Financial Terms Worksheet Essay Example for Free

Financial Terms Worksheet Essay Understanding health care financial terms is a prerequisite for both academic and professional success. This assignment is intended to ensure you understand some of the basic terms used in this course. Complete the worksheet below according to the following guidelines: In the space provided, write each term’s definition as used in health care management. You must define the term in your own words. In the space provided after each term’s definition, summarize a health care management scenario that illustrates the importance of the skill, concept, procedure, or tool to which the term refers. In the scenario, you may wish to consider the following: Why the skill, concept, procedure, or tool is necessary for accurate record keeping, operational efficiency, excellent patient services, employee management, regulatory compliance, reducing costs, forecasting, and so forth Successes enabled by an adequate understanding or appropriate application of the skill, concept, procedure, or tool Risks or failures associated with an inadequate understanding or inappropriate application of the skill, concept, procedure, or tool Save the completed worksheet as a Microsoft ® Word document with your name in the file name. Submit the file to your instructor. Worksheet Submitted By: Keila Quintanila [Type your name here.] Term Definition Scenario Balance sheet A fiscal statement that summarizes a companys assets, liabilities, shareholders equity at a specific point in time and net worth. This statement will display if the organization is in good fiscal standing or not and if they can meet their long-term fiscal responsibilities. The director asked for the titles of the four financial statements that included in an audited financial report, which are the following: Balance Sheet statement, Income Statement, Statement of Cash Flows, Statement of Fund Balance or Net Worth or Equity statement. Statement of revenue and expense A statement summarizes amount of profit earned minus the amount of operating expense. The statement will indicate the difference as profit or loss. The health care manager purchased some medical equipment, in which he will enter in the statement of revenue and expense; the document will show the amount of profit earned and the minus amount of operating expenses. This will clearly shows the difference as profit or loss. Revenue cycle The revenue cycle starts with meeting of customers, following any transactions during the period of transactions and continues with a  company/customer association. The salesman has brought revenue into the company. Furthermore, the salesman describe that, the Revenue Cycle beings with meeting with customers, presenting the product and closing the sale during specific time; but more important is to have a continues business relationship with company and customers. Payer mix Medical practice: Medicaid, Medicare, indemnity insurance, managed care–of monies received by a medical practice Medical organizations predict third party payer mixes so that they can precisely predict their profits for the coming term. Revenue The amount of currency that a company essentially receives during a specific period, including discounts and deductions for returned products. It is the top line or gross income figure from which costs are subtracted to define net income. The medical organization, revenue is the money received from insurance companies, payer mix that brings in from the rendered services. The medical organization usually calculates and report revenue for a quarter or a year. References Baker, J. J., Baker, R. W. (2011). Health care finance: Basic tools for nonfinancial managers (3rd ed.). Sudbury, MA: Jones Bartlett Publishers.

Brave New World Introduction Essay -- essays research papers fc

BRAVE NEW WORLD Introduction This novel was written by Aldous Huxley in 1932. It is a fable about a world state in the 7th century A.F. (after Ford), where social stability is based on a scientific caste system. Human beings, graded from highest intellectuals to lowest manual workers, hatched from incubators and brought up in communal nurseries, learn by methodical conditioning to accept they social destiny. The action of the story develops round Bernard Marx, and an unorthodox and therefore unhappy alpha- plus ( something had presumably gone wrong with his antenatal treatment), who vivits a new Mexican Reservetion and brings a savage back to London. The savage is at first fascinated by the New World, but finally revolted, and his argument with Mustafa Mond, world controller, demonstrate the incompability of individual freedom and a scientifically trouble- free society. In Brave New World Revisted 1958, Huxley reconsiders his prophecies and fears that some of this might be coming true much sooner than he thought. In Brave New World, he turned to the apologue. It was a descion that has profound consequences upon his novels and upon his critical reputation. In a 1961 interview Huxley explained his conception of Brave New World. "The new forces of technology , pharmaceutics, and social conditioning can iron modern humans into a kind of uniformity, if you were able to manipulate their genetic background. if you had a government unscrupulous enough you could do these things without any doubt.we are getting more and more into a position where these things can be achieved. And it is extremely important to realize this, and to take every possible precaution to see they shall be not achieved". One of the novel ´s chief rethorical strategies is to make all readers recognize what so few characters can comprehend : that preserving freedom and diversity is necessary to avoid suffering the repressions fostered by shallow ideas of progress. Huxley makes his ironic stance clear from the beginning by contrasting the book ´s title with the action of his first scene : counterpoint to the novel ´s opening at the central London Hatchering and Conditioning Center, a factory that creates on a conveyor belt the citizens for the Brave New World. BNW is one more memorable and successful for its overall portrayal of a society that for its delination of plot or psy... ...rminated by the State. The individuality of BNW is systematically stifled. A government bureau, the Predestinators, decides a prospective citizen ´s role in the hierarchy. Children are raised and conditioned by the state bureaucracy, not brought up by natural families. Respect belongs only to society as a whole. Citizens must not fall in love, marry or have their own kids. The individual ´s loyalty is owed to the state alone. BNW, then is centered around control and manipulation. Conclusion Those fears where the expectations of Aldous Huxley for a not too far future. His predictions got close of what is doing today science, clones... Those are predictions that are getting fulfilled as prophecies and we should warned all this, because who knows if one day some of us become Alphas and others Betas and so on... Bibliography: GRAN LAROUSE UNIVERSAL Barcelona.Ed. Plaza & Janà ©s,1992 Concise Companion to English Literature. Edited by Drabble and Jenny Stringer Revised Edition.Oxford University Press. New York, 1986 BAKER,PH. EMERSON,G., Et Al. Concise Companion of English Literature Biography. Modern Writers, 1914-1945. Vol. 6. Gale Research Inc. Detroit,MI.

The Role of Alan Turing in the History of Computing

The role of Alan Turing in the history of computing Alan Mathison Turing was born on 23 June 1912, Paddington, London. He was a true pioneer in computer science and if it were not for this man, no one would probably be typing an essay based on him on a modern computer. He is renowned for his passion of mathematics and the invention of the Turing machine/test, breaking the German enigma code during World War One, and for making the first automated computing machine (the ACE).At an early age he was sent to preparatory school by his parents, he attended these until enrolling at Sherbourne in 1926. His teachers there were surprised to find him working through the long way for the answers to questions, after Sherbourne Turing enrolled at King’s College where he became a mathematics scholar in 1931 where he began his studies in maths and logistics. He was elected at King’s and won the Smith’s award in 1936 for a paper he wrote on the â€Å"Gaussian error function†, this is when he began work to develop The Turing Machine. Copeland, 2004) But later in 1936 he moved to the United States to study at Princeton for two years where he studied the theory of computation and in 1937 presented a paper called â€Å"On computable numbers, with an application to the â€Å"Entscheidungs problem† and soon to challenge David Hilbert’s three questions put forward to the best of the mathematical minds, which were; Was maths complete? Was maths constant? , was maths decidable? (Hodges, 1992; Copeland 2004).Though his work on the Entscheidungs problem he began working on to define what a method was, and through that he came up with the Turing machine theory which can be said to be a mechanical process that was able to perform all the operations a person working with a logical system would be able to perform this theory compares human thought processes to that of a machine, which in the Turing machine theory are categorized as terms of inputs, o utputs and machine states.The Turing machine is a simple computer. It’s limited to a logical set of instructions by reading and writing symbols on a tape and moving the tape one step to the left or right and then look at what’s written in the resulting square, each symbol had a specific way to be turned into a new symbol e. g. if the symbol is a â€Å"0† move it two spaces right and turn it into a â€Å"1†. So a algorithm for a calculation the list of instructions are quite long, but the complexity of instructions are very short.The Turing Machine at the time was the only one designed to perform multiple tasks and functions. Turing’s vision was what we currently use today as a modern computer (Copeland, 2012). Soon after this period World War two began and the Polish were bracing themselves from an invasion from the Germans, When Polish mathematician Marian Rejewski attempted to break the German enigma machine which is a mechanical ciphering machin e which had the purpose of a message only being read and understood by the receiver.Marian made the polish bomby which works like a combination of many enigma machines e. g. if SAW stood for GJK then both would be put in the bomby and every possible combination would be sorted through and would stop when a possible match was found, this worked well until 1938 when Germany added two more rotors to the Enigma (Schmidl, 1998), sadly the Polish had to leave Poland and forced to team up with the English and French and this where Alan Turing’s true genius was put into application and saved hundreds and thousands of lives.Turing then put the Polish’s efforts into action, the British had a lot more resources which consisted of about ten thousand people working on the encoding of the Enigma, Turing created The Turing Bombe which was a lot more efficient than the bomby and it differed in the way that instead of trying to rely on a certain indicator decode a certain message sent, it went after the specific message using word probability.Once the message was solved a ’menu’ was put on the bombe and was then put in its proper setting, was given information and let it run until it matched with the rotors, Three to Seven months later a set of three rotors were place in the scrambler unit, this made the processing a lot faster as the scrambler unit made the current go from the fast, medium then the slow rotor.Eventually the codes made by the Germans became clearer and they lost their advantage in World War two, and the U boats who were sinking the supply ships from America and Canada to Great Britain, could not locate the supply ships for the first 23 days of June 1941 (Kozaczuk, 1984). After World war two Turing went to work for the National Physical Laboratory in 1945 where he made the first plan for the first Automated Computing Machine for the Association for Computing Engineering (the ACE). Unfortunately the ACE was never completed as he moved to the University of Manchester to develop an even more advanced computing machine (MADAM).With all of Turing’s work he had proved David Hilbert wrong with all three questions with the fact that a certain class of mathematical problems which could not be solved by automatic machines and had introduced the concept of a single theoretical universal computing machine, which of course is now known as the Turing Machine. In 1947 he tried to find out if there was any relationship with computers and nature and Turing was certain that by about the year 2050 that a thinking machine would mimic the thoughts of a human and it was in 1949 he published a paper called â€Å"intelligent machines† (Copeland, 2005)Alan Turing passed away on 7 June 1954, he was found in his bed with an half eaten apple beside his bed, which was apparently dipped in cyanide on purpose by himself so he could commit suicide as he was supposedly depressed after being found guilty of homosexuality by the Br itish courts. But there is little evidence to support this theory of Turing committing suicide (Pease, 2012). Bibliography Schmidl, H. , (1998) On Enigma and a Method for its Decryption http://www. cs. miami. edu/~harald/enigma/index. html Kozaczuk, W. (1984), Enigma: How the German Machine Cipher Was Broken, and How It Was Read by the Allies in World War Two, (2nd ed. ), Frederick, Maryland: University Publications of America. Hodges, A. , (1992), Alan Turing: the enigma, London: Burnett Books. P. 26-34. Copeland, B. J. , (2004) The Essential Turing. Oxford: Oxford University Press Pease, R. , Alan Turing: Inquest's suicide verdict ‘not supportable' (June 26,2012). , BBC News, science and environment. Copeland, B. J. , Alan Turing. net, the Turing archive for the history of computing (2012). The Role of Alan Turing in the History of Computing The role of Alan Turing in the history of computing Alan Mathison Turing was born on 23 June 1912, Paddington, London. He was a true pioneer in computer science and if it were not for this man, no one would probably be typing an essay based on him on a modern computer. He is renowned for his passion of mathematics and the invention of the Turing machine/test, breaking the German enigma code during World War One, and for making the first automated computing machine (the ACE).At an early age he was sent to preparatory school by his parents, he attended these until enrolling at Sherbourne in 1926. His teachers there were surprised to find him working through the long way for the answers to questions, after Sherbourne Turing enrolled at King’s College where he became a mathematics scholar in 1931 where he began his studies in maths and logistics. He was elected at King’s and won the Smith’s award in 1936 for a paper he wrote on the â€Å"Gaussian error function†, this is when he began work to develop The Turing Machine. Copeland, 2004) But later in 1936 he moved to the United States to study at Princeton for two years where he studied the theory of computation and in 1937 presented a paper called â€Å"On computable numbers, with an application to the â€Å"Entscheidungs problem† and soon to challenge David Hilbert’s three questions put forward to the best of the mathematical minds, which were; Was maths complete? Was maths constant? , was maths decidable? (Hodges, 1992; Copeland 2004).Though his work on the Entscheidungs problem he began working on to define what a method was, and through that he came up with the Turing machine theory which can be said to be a mechanical process that was able to perform all the operations a person working with a logical system would be able to perform this theory compares human thought processes to that of a machine, which in the Turing machine theory are categorized as terms of inputs, o utputs and machine states.The Turing machine is a simple computer. It’s limited to a logical set of instructions by reading and writing symbols on a tape and moving the tape one step to the left or right and then look at what’s written in the resulting square, each symbol had a specific way to be turned into a new symbol e. g. if the symbol is a â€Å"0† move it two spaces right and turn it into a â€Å"1†. So a algorithm for a calculation the list of instructions are quite long, but the complexity of instructions are very short.The Turing Machine at the time was the only one designed to perform multiple tasks and functions. Turing’s vision was what we currently use today as a modern computer (Copeland, 2012). Soon after this period World War two began and the Polish were bracing themselves from an invasion from the Germans, When Polish mathematician Marian Rejewski attempted to break the German enigma machine which is a mechanical ciphering machin e which had the purpose of a message only being read and understood by the receiver.Marian made the polish bomby which works like a combination of many enigma machines e. g. if SAW stood for GJK then both would be put in the bomby and every possible combination would be sorted through and would stop when a possible match was found, this worked well until 1938 when Germany added two more rotors to the Enigma (Schmidl, 1998), sadly the Polish had to leave Poland and forced to team up with the English and French and this where Alan Turing’s true genius was put into application and saved hundreds and thousands of lives.Turing then put the Polish’s efforts into action, the British had a lot more resources which consisted of about ten thousand people working on the encoding of the Enigma, Turing created The Turing Bombe which was a lot more efficient than the bomby and it differed in the way that instead of trying to rely on a certain indicator decode a certain message sent, it went after the specific message using word probability.Once the message was solved a ’menu’ was put on the bombe and was then put in its proper setting, was given information and let it run until it matched with the rotors, Three to Seven months later a set of three rotors were place in the scrambler unit, this made the processing a lot faster as the scrambler unit made the current go from the fast, medium then the slow rotor.Eventually the codes made by the Germans became clearer and they lost their advantage in World War two, and the U boats who were sinking the supply ships from America and Canada to Great Britain, could not locate the supply ships for the first 23 days of June 1941 (Kozaczuk, 1984). After World war two Turing went to work for the National Physical Laboratory in 1945 where he made the first plan for the first Automated Computing Machine for the Association for Computing Engineering (the ACE). Unfortunately the ACE was never completed as he moved to the University of Manchester to develop an even more advanced computing machine (MADAM).With all of Turing’s work he had proved David Hilbert wrong with all three questions with the fact that a certain class of mathematical problems which could not be solved by automatic machines and had introduced the concept of a single theoretical universal computing machine, which of course is now known as the Turing Machine. In 1947 he tried to find out if there was any relationship with computers and nature and Turing was certain that by about the year 2050 that a thinking machine would mimic the thoughts of a human and it was in 1949 he published a paper called â€Å"intelligent machines† (Copeland, 2005)Alan Turing passed away on 7 June 1954, he was found in his bed with an half eaten apple beside his bed, which was apparently dipped in cyanide on purpose by himself so he could commit suicide as he was supposedly depressed after being found guilty of homosexuality by the Br itish courts. But there is little evidence to support this theory of Turing committing suicide (Pease, 2012). Bibliography Schmidl, H. , (1998) On Enigma and a Method for its Decryption http://www. cs. miami. edu/~harald/enigma/index. html Kozaczuk, W. (1984), Enigma: How the German Machine Cipher Was Broken, and How It Was Read by the Allies in World War Two, (2nd ed. ), Frederick, Maryland: University Publications of America. Hodges, A. , (1992), Alan Turing: the enigma, London: Burnett Books. P. 26-34. Copeland, B. J. , (2004) The Essential Turing. Oxford: Oxford University Press Pease, R. , Alan Turing: Inquest's suicide verdict ‘not supportable' (June 26,2012). , BBC News, science and environment. Copeland, B. J. , Alan Turing. net, the Turing archive for the history of computing (2012).

Howard University Acceptance Rate, SAT/ACT Scores, GPA

Howard University is a private, federally-chartered university with an acceptance rate of 32%. Located in Washington D.C., Howard Universitys rich history began shortly after the Civil War when the First Congregational Society of Washington established a university for the education of African Americans. To this day, Howard remains a national leader in fulfilling that mission. The 256-acre main campus has an impressive 8-to-1  student/faculty ratio, and its strengths in the liberal arts earned it a chapter of  Phi Beta Kappa. In athletics, the Howard Bison compete in the NCAA Division I  Mid-Eastern Athletic Conference  (MEAC) with other historically black colleges. Popular sports include basketball, football, soccer, tennis, track and field, and cross country. Considering applying to Howard University? Here are the admissions statistics you should know, including average SAT/ACT scores and GPAs of admitted students. Acceptance Rate During the 2017-18 admissions cycle, Howard University had an acceptance rate of 32%. This means that for every 100 students who applied, 32 were admitted, making Howards admissions process competitive. Admitted Students (2017-18) Number of Applicants 20,946 Percent Admitted 32% Percent Admitted Who Enrolled (Yield) 23% SAT Scores and Requirements Howard University requires that all applicants submit either SAT or ACT scores. During the 2017-18 admissions cycle, 75% of admitted students submitted SAT scores. SAT Range (Admitted Students) Section 25th Percentile 75th Percentile ERW 590 650 Math 550 635 ERW=Evidence-Based Reading and Writing This admissions data tells us that most of Howards admitted students fall within the top 35% nationally on the SAT. For the evidence-based reading and writing section, 50% of students admitted to Howard University scored between 590 and 650, while 25% scored below 590 and 25% scored above 650. On the math section, 50% of admitted students scored between 550 and 635, while 25% scored below 550 and 25% scored above 635. Applicants with a composite SAT score of 1285 or higher will have particularly competitive chances at Howard University. Requirements Howard University does not require the SAT writing section. Note that Howard participates in the scorechoice program, which means that the admissions office will consider your highest score from each individual section across all SAT test dates. ACT Scores and Requirements Howard University requires that all applicants submit either SAT or ACT scores. During the 2017-18 admissions cycle, 42% of applicants submitted ACT scores. ACT Range (Admitted Students) Section 25th Percentile 75th Percentile English 22 28 Math 20 26 Composite 22 27 This admissions data tells us that most of Howard Universitys admitted students fall within the top 37% nationally on the ACT. The middle 50% of students admitted to Howard received a composite ACT score between 22 and 27, while 25% scored above 27 and 25% scored below 22. Requirements Note that Howard University does not supescore ACT results, your highest composite ACT score will be considered. Howard does no require the ACT writing section. GPA In 2018, the average high school GPA for incoming Howard University freshman was 3.55, and over 60% of admitted students had average GPAs of 3.5 and above. These results suggest that most successful applicants to Howard University have primarily B/B grades. Self-Reported GPA/SAT/ACT Graph Howard University Applicants Self-Reported GPA/SAT/ACT Graph. Data courtesy of Cappex. The admissions data in the graph is self-reported by applicants to Howard University. 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 One of the countrys top HBCUs,  Howard University has a competitive admissions pool with a low acceptance rate and high average SAT/ACT scores. However, Howard University, like nearly all selective colleges and universities, has a  holistic admissions  process involving other factors beyond your grades and test scores. A  strong application essay, optional resume,  and  glowing letters of recommendation  can strengthen your application, as can participation in  meaningful extracurricular activities  and a  rigorous course schedule. Howard wants to see applicants complete a core curriculum that includes four years of English, three years of math, and two years of social science, science (including lab), and foreign language. Applicants to the Division of Fine Arts have additional admission requirements including auditions and portfolios. Students with particularly compelling stories or achievements can still receive serious consideration even if their test scores a re outside of Howard Universitys average range. In the graph above, the blue and green dots represent accepted students. Most admitted students had a high school GPA of B- or higher, an SAT score of 1000 or higher (ERWM), and an ACT composite score of 20 or higher. Many applicants had scores and test scores well above this lower range. Note that there are a few red dots (rejected students) and yellow dots (waitlisted students) hidden behind the green and blue in the center of the graph. Howard is selective, and some students with grades and test scores that were on target for admission did not get in. Note also that a few students were accepted with test scores and grades a bit below the norm. All admissions data has been sourced from the National Center for Education Statistics and Howard Universitys Undergraduate Admissions Office.