCoy’s new lubricators, and Michigan Central promoted him to an instructor in the use of his new inventions. Later, McCoy moved to Detroit where he became a consultant to the railroad industry on patent matters. Unfortunately, success slipped away from McCoy, and he died in an infirmary after suffering a financial, mental and physical breakdown. Jan Matzeliger Jan Matzeliger  was born in Paramaribo, Dutch Guiana, in 1852. He immigrated to the United States at age 18 and went to work in a shoe factory in Philadelphia. Shoes then were handmade, a slow tedious process. Matzeliger helped revolutionize the shoe industry by developing a  machine that would attach the sole to the shoe in one minute. Matzeligers shoe lasting machine adjusts the shoe leather upper snugly over the mold, arranges the leather under the sole and pins it in place with nails, while the sole is stitched to the leather upper. Matzeliger died poor, but his stock in the machine was quite valuable. He left it to his friends and to the First Church of Christ in Lynn, Massachusetts. Garrett Morgan Garrett Morgan  was born in Paris, Kentucky, in 1877. As a self-educated man, he went on to make an explosive entry into the field of technology. He invented a gas inhalator when he, his brother and some volunteers were rescuing a group of men caught by an explosion in a smoke-filled tunnel under Lake Erie. Although this rescue earned Morgan a gold medal from the City of Cleveland and the Second International Exposition of Safety and Sanitation in New York, he was unable to market his gas inhalator because of racial prejudice. However, the U.S. Army used his device as gas masks for combat troops during World War I. Today, firefighters can save lives because  by wearing a similar breathing device they are able to enter burning buildings without harm from smoke or fumes. Morgan used his gas inhalator fame to sell his patented traffic signal with a flag-type signal to the General Electric Company for use at street intersections to control the flow of traffic. Madame Walker Sarah Breedlove McWilliams Walker, better known as  Madame Walker, together with  Marjorie Joyner  improved the hair-care and cosmetics industry early in the 20th century. Madame Walker was born in 1867 in poverty-stricken rural Louisiana. Walker was the daughter of former slaves, orphaned at the age of 7  and widowed by 20. After her husband’s death, the young widow migrated to St. Louis, Missouri, seeking a better way of life for herself and her child. She supplemented her income as a wash woman by selling her homemade beauty products door-to-door. Eventually, Walker’s products formed the basis of a thriving national corporation employing at one point over 3,000 people. Her Walker System, which included a broad offering of cosmetics, licensed Walker Agents, and Walker Schools offered meaningful employment and personal growth to thousands of African American women. Madame Walker’s aggressive marketing strategy combined with relentless ambition led her to be labeled as the first known African American woman to become a self-made millionaire. An employee of Madame Walker’s empire, Marjorie Joyner, invented a permanent wave machine. This device, patented in 1928, curled or permed women’s hair for a relatively lengthy period of time. The wave machine was popular among women white and black allowing for longer-lasting wavy hairstyles. Joyner went on to become a prominent figure in Madame Walker’s industry, though she never profited directly from her invention, for it was the assigned property of the Walker Company. Patricia Bath Dr.  Patricia Bath’s  passionate dedication to the treatment and prevention of blindness led her to develop the Cataract Laserphaco Probe. The probe, patented in 1988, is designed to use the power of a laser to quickly and painlessly vaporize cataracts from patients’ eyes, replacing the more common method of using a grinding, drill-like device to remove the afflictions. With another invention, Bath was able to restore sight to people who had been blind for over 30 years. Bath also holds patents for her invention in Japan, Canada, and Europe. Patricia Bath graduated from the Howard University School of Medicine in 1968 and completed specialty training in ophthalmology and corneal transplant at both New York University and Columbia University. In 1975, Bath became the first African American woman surgeon at the UCLA Medical Center and the first woman to be on the faculty of the UCLA Jules Stein Eye Institute. She is the founder and first president of the American Institute for the Prevention of Blindness. Patricia Bath was elected to Hunter College Hall of Fame in 1988 and elected as Howard University Pioneer in Academic Medicine in 1993. Charles Drew - The Blood Bank Charles Drew—a Washington, D.C., native—excelled in academics and sports during his graduate studies at Amherst College in Massachusetts. He was also an honor student at McGill University Medical School in Montreal, where he specialized in physiological anatomy. It was during his work at Columbia University in New York City where he made his discoveries relating to the preservation of blood. By separating the liquid red blood cells from the near solid plasma and freezing the two separately, he found that blood could be preserved and reconstituted at a later date. The British military used his process extensively during World War II, establishing mobile blood banks to aid in the treatment of wounded soldiers at the front lines. After the war, Drew was appointed the first director of the American Red Cross Blood Bank. He received the Spingarn Medal in 1944 for his contributions. He died at the early age of 46 from injuries suffered in a car accident in North Carolina. Percy Julian - Synthesis of Cortisone Physostigmine Percy Julian  synthesized physostigmine for treatment of glaucoma and cortisone for the treatment of rheumatoid arthritis. He is also noted for a fire-extinguishing foam for gasoline and oil fires. Born in Montgomery, Alabama,  Julian had little schooling because Montgomery provided limited public education for African Americans. However, he entered DePauw University as a sub-freshman and graduated in 1920 as class valedictorian. He then taught chemistry at Fisk University, and in 1923 he earned a master’s degree from Harvard University. In 1931, Julian received his Ph.D. from the University of Vienna. Julian returned to DePauw University, where his reputation was established in 1935 by synthesizing physostigmine from the calabar bean. Julian went on to become director of research at the Glidden Company, a paint and varnish manufacturer. He developed a process for isolating and preparing soybean protein, which could be used to coat and size paper, create cold water paints and size textiles. During World War II, Julian used a soy protein to produce AeroFoam, which suffocates gasoline and oil fires. Julian was noted most for his synthesis of cortisone from soybeans, used in treating rheumatoid arthritis and other inflammatory conditions. His synthesis reduced the price of cortisone. Percy Julian was inducted into the National Inventors Hall of Fame in 1990. Meredith Groudine Dr. Meredith Groudine was born in New Jersey in 1929 and grew up in the streets of Harlem and Brooklyn. He attended Cornell University in Ithaca, New York, and received a Ph.D. in engineering science from the California Institute of Technology in Pasadena. Groudine built a multimillion dollar corporation that is based on his ideas in the field of electrogasdynamics (EGD). Using the principles of EGD, Groudine successfully converted natural gas to electricity for everyday use. Applications of EGD include refrigeration, desalination of seawater and reducing the pollutants in smoke. He holds more than 40 patents for various inventions. In 1964, he served on the President’s Panel on Energy. Henry Green Parks Jr. The aroma of sausage and scrapple cooking in kitchens along the east coast of America  has made it a little easier for kids to get up in the morning. With quickened steps to the breakfast table, families enjoy the fruits of the diligence and hard work of Henry Green Parks  Jr. He started the Parks Sausage Company in 1951 using distinctive, tasty Southern recipes he developed for sausage and other products. Parks registered several trademarks, but the radio and television commercial featuring a child’s voice demanding More Parks Sausages, mom is probably the most famous. After consumer complaints about the youngster’s perceived disrespect, Parks added the word please to his slogan. The company, with meager beginnings in an abandoned dairy plant in Baltimore, Maryland, and two employees, grew into a multimillion-dollar operation with more than 240 employees and annual sales exceeding $14 million. Black Enterprise continually cited H.G. Parks, Inc., as one of the top 100 African American firms in the country. Parks sold his interest in the company for $1.58 million in 1977, but he remained on the board of directors until 1980. He also served on the corporate boards of Magnavox, First Penn Corp., Warner Lambert Co. and W.R. Grace Co., and was a trustee of Goucher College of Baltimore. He died on April 14, 1989, at the age of 72. Mark Dean Mark Dean and his co-inventor, Dennis Moeller, created a microcomputer system with bus control means for peripheral processing devices. Their invention paved the way for the growth in the information technology industry, allowing us to plug into our computers peripherals like disk drives, video gear, speakers, and scanners. Dean was born in Jefferson City, Tennessee, on March 2, 1957. He received his undergraduate degree in electrical engineering from the University of Tennessee, his MSEE from Florida Atlantic University and his Ph.D. in electrical engineering from Stanford University. Early in his career at IBM, Dean was a chief engineer working with IBM personal computers. The IBM PS/2 Models 70 and 80 and the Color Graphics Adapter are among his early work. He holds three of IBM’s original nine PC patents. Serving as vice president of performance for the RS/6000 Division, Dean was named an IBM fellow in 1996, and in 1997 he received the Black Engineer of the Year President’s Award. Dean holds more than 20 patents and  was inducted into the National Inventors Hall of Fame in 1997. James West Dr.  James West  is a Bell Laboratories Fellow at Lucent Technologies where he specializes in electro, physical  and architectural acoustics. His research in the early 1960s led to the development of foil-electret transducers for sound recording and voice communication that is used in 90% of all microphones built today and at the heart of most new telephones being manufactured. West holds 47 U.S. and more than 200 foreign patents on microphones and techniques for making polymer foil-electrets. He has authored more than 100 papers and contributed to books on acoustics, solid state physics, and material science. West has received numerous awards including the Golden Torch Award in 1998 sponsored by the National Society of Black Engineers, the Lewis Howard Latimer Light Switch and Socket Award in 1989, and was chosen New Jersey Inventor of the Year for 1995. Dennis Weatherby While employed by Procter Gamble, Dennis Weatherby developed and received a patent for the automatic dishwasher detergent known by the trade name Cascade. He received his master’s degree in chemical engineering from the University of Dayton in 1984. Cascade is a registered trademark of the Procter Gamble Company. Frank Crossley Dr. Frank Crossley is a pioneer in the field of titanium metallurgy. He began his work in metals at the Illinois Institute of Technology in Chicago after receiving his graduate degrees in metallurgical engineering. In the 1950s, few African Americans were visible in the engineering fields, but Crossley excelled in his field. He received seven patents—five in titanium base alloys that greatly improved the aircraft and aerospace industry. Michel Molaire Originally from Haiti, Michel Molaire became  a research associate at the Office Imaging Research and Development Group of Eastman Kodak. You can thank him for some of your most treasured Kodak moments. Molaire received his bachelor of science degree in chemistry, a masters of science degree in chemical engineering and M.B.A. from the University of Rochester. He has been with Kodak since 1974. After receiving more than 20 patents, Molaire was inducted into Eastman Kodak’s Distinguished Inventor’s Gallery in 1994. Valerie Thomas In addition to a long, distinguished career at NASA, Valerie Thomas is also the inventor of and holds a patent for an illusion transmitter. Thomas’ invention transmits by cable or electromagnetic means a three-dimensional, real-time image--NASA adopted the technology. She  received several NASA awards, including the Goddard Space Flight Center Award of Merit and the NASA Equal Opportunity Medal.

Lance Armstrong Role Model In Sport - 1708 Words

One of the most well known former cyclist in the world is a man named Lance Armstrong. Armstrong was a very good cyclist and won many titles. He was deserved to be well known because of all of the wins that he had in his sport. It is a really big privilege for cyclist to win a Tour De France race, but Armstrong took that to a new level. Armstrong was diagnosed with what was should have been a fatal cancer that he beat. After the cancer was gone, he won seven Tour De France races, and not only that, but they were all seven years in a row! Armstrong was such an inspiration for many people because of his spectacular story. He became the role model of many athletes to never give up to be amazing at something, no matter what comes in the way†¦show more content†¦What happens when they find out that the athlete takes performance enhancing drugs? The high schooler spent their whole life trying to be like that professional, and they now have a choice. Do they decide to view his as a poor sports player who made a bad decision, or do they start to think about taking steroids themselves? The professional got there somehow, so maybe if the high schooler takes steroids, they can become a professional sports player themselves. Unfortunately nowadays, many high schoolers will end up doing the steroids. The professional sport player does not even have to be their role model to take the steroids. Just by hearing about an athlete who is successful and takes steroids can be a trigger for the amature athlete to take steroids. In fact, fifty-seven percent of high schoolers who take steroids do it because of the influence of professional athletes (Jacqueline). High schoolers see how successful the sports players are that take steroids like Lance Armstrong and Alex Rodriguez. Two very well known sports figures who were amazing at what they did because they took steroids. A quote by Jim Sensenbrenner, a congressman for Wisconsin, says it perfectly: â€Å"Several professional athletes have wrongly taught many young Americans by example that the only way to succeed in sports is to take steroids† (qtd in â€Å"Steroids Quotes†). Steroids are not the way to go when wanting to be the best at a sport. Working hard and giving it all is just as good as consumingShow MoreRelatedAthletes Understand The Danger Of Using Performance Enhancing Drugs1061 Words   |  5 Pagespill.† (Freudenrich) Most competitive athletes will do whatever it takes to reach their goals, because to win is what satisfies their dream and they are willing to put their own life at risk. Abusing performance enhancing drugs needs to be banned in sport, because it ruined athlete’s health, reputation, and is giving a bad impression to the young athletes. Health in general is important. Taking care of its own health is what athletes need to be cared for because without a good body condition and goodRead MoreDoping : Doping And Doping1216 Words   |  5 Pages From the beginning of when mankind played competitive sports, they have sought to gain a cutting edge against their enemies. Uncommonly, there are records of the use of enhancing drugs that goes back to historical times. Doping is questionable the most talked about in today’s sports. Doping basically refers to the illegal use of drugs, mostly steroids, which are aimed at improving the performance of athletes. Doping has proved to be quite a setback in sporting competitions since athletesRead MorePerformance Avoidance Within The 2x2 Model767 Words   |  4 Pagesperformance-avoidance within the 2X2 model (Moller Elliot, 2006) whereby an athlete strives to avoid negative evaluations of their sporting abilities, especially in comparison to previous achievements. 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The case of Lance Armstrong is a prime example of a superior athlete who blew any chances at being a positive role model due to a lack of ethical values. Armstrong is publically known for winning seven Tour de France titles between the years of 1999 to 2005. These were later stripped from himRead MorePerformance Enhancing Drugs For Sports Essay1514 Words   |  7 PagesPerformance-Enhancing Drugs in Sports A tremendously large problem in sports is whether or not athletes should be able to use performance enhancing drugs. To most people, it doesn t make any sense for athletes to be using them. They have to know what affect it has on their body not only physically, but also mentally. Around the early 2000’s is when all this starting coming up and it has made a dramatic impact on the sports world. The few people who want performance-enhancing drugs in sports don’t worry aboutRead MoreThe Greatest Accomplishment Of Lance Armstrong At The Tour De France2213 Words   |  9 Pagesvictories of Lance Armstrong at the Tour de France proved to be an unforgettable accomplishment that has inspired individuals to part take in the sport of cycling. This triumph, however, spurred curiosity and scandal on whether Armstrong had taken performance enhancing drugs to achieve his victories. The use of performance enhancers has been a debate sparking controversy among the industries of profe ssional sports. Advocates of the legalization of performance enhancing drugs in professional sports believeRead MoreDrugs Are Bad Or Bad?2007 Words   |  9 Pages Rules were set in sports at the beginning of it all. Stating that if someone were to break these rules or cheat them, they would have to face the results of their actions. Such rules as if someone is found using performance enhancing drugs, everything they did during the time of using should be taken away. The reason behind this is because the person did not achieve this title, under the rules everyone else is following. According to Pat Mcquaid â€Å"Lance Armstrong has no place in cycling; heRead MoreDoping in Sports1710 Words   |  7 PagesDoping in Sports Steroids are a bigger problem now then they’ve ever have been. They’ve always been a problem but they’ve been incognito to the public eye. The New York Times bring up a troubling issue that’s been going on for years and that is the misuse of steroids in professional level sports. The New York Times recently featured an article entitled â€Å"Steroids in Sports† Oct 11, 2012. In this article the times aims to convince their readers that steroid use is bad if not worse then ever before

Quality Control and Business Free Essays

Description of business The I-TEC Corporation is runned as a partnership of fifteen people. The numbers are important to guide the business to the right path of success. Ideas from each partner contribute to the growth of the business to new heights. We will write a custom essay sample on Quality Control and Business or any similar topic only for you Order Now The objective of the business is to provide low cost computers. It was started to address the problems that the country was facing with the â€Å"up to date† technology. If a country doesn’t have access to computers, the citizens will not be able to know what is going on in foreign countries and will be classed as â€Å"stone age†. ————————————————- Location: The business is located in Cul-de-sac which is not too far from the capitals town. It is an ideal spot because of its accessibility to transportation. Vehicles can both leave and enter the capital without the extra cost. It is also close to the docks where the business imports different parts for the manufacturing of the computers. It is also a government incentive, meaning the land was cheaper if the business had to purchase its own land. The type of labor needed is -professional -skilled -semi-skilled -unskilled Professional Management (1 for each sector of management)- to assist with the initial stability of the business also to check on production and marketing aspects. Skilled Workers, It technicians, inspectors, etc(5 in each department). to allow the business to be successful and to ensure that the work is being done right. Semi-skilled Drivers and transportation staff (about 12 drivers) – to ensure that products and raw material is transported in or out of the business safely. Unskilled Cleaning staff (10 to be able to cover that entire factory) – to ensure that the business is clean and a healthy environment. Sources of fixed and working capital Fixed capital started with a loan from the bank. This sum of money enabled the business to cover up cost of the foundation and structure of the building, transportation and various machinery. Working capital was funded by the partner’s personal expenditure after saving money over the years and a small contribution by the bank ————————————————- As the entrepreneur I am the one with idea and goal to start off the business. Therefore I am the one how take serious accountability and inherits all the risks of the business. ROLES OF BEING THE ENTREPRENEUR -responsibility of taking the risks of owning a business -responsibility to ensure that the business is profitable ————————————————- all liabilities are directed straight to his funds ————————————————- Type of production The business has a domestic range of production. Meaning that the busi ness presently sells to the market available in the country it is situated in. after a few years, the business hopes to grow into an exporting production era, when we will sell to other countries around the world. Level of production The company has a secondary level of production. It produces products from their raw material state and then sells it to the market. Mainly the business focuses on the production of the product. In the secondary level of production, the business imports parts that are already manufactured from other companies and puts them together. ————————————————- Quality control measures Inspectors from the Bureau of Standards check the quality of products and equipment in the business. They certify that each product is of a certain standard for the country. There are also business inspectors to ensure that the business keeps up with the quality expected. They ensure that the best type of machinery and products are bought from the top manufacturers. The business inspectors also look at products at each stage of production to provide perfect quality. Use of technology In the aspect of technology the business uses it to its advantage. Computers, security cameras, machinery controls are used on a daily basis in the company. Technology is simply needed to make the business run smother and more effective. For example, the machinery is used to make the work load on the business’ human recourses much easier. The involvement with the World Wide Web also influences the progress of the business. Linkages The business mainly focuses on its forward linkages, which is people that the business sells to. The service sector, banking, education, financial, health, helps the business grow in many ways. A forward linkage benefits the business because it provides a steady market to sell products to the customers. ————————————————- Potential Growth Over a period of time, the business would be hoping to improve both internal and externally. INTERNAL The increase of working staff and increase in production. Develop on the products made and provide more variety of the items sold. Therefore the income earned by the business will increase. EXTERNAL The movement of location or expansion of the business. Opening more branches both locally and regionally. Government regulations Employment regulation-The business must have a regulation to permit employment to others. If not when the business employs people it would be illegal. Taxation- Taxation must be followed by all businesses to support the government to improve. This cooperation has no exception. Import and Export license- The business needs to be certified to export and import to other countries. Ethical issues Production – the business will have to have an environment friendly production plant where the emissions from the manufacturing plant will be reduced drastically. The company follows the theme less steam go green be clean. Disposal – the equipment that is not being used and the waste material is properly disposed by the company’s personal sanitation officers. Worker treatment – employees are treated with a family-like environment where each employee would feel like him or her is in a comfortable job. How to cite Quality Control and Business, Papers

Quality Control and Business Free Essays

Description of business The I-TEC Corporation is runned as a partnership of fifteen people. The numbers are important to guide the business to the right path of success. Ideas from each partner contribute to the growth of the business to new heights. We will write a custom essay sample on Quality Control and Business or any similar topic only for you Order Now The objective of the business is to provide low cost computers. It was started to address the problems that the country was facing with the â€Å"up to date† technology. If a country doesn’t have access to computers, the citizens will not be able to know what is going on in foreign countries and will be classed as â€Å"stone age†. ————————————————- Location: The business is located in Cul-de-sac which is not too far from the capitals town. It is an ideal spot because of its accessibility to transportation. Vehicles can both leave and enter the capital without the extra cost. It is also close to the docks where the business imports different parts for the manufacturing of the computers. It is also a government incentive, meaning the land was cheaper if the business had to purchase its own land. The type of labor needed is -professional -skilled -semi-skilled -unskilled Professional Management (1 for each sector of management)- to assist with the initial stability of the business also to check on production and marketing aspects. Skilled Workers, It technicians, inspectors, etc(5 in each department). to allow the business to be successful and to ensure that the work is being done right. Semi-skilled Drivers and transportation staff (about 12 drivers) – to ensure that products and raw material is transported in or out of the business safely. Unskilled Cleaning staff (10 to be able to cover that entire factory) – to ensure that the business is clean and a healthy environment. Sources of fixed and working capital Fixed capital started with a loan from the bank. This sum of money enabled the business to cover up cost of the foundation and structure of the building, transportation and various machinery. Working capital was funded by the partner’s personal expenditure after saving money over the years and a small contribution by the bank ————————————————- As the entrepreneur I am the one with idea and goal to start off the business. Therefore I am the one how take serious accountability and inherits all the risks of the business. ROLES OF BEING THE ENTREPRENEUR -responsibility of taking the risks of owning a business -responsibility to ensure that the business is profitable ————————————————- all liabilities are directed straight to his funds ————————————————- Type of production The business has a domestic range of production. Meaning that the busi ness presently sells to the market available in the country it is situated in. after a few years, the business hopes to grow into an exporting production era, when we will sell to other countries around the world. Level of production The company has a secondary level of production. It produces products from their raw material state and then sells it to the market. Mainly the business focuses on the production of the product. In the secondary level of production, the business imports parts that are already manufactured from other companies and puts them together. ————————————————- Quality control measures Inspectors from the Bureau of Standards check the quality of products and equipment in the business. They certify that each product is of a certain standard for the country. There are also business inspectors to ensure that the business keeps up with the quality expected. They ensure that the best type of machinery and products are bought from the top manufacturers. The business inspectors also look at products at each stage of production to provide perfect quality. Use of technology In the aspect of technology the business uses it to its advantage. Computers, security cameras, machinery controls are used on a daily basis in the company. Technology is simply needed to make the business run smother and more effective. For example, the machinery is used to make the work load on the business’ human recourses much easier. The involvement with the World Wide Web also influences the progress of the business. Linkages The business mainly focuses on its forward linkages, which is people that the business sells to. The service sector, banking, education, financial, health, helps the business grow in many ways. A forward linkage benefits the business because it provides a steady market to sell products to the customers. ————————————————- Potential Growth Over a period of time, the business would be hoping to improve both internal and externally. INTERNAL The increase of working staff and increase in production. Develop on the products made and provide more variety of the items sold. Therefore the income earned by the business will increase. EXTERNAL The movement of location or expansion of the business. Opening more branches both locally and regionally. Government regulations Employment regulation-The business must have a regulation to permit employment to others. If not when the business employs people it would be illegal. Taxation- Taxation must be followed by all businesses to support the government to improve. This cooperation has no exception. Import and Export license- The business needs to be certified to export and import to other countries. Ethical issues Production – the business will have to have an environment friendly production plant where the emissions from the manufacturing plant will be reduced drastically. The company follows the theme less steam go green be clean. Disposal – the equipment that is not being used and the waste material is properly disposed by the company’s personal sanitation officers. Worker treatment – employees are treated with a family-like environment where each employee would feel like him or her is in a comfortable job. How to cite Quality Control and Business, Papers