A Worn Path Short Story Research Paper Essay Example for Free

A Worn Path Short Story Research Paper Essay Many obstacles can be taken when one desired the most is at risk. Phoenix Jackson is an old woman who has the right intentions, but meets many conflicts on the way. In the short story, â€Å"A Worn Path†, Eudora Welty predicts that one never knows where a path will end up leading them through conflict and symbolism. Phoenix Jackson warns that one never knows where a path will end up leading to. In the short story â€Å"a Worn Path†, Phoenix Jackson goes through many obstacles on the path to find medicine for her â€Å"grandson† (Welty). Phoenix is on a mission to retrieve treatment for her grandson. She is willing to face anything that gets in the way of her path leading to her destination. As Phoenix faces her journey she will reach conflicts beyond the way. While on the path to complete her mission phoenix stumbles upon many conflicts. In the short story â€Å"a Worn Path†, Phoenix comes encounter with intimidation of a â€Å"young hunter† in the woods (Heller). The hunter tests the old lady of weakness as he boasts of himself throughout the scavenged woods. Although the hunter has a gun with any possible chance to use it on Phoenix, she resembles courage upon the conflict for going about her business and continuing about her quest. In the short story â€Å"a Worn Path†, old woman Phoenix struggled up a hill â€Å"extricate[ed] herself from a thorn bush†, and crossed a log over a creek (Piwinski). As the woman struggles to get out of the bush she chooses to not give up and continue forward her path. The woods may have brought conflict and obstacles to Phoenix, but that won’t stop her from reaching the end of her journey.

Essay --

In Philip Larkin’s poem â€Å"High Windows† the speaker displays mixed emotions towards the invention of modern birth control and its integration into society during the 60’s. Larkin composed poems during a period of political turmoil and instability and expresses a desire to escape the apparent chaos; he describes both the sexual and religious freedoms of the time. Nevertheless, â€Å"High Windows†, presents a small background of sexuality and culture that is about social change. Yet, during this time period using birth control was looked down upon by the previous conservative generations because the kids were rejecting the previous generations’ morals. In addition, opponents of the birth control pill were concerned that because many were using birth control, it would be used as an excuse to engage in premarital relationships. However, birth control â€Å"Pill† was an innovative invention that brought about a positive cultural change to soc iety because it allows couples to plan for wanted children, establish relationships, financial stability, and women to pursue professional lives with more freedom. In the time period that Larkin wrote â€Å"High Windows†, there were intense changes in matters referring to sex and birth control methods. Sexual practices that were previously considered inappropriate for discussion were openly discussed. New methods of contraception allowed men and women to be able to control their own reproduction. Larkin captures this sense of a new age of sexual freedom in his poem, â€Å"High Windows†. Larkin expresses the desire to escape a constantly changing world due to sexual freedom in order to achieve some type of fulfilling personal relationship. â€Å"Larkin was a life-long bachelor; he had several sexual relationships, but was n... ...Marks). Therefore, the key development of the pill is the freedom of choice one has. â€Å"It frees the woman from the burden of involuntary childbearing that has traditionally made her a poor risk to employers and assigned her a secondary role in society. Now, three out of five working women were married† (Marks). Nonetheless, birth control allows couples to plan for the conception of children and take charge of their life. Birth control has brought about a positive cultural change to society. Women were now able to consider having careers and attending college, rather than worrying about raising a family. The past decade has witnessed significant changes in the culture of society due to the introduction of the birth control movement. The â€Å"Sexual Revolution† of the United States is believed to be part of the aftermath of the widespread use of the birth control pill.

Basic Business Report

Level 4 pathogens are quite simply, the nastiest causes of disease ever discovered. Scientifically speaking, they are organisms that cause severe diseases to humans and are serious work hazards in the laboratory. They also present high risk of epidemics and there are usually no effective treatments yet discovered.Actual examples include Lassa fever, filoviruses, smallpox, Crimean-Congo haemorrhagic fever, Russian spring-summer encephalitis, Kyasanur forest. It is important to take not that each of these examples has garnered a huge media following and they usually spill over from medical concerns to socio-political.The Russian spring-summer encephalitis for one has been given global concern due to its research possibilities as a biological weapon. The Crimean-Congo haemorrhagic fever was known to have claimed hundreds of lives in an epidemic that transpired in the Afghan border in 2001. This means that a docudrama made about level 4 pathogens isn’t just â€Å"egghead stuffâ⠂¬ , the humanitarian side of the topic has great media value, even more so is the political side. If we look prominent television series such as 24 or Pandemic, they both feature fictional presentations of the â€Å"what-ifs† concerning level 4 pathogens.There are also several fictional movies that have garnered success on the genre such as Epidemic (1987), Andromeda Strain (1971) and several others. There are also real-life adaptations which garnered international acclaim such as Lorenzo’s Oil (1993). A docudrama on dangerous viruses can bring a factual spice to the fictional take on the genre. It can spur emotions from amazement the audience with its accurate presentation of just how these viruses are handled by specialized crew and the emotions behind them as they go about their work.Such a film can also bring out real-life fear from the viewers when presented with how dangerous a particular newly discovered strain of Ebola is or how likely a new undetectable viru s can be used as a biological weapon by terrorists. References Biological Weapons: How Big is the Threat? Retrieved April 22, 2007, from Society for General Microbiology Website: http://www. sgm. ac. uk/news/hot_topics/bio_weapons. cfm Disease DVD movies at Video Universe Retrieved April 22, 2007 from Video Universe Website: http://www.cduniverse. com/search/xx/movie/category2/3459/a/Diseases. htm Classification of Viral Pathogens into Hazard Groups Retrieved April 22, 2007 from http://virology-online. com/general/Safety2. htm Willet, E. (1999). Level 4 Labs. Retrieved April 22, 2007, from http://www. edwardwillett. com/Columns/level4labs. htm Butcher, T. (2001) Ebola Style Killer Sweeps Afghan Border. Retrieved April 22, 2007 from Telegraph. co. uk Website: http://www. telegraph. co. uk/news/main. jhtml? xml=/news/2001/10/04/wref04. xml

University of Kentucky Acceptance Rate, SAT/ACT Scores

The University of Kentucky is a public university with an acceptance rate of 94%. Located in Lexington, University of Kentucky is the flagship campus for the state university system and is the largest university in the state. The University of Kentuckys colleges of business, medicine, and communication studies have all placed well in national rankings, and students can choose from over 200 academic programs offered through UKs 16 colleges and professional schools. The university was awarded a chapter of Phi Beta Kappa for its strong programs in the liberal arts and sciences. In athletics, the Kentucky Wildcats compete in the NCAA Division IÂ  Southeastern Conference. Considering applying to University of Kentucky? Here are the admissions statistics you should know, including average SAT/ACT scores of admitted students. Acceptance Rate During the 2017-18 admissions cycle, University of Kentucky had an acceptance rate of 94%. This means that for every 100 students who applied, 94 were admitted, making UKs admissions process less competitive. Admissions Statistics (2017-18) Number of Applicants 19,324 Percent Admitted 94% Percent Admitted Who Enrolled (Yield) 28% SAT Scores and Requirements The University of Kentucky requires that all applicants submit either SAT or ACT scores. During the 2017-18 admissions cycle, 21% of admitted students submitted SAT scores. SAT Range (Admitted Students) Section 25th Percentile 75th Percentile ERW 550 650 Math 530 650 ERW=Evidence-Based Reading and Writing This admissions data tells us that most of UKs admitted students fall within the top 35% nationally on the SAT. For the evidence-based reading and writing section, 50% of students admitted to the University of Kentucky scored between 550 and 650, while 25% scored below 550 and 25% scored above 650. On the math section, 50% of admitted students scored between 530 and 650, while 25% scored below 530 and 25% scored above 650. Applicants with a composite SAT score of 1300 or greater will have particularly competitive chances at the University of Kentucky. Requirements The University of Kentucky does not require the SAT writing section or SAT Subject tests. Note that UK considers your highest composite score from a single sitting of the SAT. The admissions office will update your application to reflect your highest combined score if you submit scores from multiple test dates. ACT Scores and Requirements The University of Kentucky requires that all applicants submit either SAT or ACT scores. During the 2017-18 admissions cycle, 89% of admitted students submitted ACT scores. ACT Range (Admitted Students) Section 25th Percentile 75th Percentile English 23 31 Math 22 28 Composite 23 29 This admissions data tells us that most of University of Kentuckys admitted students fall within the top 31% nationally on the ACT. The middle 50% of students admitted to UK received a composite ACT score between 23 and 29, while 25% scored above 29 and 25% scored below 23. Requirements Note that the University of Kentucky does not superscore ACT results; your highest composite ACT score will be considered. The University of Kentucky does not require the ACT writing section. GPA The University of Kentucky does not provide data about admitted students high school GPAs. Self-Reported GPA/SAT/ACT Graph University of Kentucky Applicants Self-Reported GPA/SAT/ACT Graph. Data courtesy of Cappex. The admissions data in the graph is self-reported by applicants to the University of Kentucky. GPAs are unweighted. Find out how you compare to accepted students, see the real-time graph, and calculate your chances of getting in with a free Cappex account. Admissions Chances The University of Kentucky, which accepts the majority of applicants, has a moderately selective admissions process. Most students who are admitted have grades and standardized test scores that are average or better. However, UK has a holistic admissions process involving other factors beyond your grades and test scores. A strong application essay and glowing letters of recommendation can strengthen your application, as can participation in meaningful extracurricular activities and a rigorous course schedule. Applicants who wish to be considered to the Lewis Honors College or one of several competitive academic scholarships will need to submit an additional essay. Students with particularly compelling stories or achievements can still receive serious consideration even if their grades and test scores are outside of University of Kentuckys range. In the graph above, the blue and green dots represent accepted students. The great majority of successful applicants had ACT scores of 19 or higher or a combined SAT score of 1000 or higher. Most accepted students had a B or higher high school average. Higher test scores and grades improve your chances of getting an acceptance letter, and almost no students with A averages and above average SAT/ACT scores were rejected. All admissions data has been source from the National Center for Educational Statistics and University of Kentucky Undergraduate Admissions Office.

Security Systems And Monitoring Fees - 802 Words

Safety in any home is a very serious subject.All options should be taken in to consideration. Here are but three security systems to consider, with varied options to suit your personal needs. Skylink SC-100 Security System Deluxe Kit It is the answer to contractual monitoring companies and associated monitoring fees when it comes to home security. It is a 4 zone system with house around 3000 sq. ft. in mind. Apartments, condos, businesses and offices would do well with this system. Rolling or hopping code eliminates false alarms and restricts access from unwanted listeners that can capture and use your personal security code by recognizing radio waves on from its sensors. The front door can be covered with included sensors. Also it includes a handy key for remote with 100 foot range so you can sensor. The 110dB siren pierces the night when it is activated, scaring off intruders. Chime, Instant, and Delay modes are options in the programmable Lighted keypad so it helps cut the time of set up. Customers rave over the loudness of the product. It is a clear piercing siren sure to paralyze intruders in their tracks, and ward off repeat visits. With it being tamper resistant the safety of wireless connections diverts a line being cut by intruders. Fees can get overwhelming when adding features to a monitoring contract. This is a onetime cost and well worth the price with no monthly fee to contend with. It has Easy mounting with install screws, and double-sided adhesive forShow MoreRelatedThe Homeland Security Act Of 2002 Pulls Apart Immigration1138 Words   |  5 PagesImmigration Services (USCIS) assumed accountability for the immigration service occupations of the federal government. 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Who Are You Calling Old Negotiating Old Age Identity in...

Who Are You Calling Old? Negotiating Old Age Identity in the Elderly Consumption Ensemble MICHELLE BARNHART ËÅ" LISA PENALOZA As the elderly population increases, more family, friends, and paid service providers assist them with consumption activities in a group that the authors conceptualize as the elderly consumption ensemble (ECE). Interviews with members of eight ECEs demonstrate consumption in advanced age as a group phenomenon rather than an individual one, provide an account of how the practices and discourses of the ECE’s division of consumption serve as a means of knowing someone is old and positioning him/her as an old subject, and detail strategies through which older consumers negotiate their age identity when it conï ¬â€šicts with†¦show more content†¦Since 1994, the number of American adults over 50 who are providing care to their parents has tripled and now exceeds 10 million (National Institute on Aging 2008). At the same time, paid eldercare has become big business. Total annual revenues have been estimated at $264 billion (Freedonia Group 2008), of which 54% went to in-hom e care services and assisted living in 2006 (Reuters 2008). While much in-home care is medical care, nonmedical assistance is also common. In 2000, over 378,000 Americans over age 75 were receiving paid, in-home assistance with daily activities such as shopping, transportation, and grooming that fall outside of the category of medical care (National Center for Health Statistics 2004). Some older adults hire paid care providers because they have no family or friends available to provide assistance, but most paid caregivers join an existing group of family members or friends who are already helping the older person. The composition of this group and the types of assistance members provide has been shown to change over time as the older person’s needs and members’ circumstances change (Peek and Zsembik 1997; Waldrop 2006). The group of people that helps an older person to consume has yet to be considered by marketing scholars. Previous studies of group consumption have fo cused on the nuclear family (Davis 1976; Palan and

Solid State Drive Versus Hard Disk Drive free essay sample

To responds to the need for speed, Solid State Drive that were slow to be adapted because of the luxurious cost are now becoming the new technology due to its rising popularity and known advantages. This paper will discuss by comparing the two technologies. Solid State Drive versus Hard Disk Drive As technology advances— as never before, the battle of different companies and human technical intelligences to make things more dreamlike drives them to creating better emerging technologies. If we can remember history, we would know that the Information Technology (IT) world has developed quite a bit. Computers come from the Electronic Numerical Integrator and Computer (ENIAC) — with dimensions of about 9 feet by 3 feet by 80 feet, taking up 680 square feet, and weighing 30 short tons— to tablet PCs, with hundreds of better and faster capabilities, that we can hold in our palms, or smart phones that we can hold in our pocket without any noticeable indication. Our eager for better and faster IT gears stimulate our tastes and intelligences to create devices that are not only more portable but also can do more. For the latter to be practicable, the components that make up these gadgets need to respond to the demand of speed, size, and adaptability of our thrust. The permanent storage device inside the computer (also known as memory drive, HDD, or SSD) has always been an integral part of any electronic devices configured because it contains every piece of information the computer holds. As an essential component of computer systems memory, permanent memory drives also have seen intriguing evolutions from hard disk Drives to Solid State Drives. Today, with the abundant number of different options that are made available for computer users to save computer data and files, and because of our divergence in preferences, needs, and adaptabilities, the debate of the choice between Solid State Drive (SSD) and Hard Disk Drive (HDD) becomes a battle that calls for attention. The computer’s permanent storage devices or secondary memories, the Hard disk drive and Solid State Drive (also known as Solid State Storage—SSS), has known a fascinating history. From the year 1956 when IBM invented the first hard disk drive, to the year 1978 when STK introduced the first solid state disk, and to present, hard disk drives and solid state drives have seen tremendous progresses. The differences that exist between the two drives set them apart and create IT debates as far as which one of the two is the best choice of permanent computer storage memory drive. Simply put, only the facts can provide the signs indicating the best choice. In this topic we will discuss and cover in detail the background and explanation of the two technologies; a comparative analysis of the main reasons these two types of hard drives are different; the prices differences; the pros and cons of both; and which one is a better choice according to the facts. The HDD is the conventional drives that have been around for a longer period time that most of us who use a computer have used. They are the ones most computers are shipped with. For a brief history, â€Å"before the disk drive there were drums In 1950 Engineering Research Associates of Minneapolis built the first commercial magnetic drum storage unit for the U. S. Navy, the ERA 110. It could store one million bits of data and retrieve a word in 5 thousandths of a second. In 1956 IBM invented the first computer disk storage system, the 305 RAMAC (Random Access Method of Accounting and Control). This system could store five megabytes (Mb). It had fifty, 24-inch diameter disks. In 1973 IBM shipped the model 3340 Winchester sealed hard disk drive, the predecessor of all current hard disk drives. The 3340 had two spindles each with a capacity of 30 MBs, and the term 30/30 Winchester was thus coined. In 1980, Seagate Technology introduced the first hard disk drive for microcomputers, the ST506. It was a full height (twice as high as most current 5 1/4 drives) 5 1/4 drive, with a stepper motor, and held 5 Mbytes. The worlds first gigabyte-capacity disk drive, the IBM 3380, introduced in 1980, was the size of a refrigerator, weighed 550 pounds (about 250 kg), and had a price tag of $40,000. A hard disk drive consists of a motor, spindle, platters, read/write heads, actuator, frame, air filter, and electronics† [ (Byard, 2005) ]. The most import parts of a hard disk drive are the platter, the heads, and the actuator. The platter is a hard highly polished aluminum or glass compact disk, coated in a magnetic medium and rotates at very high speeds, over which Information can be stored permanently, deleted, or written. Information is stored on the platters by sending pulses of current from the drive electronics to the head. The actuator determines the speed of the drive and how many bits it can pack on its platters. In order for data read and write errors to not occur the actuator must align the read/write head precisely. The actuator on most recent hard disks employs a voice coil mechanism. It functions much like the voice coil in a loud speaker, thus its name† [ (Byard, 2005) ]. The heads are there for writing to the drive and reading from it. They are bonded to a metal suspension, the head arm, which is a small arm that holds the head in position above or beneath a disk. Because of the involvement of the mechanical parts that the HDD is made of, hard disk failure is very possible. But hard disk drive has known some advancement that keeps them the number one used drives on the market today although it may not be the best technology. On the other hand, SSD drives are less common. The history of SSD goes back to 1976, twenty-two years later than HDD creation. For some history, â€Å"although manufacturers in the industrial controls market, like Square D and Allen-Bradley were using rewritable user removable non volatile solid state storage modules as early as the 1970s, it wasnt till much later that the solid state disk market evolved into a form which we would recognize today. For most of its early life, this technology remained an open secret mainly used in embedded systems in military applications, or in high performance computer research labs† (Kerekes 2011). According to history, the first SSD, called Bulk Core was sold in 1976. â€Å"In January 2006, Netcom became the first notebook maker to qualify flash SSDs for use in Windows XP, Linux and Solaris notebooks† (Kerekes 2011). Contrary to HDDs, SSDs have no moving parts. They are flash drives. They are distinguished from traditional HDDs by using microchips to retain data in non-volatile memory chips instead of spinning disks and movable read/write heads. A solid state disk (SSD) is electrically, mechanically and software compatible with a conventional (magnetic) hard disk. The difference is that the storage medium is not magnetic (like a hard disk) or optical (like a CD) but solid state semiconductor such as battery backed RAM, EPROM or other electrically erasable RAM like chip. (Wang, w. w. amp; De Peralta, J. 2005). â€Å"Simply stated, solid state storage is data storage made from silicon chips instead of spinning metal platters or streaming tape† (SNIA 2009). Solid State drives are less used than HDDs today because companies shipped computers with HDD more than they do SSDs for a lot of reasons. In the next paragraphs, we will show some of the reasons SSDs are less used. Some of the factors in a comparative analysis of the main reasons these two types of hard drives are different are in the way the drives are built that diverge their performance factors, their reliability assessments, and their cost variations. First and foremost, these two drives are built differently and the difference between them is significant enough to set them apart. The main difference between SSD and HDD is that data in a SSD is accessed completely electronically and HDD is an electro-mechanical machine. In other words HDD spins and SSD does not. Data in the SSD is accessed almost instantaneously due to the fact that it has no moving parts. â€Å"Because enterprise-grade solid state storage accesses data directly from RAM or Flash chips, it can achieve input and output data rates far greater than conventional, magnetic storage devices such as hard disk drives (HDD). †(SNIA 2009). On the other hand, the HDD has to spin in order for data to be accessed. This difference between the two shows that SSD is better when it comes to data access time and power consumption because SSD may take a few milliseconds to boot up from a power-saving mode but HDD needs at least seconds. SSDs are starting to become popular now because of the need for speed by new technologies. Another factor of consideration between the two drives is reliability. The failing rate of a hard disk drive is a lot greater than the rate of solid state drive because of the lack of mechanical components in SSD. Why? â€Å"The reason is simple wear and tear. Just like any good old machine with mechanical components, HDDs tend to deteriorate over time. HDDs consist of rotating, magnetically coated disks, known as platters, which are used to store data. This rotating motion of the echanical arms results in much wear and tear after long periods of use. The operational lifespan of a computer HDD is typically over three years. A Flash-based SSD is different. Although the most common Flash chips have around 300,000 write cycles, the best Flash chips are rated at 1,000,000 write cycles per block. On top of that, Flash SSD manufacturers employ different ways to increase the longevity of the drives. In some cases, they use a balancing algorithm to monitor the number of times each disk block has been written, which greatly extends the operational lifespan of the drive.