Miss Brill By Mansfield Essays - Miss Brill, Brill, Literature

Miss Brill By Mansfield Katherine Mansfield's short story "Miss Brill" outlines an old woman's lack of understanding for a world that she observes so intimately. The story is told from the point of view of an aging insignificant character, who on this particular Sunday is cruelly forced to see herself in a different light. This essay will study Miss Brill's forced development, and the conflict(s) she must face in this story. The story is so completely the language Miss Brill uses to describe her world, that it is left difficult to discuss. In fact, the inclination is to just quote the brilliantly written sentences. The protagonist on the other hand, Miss Brill herself, is not brilliant at all. Miss Brill is the audience to a ?play' pretending like she is starring in it, when really she is barely one of the most insignificant roles. "No doubt somebody would have noticed if she hadn't been there; she was part of the performance after all" (100). The woman, likely 55 or older from Mansfield's physical descriptions, lives her life and thrives in it through other people's experiences. After all, "she had really become an expert, she thought, at listening as though she didn't listen, at sitting in other people's lives just for a minute while they talked round her" (98). Miss Brill's inauthentic yet darkly happy view on life comes to an abrupt halt when a young woman loudly insults her, describing her fur as "like a fried whiting", and then the young man's attack of "who wants her? Why doesn't she keep her silly old mug at home?" (100). Miss Brill appears to be her own antagonist. So fictitious is her life, made up of secondhand experience (and secondhand furs!), that she "imagines she hears something crying in the box" (101) but really she is just incapable of recognizing the root of her tears, which today is grief and humiliation. Miss Brill's development is minimal, even after her little rude awakening in the park. In the story's descriptive beginning, she wanders around somewhat aimlessly playing her role as the observer. At the mood-darkening end Miss Brill still appears to be an observer, but this time one that is close to understanding her own hopeless situation. This time much closer to the truth than earlier the same day.

Tense When Using the Subjunctive Mood of Spanish

Tense When Using the Subjunctive Mood of Spanish Learning not only when to use the subjunctive mood, but which form of the subjunctive to use, can be one of the most difficult parts of learning Spanish verb usage. The rules can appear quite complicated at first, partly because the subjunctive mood is nearly absent in English. But learning the tenses - either in the traditional way of memorizing rules and then applying them or by becoming familiar enough with the language to know what sounds right - is essential to gaining fluency. Four Subjunctive Tenses in Everyday Use In normal usage, Spanish uses the subjunctive mood in a single simple present tense as well as three tenses that can refer real or hypothetical past actions: Present subjunctivePresent perfect subjunctiveImperfect subjunctivePast perfect (or pluperfect) subjunctive Remember that, generally speaking, the subjunctive is used in dependent clauses. Which form of the subjunctive is used depends on two factors: The tense of the verb in the main clauseThe time relationship between the subjunctive verb in the dependent clause and the main verb Although there are exceptions, and the rules of grammar in real life are more fluid than is suggested here, the following list shows the most common (but not only) ways in which the tenses are differentiated: If the main verb is in the present, future, or present perfect tense or the imperative mood, and the dependent (subjunctive) verb refers to action that takes place (whether in actuality or not) at the same time or after the main verb, then the dependent verb should be in the present subjunctive. Example: Espero que comas. (I hope you eat.)If the main verb is in the present, future or present perfect tense or imperative mood, and the dependent (subjunctive) verb refers to action that has been completed (whether in actuality or not), then the dependent verb should be in the present perfect subjunctive. Example: Espero que hayas comido. (I hope you have eaten.)If the main verb is in the preterite, imperfect, past perfect or conditional tense, and the dependent (subjunctive) verb refers to action that takes place (whether in actuality or not) at the same time or after the action of the main verb, then the imperfect subjunctive is used. Example: Esperà © que comieras. (I hoped you ate.)I f the main verb is in the preterite, imperfect, past perfect or conditional tense, and the dependent verb refers to action that has been completed (whether in actuality or not), then the past perfect subjunctive (also called pluperfect subjunctive) is used. Example: Esperà © que hubieras comido. (I hoped you had eaten.) These verbs are often the equivalent of English verbs taking the form of had participle. Note that in many cases there are various ways of translating the sentence to English. For example, espero que comas also could be translated as I hope that you will eat. Because there is no future subjunctive in everyday use, verbs in the present subjunctive form often are translated into English using the future tense. Dudo que me compres recuerdos, I doubt you will buy souvenirs for me. Another Analysis of Subjunctive Tenses Heres another way to look at the sequence of verb tenses: If the main verb is in a present or future tense, use either the present subjunctive or present perfect subjunctive, depending on whether the subjunctive verb refers to action (or presumed action) that has been completed.If the main verb is in a past or conditional tense, use either the imperfect or past perfect subjunctive, depending on whether the subjunctive verb refers to action has has been completed (or presumably completed) at the time of the action in the main verb. These tenses can seem confusing at first. But as you learn the language they will become second nature. To learn more about this topic explained in a different way, see the lesson on the sequence of tenses. Sample Sentences Using the Subjunctive Tenses  ¿Por quà © preferimos que Siri sea una mujer? (Why do we prefer that Siri be a woman?) Both the main verb, preferemos, and the dependent verb, sea (from ser) are in the present tense. The dependent verb refers to an action that takes place in the present. No estoy feliz que el presidente haya ganado la eleccià ³n. (I am not happy that that the president has won the election.) The present perfect subjunctive is used because the election is a completed action. Sus amigos consolaron a Pablo luego de que à ©l perdiera el juego. (His friends consoled Pablo after he lost the game.) Because the main verb is in the preterite and its action clearly took place after the action in the dependent clause, the imperfect tense is used to refer to the completed action. La doctora negà ³ que hubiera comprado un apartamento en ese edificio. (The doctor denied she had bought an apartment in that building.) The action of the dependent verb took place (or didnt) at an indefinite time, and the main verb is in the preterite, so the pluperfect is used.

Advantages of Science

WriteLine(â€Å"enter number with power is to be calculated†); int a = Convert. ToInt16(Console. ReadLine()); Console. WriteLine(â€Å"enter power†); int b = Convert. ToInt16(Console. ReadLine()); Program p = new Program(); double c=p. power(a, b); Console. WriteLine(a+ † rase to the power â€Å"+b+ â€Å"=†+c); } private double power(int a, int b) { double power = Math. Pow(a, b); return power; } Q2. Write a general-purpose function to convert any given year into its roman equivalent. Example: Roman equivalent of 1988 is mdcccclxxxviii Roman equivalent of 1525 is mdxxv static void Main(string[] args) { Console. WriteLine(â€Å"enter the year†); int number=Convert. ToInt16(Console. ReadLine()); Program p=new Program(); string samsung=p. ToRoman(number); Console. WriteLine(samsung); } private string ToRoman(int number) { if ((number 0) || (number 3999)) throw new ArgumentOutOfRangeException(â€Å"insert value betwheen 1 and 3999†); if (number 1) return string. Empty; f (number = 1000) return â€Å"M† + ToRoman(number – 1000); if (number = 900) return â€Å"CM† + ToRoman(number – 900); if (number = 500) return â€Å"D† + ToRoman(number – 500); if (number = 400) return â€Å"CD† + ToRoman(number – 400); if (number = 100) return â€Å"C† + ToRoman(number – 100); if (number = 90) return â€Å"XCâ₠¬  + ToRoman(number – 90); if (number = 50) return â€Å"L† + ToRoman(number – 50); if (number = 40) return â€Å"XL† + ToRoman(number – 40); if (number = 10) return â€Å"X† + ToRoman(number – 10); if (number = 9) return â€Å"IX† + ToRoman(number – 9); if (number = 5) return â€Å"V† + ToRoman(number – 5); if (number = 4) return â€Å"IV† + ToRoman(number – 4); if (number = 1) return â€Å"I† + ToRoman(number – 1); throw new ArgumentOutOfRangeException(â€Å"something bad happened†); } Q3. Any year is entered through the keyboard. Write a function to determine whether the year is a leap year or not. static void Main(string[] args) { Console. WriteLine(â€Å"enter the year†); int a = Convert. ToInt16(Console. ReadLine()); Program p=new Program(); . leap(a); } private void leap(int a) { if (a%4! =0 a%100==0 a%400==0) { Console. WriteLine(â€Å"this year is a lea p year†); } else Console. WriteLine(â€Å"this is not a leap year†); } Q4. Write a function that receives 5 integers and returns the sum, average and standard deviation of these numbers. int a, b, c, d, e; Console. WriteLine(â€Å"enter first number†); a = Convert. ToInt16(Console. ReadLine()); Console. WriteLine(â€Å"enter second number†); b = Convert. ToInt16(Console. ReadLine()); Console. WriteLine(â€Å"enter third number†); c = Convert. ToInt16(Console. ReadLine()); Console. WriteLine(â€Å"enter forth number†); = Convert. ToInt16(Console. ReadLine()); Console. WriteLine(â€Å"enter fifth number†); e = Convert. ToInt16(Console. ReadLine()); Program p = new Program(); int f = p. sum(a, b, c, d, e); int g = p. average(f); double h = p. standard_deviation(a, b, c, d, e, f, g); Console. WriteLine(â€Å"sum of numbers are=†+f); Console. WriteLine(â€Å"averge of numbers are=†+g); Console. WriteLine(â€Å"stardard deriva tion of numbers is=†+h); } private double standard_deviation(int a, int b, int c, int d, int e, int f, int g) { double i, j, k, l, m,deri,squ; i = a – g; j = b – g; k = c – g; l = d – g; m = e – g; i = Math. Pow(i, 2); j = Math. Pow(j, 2); = Math. Pow(k, 2); l = Math. Pow(l, 2); m = Math. Pow(m, 2); deri = (i + j + k + l + m) / g; squ = Math. Sqrt(deri); return squ; } private int average(int f) { int avg = f / 5; return avg; } private int sum(int a, int b, int c, int d, int e) { int sum = a + b + c + d + e; return sum; } Q5. If we list all the natural numbers below 10 that are multiples of 3 or 5, we get 3, 5, 6 and 9. The sum of these multiples is 23. Find the sum of all the multiples of 3 or 5 below 1000. int sum = 0; for (int i = 3; i 1000; i++) { if (i % 3 == 0 || i % 5 == 0) { sum += i; Console. WriteLine(sum. ToString()); } Q6. A palindromic number reads the same both ways. The largest palindrome made from the product of two 2-digit numbers is 9009 = 91 99. Find the largest palindrome made from the product of two 3-digit numbers. int maxPalindrome = 0; for (int i = 100; i 1000; i++) { for (int j = i; j 1000; j++) { int product = i * j; if (product. IsPalindrome() product maxPalindrome) { maxPalindrome = product; } } } System. Console. WriteLine(maxPalindrome); } } public static class Extensions { public static bool IsPalindrome(this int i) { Listchar chars = new Listchar(i. ToString(). ToCharArray()); chars. Reverse(); return i == int. Parse(new string(chars. ToArray())); Advantages of Science WriteLine(â€Å"enter number with power is to be calculated†); int a = Convert. ToInt16(Console. ReadLine()); Console. WriteLine(â€Å"enter power†); int b = Convert. ToInt16(Console. ReadLine()); Program p = new Program(); double c=p. power(a, b); Console. WriteLine(a+ † rase to the power â€Å"+b+ â€Å"=†+c); } private double power(int a, int b) { double power = Math. Pow(a, b); return power; } Q2. Write a general-purpose function to convert any given year into its roman equivalent. Example: Roman equivalent of 1988 is mdcccclxxxviii Roman equivalent of 1525 is mdxxv static void Main(string[] args) { Console. WriteLine(â€Å"enter the year†); int number=Convert. ToInt16(Console. ReadLine()); Program p=new Program(); string samsung=p. ToRoman(number); Console. WriteLine(samsung); } private string ToRoman(int number) { if ((number 0) || (number 3999)) throw new ArgumentOutOfRangeException(â€Å"insert value betwheen 1 and 3999†); if (number 1) return string. Empty; f (number = 1000) return â€Å"M† + ToRoman(number – 1000); if (number = 900) return â€Å"CM† + ToRoman(number – 900); if (number = 500) return â€Å"D† + ToRoman(number – 500); if (number = 400) return â€Å"CD† + ToRoman(number – 400); if (number = 100) return â€Å"C† + ToRoman(number – 100); if (number = 90) return â€Å"XCâ₠¬  + ToRoman(number – 90); if (number = 50) return â€Å"L† + ToRoman(number – 50); if (number = 40) return â€Å"XL† + ToRoman(number – 40); if (number = 10) return â€Å"X† + ToRoman(number – 10); if (number = 9) return â€Å"IX† + ToRoman(number – 9); if (number = 5) return â€Å"V† + ToRoman(number – 5); if (number = 4) return â€Å"IV† + ToRoman(number – 4); if (number = 1) return â€Å"I† + ToRoman(number – 1); throw new ArgumentOutOfRangeException(â€Å"something bad happened†); } Q3. Any year is entered through the keyboard. Write a function to determine whether the year is a leap year or not. static void Main(string[] args) { Console. WriteLine(â€Å"enter the year†); int a = Convert. ToInt16(Console. ReadLine()); Program p=new Program(); . leap(a); } private void leap(int a) { if (a%4! =0 a%100==0 a%400==0) { Console. WriteLine(â€Å"this year is a lea p year†); } else Console. WriteLine(â€Å"this is not a leap year†); } Q4. Write a function that receives 5 integers and returns the sum, average and standard deviation of these numbers. int a, b, c, d, e; Console. WriteLine(â€Å"enter first number†); a = Convert. ToInt16(Console. ReadLine()); Console. WriteLine(â€Å"enter second number†); b = Convert. ToInt16(Console. ReadLine()); Console. WriteLine(â€Å"enter third number†); c = Convert. ToInt16(Console. ReadLine()); Console. WriteLine(â€Å"enter forth number†); = Convert. ToInt16(Console. ReadLine()); Console. WriteLine(â€Å"enter fifth number†); e = Convert. ToInt16(Console. ReadLine()); Program p = new Program(); int f = p. sum(a, b, c, d, e); int g = p. average(f); double h = p. standard_deviation(a, b, c, d, e, f, g); Console. WriteLine(â€Å"sum of numbers are=†+f); Console. WriteLine(â€Å"averge of numbers are=†+g); Console. WriteLine(â€Å"stardard deriva tion of numbers is=†+h); } private double standard_deviation(int a, int b, int c, int d, int e, int f, int g) { double i, j, k, l, m,deri,squ; i = a – g; j = b – g; k = c – g; l = d – g; m = e – g; i = Math. Pow(i, 2); j = Math. Pow(j, 2); = Math. Pow(k, 2); l = Math. Pow(l, 2); m = Math. Pow(m, 2); deri = (i + j + k + l + m) / g; squ = Math. Sqrt(deri); return squ; } private int average(int f) { int avg = f / 5; return avg; } private int sum(int a, int b, int c, int d, int e) { int sum = a + b + c + d + e; return sum; } Q5. If we list all the natural numbers below 10 that are multiples of 3 or 5, we get 3, 5, 6 and 9. The sum of these multiples is 23. Find the sum of all the multiples of 3 or 5 below 1000. int sum = 0; for (int i = 3; i 1000; i++) { if (i % 3 == 0 || i % 5 == 0) { sum += i; Console. WriteLine(sum. ToString()); } Q6. A palindromic number reads the same both ways. The largest palindrome made from the product of two 2-digit numbers is 9009 = 91 99. Find the largest palindrome made from the product of two 3-digit numbers. int maxPalindrome = 0; for (int i = 100; i 1000; i++) { for (int j = i; j 1000; j++) { int product = i * j; if (product. IsPalindrome() product maxPalindrome) { maxPalindrome = product; } } } System. Console. WriteLine(maxPalindrome); } } public static class Extensions { public static bool IsPalindrome(this int i) { Listchar chars = new Listchar(i. ToString(). ToCharArray()); chars. Reverse(); return i == int. Parse(new string(chars. ToArray()));

Business and Economics Essay Example | Topics and Well Written Essays - 1500 words

Business and Economics - Essay Example Basically, implicit costs are associated with the relinquished gains of any transaction. In its simplest form, an implicit cost takes place when the person misses out on satisfaction in search of an activity and is not compensated by money or any another form of fee; it starts and concludes with the act of foregoing the gains and satisfaction (McConnel and Brue 392-393). Another good illustration is when one decides to go to a university as a full-time student instead of working on a $20,000 job, this meant giving up earnings of $20,000. The potential earning being "sacrificed" is the implicit cost while explicit costs would be the books, basic tuition fees and laboratory charges, board and lodging and other conventional miscellaneous payments expected when taking a university education. On the other hand, explicit costs are the noticeable types of costs like rents, water and electric bill payments and expenditures on daily food maintenance (McConnell and Brue 410); in a business world scenario, these are the 'out of pocket' or cash expenditures a commercial enterprise incurs to outsiders who supply them resources. A business organisation is said to be making normal profit when total revenues equal aggregate expenditures. This takes place in situations of perfect competition when economic equilibrium is achieved. Economically speaking, normal profit is considered as a cost and acknowledged as one of the two elements of the cost of capital. Basically, this is the opportunity cost of employing consumerist capabilities in the creation or manufacture of a good or the profit that could be obtained by entrepreneurship in another commercial undertaking. Just like the opportunity costs of other resources, normal profit is subtracted from revenue to determine economic profit (Pyle and Larson 157-158). Since normal profit is economically a cost, there is no economic profit at equilibrium.. Is Economic Profit a Cost of Production Yes, by definition, economic profit is equivalent to the amount of output multiplied by the difference between the average cost and the price. This is what remains after all opportunity costs associated with production, are subtracted from the revenue generated by production. In a single-goods scenario, a positive economic profit occurs when the enterprise' average cost is below the value of the product or service at the profit-maximising output. Fundamentally, an economic profit crops up when its revenue surpasses the total (opportunity) cost of its inputs, noting that these outlays comprise the cost of equity capital that is gathered by normal profits (Albrecht 409). In essence, economic profit is the 'conceptually correct' idea of profit employed in economics, that is, if profit is revenue minus cost, then economic profit is the measure of profit. In the recession year of 1998, a lot of country A's residents who found themselves out of a job and short of money organised barter networks for goods and services. If such barter networks covered a significant quantity of goods and services, would measured GDP in 1998 be a good estimator of the actual value of goods and services produced during the year No, it will not be a good or an accurate estimator of the

Germany Travel and Commerce Case Study Example | Topics and Well Written Essays - 1000 words - 1

Germany Travel and Commerce - Case Study Example Eight years ago in the domestic German market, they currently account for a good share of the domestic market and growth was steady until the global recession of 2007/08; nevertheless, there was reasonable growth in 2009. Internationally, low-cost carriers’ growth was slow in early years of the last decade; however, in 2003 low-cost carriers services grew rapidly until 2008. Today’s airports have become more than just pure transportation hubs because they are both service and communication centers and places of urban experiences on the cities perimeter. German has various major urban centers that host main airports in the country and the urban centers include Berlin, Dusseldorf, Hamburg, Frankfurt, Munich, and Stuttgart. The main business aviation airports include Schoenefeld Airport in Berlin, DÃ ¼sseldorf Airport in Dusseldorf, Stuttgart Airport in Stuttgart, Hamburg Airport in Hamburg, Frankfurt Airport in Frankfurt and Munich Airport in Munich. DÃ ¼sseldorf Airpor t offers various major airlines to fly into it, which include Turkish Airlines, KLM flights, and Emirates flights. The biggest airlines that use Frankfurt airport include Condor, Turkish Airlines, and Lufthansa flights. In Munich, the largest airlines flying into the city’s airport include Turkish Airlines, KLM flights, and Qatar Airways flights. The various largest airlines flying to Berlin’s airports include KLM flights, British Airways and Turkish Airlines flights; however, other airlines like Brussels Airlines fly into Berlin. Largest airlines flying into Hamburg’s airport include Turkish Airlines, KLM flights, and British Airways. The largest airlines flying to Stuttgart’s airport include Turkish Airlines, KLM flights and British Airways (Skyscanner, 2012). British Airways is owned by International Airlines Group (IAG) and shareholders who have limited liability.

In What Ways Have Large Business Organizations Changed Essay Example for Free

In What Ways Have Large Business Organizations Changed Essay In what ways have large business organizations changed in recent decades? Large business organizations have changed in recent decades in a few ways. Some of this ways are that are not always a conventional bureaucracy, they are more open and flexible, the technology used, and the political and economic trends are always changing. Plus there are others, but I’m going to elaborate on the one I had mentioned. In the past organizations had use a conventional bureaucracy approach (the pyramid), where it is a top-down flow. The upper level manager would give instructions to be carried out, and the lower level workers would carry out the instructions. But now days it is a more open and flexible place to work; where instructions are carried out by all members of the organization. And unlike the bureaucracy approach, the open and flexible approach gives the decision making to most or all members of the organization. There has defiantly been a significantly change in the department of technology over the decades. The technology used in the past was files, records, telephones, and fax machines. Now we use computers, the Internet and Web, e-mails, and mobile devices. The connection to the Internet and the Web has even changed over the years since we started to use them. Instead of being a steady passed organization and society that we once was we have quickened are pass to our now fast past world on the go at ever moment. The trends of economy and politics play a role in the organization’s environment, such as the outside factors of an organization that can affect the operation of business. This would include the current events, available workforce, technology, and other organizations. And as the times change, the resources changes with it. Couple decades ago the times where good for what it was, but now days, with the recession times are good for some and not good for others. The recent layoffs, foreclosures, and natural disastrous, in the past few years has not helped a lot, but we are coming back together.

Technology Changes Role Of Database Administrator :: essays research papers fc

Technology Changes Role of Database Administrator The database administrator (DBA) is responsible for managing and coordinating all database activities. The DBA's job description includes database design, user coordination, backup, recovery, overall performance, and database security. The database administrator plays a crucial role in managing data for the employer. In the past the DBA job has required sharp technical skills along with management ability. (Shelly, Cashman, Waggoner 1992). However, the arrival on the scene of the relational database along with the rapidly changing technology has modified the database administrator's role. This has required organizations to vary the way of handling database management. (Mullins 1995) Traditional database design and data access were complicated. The database administrator's job was to oversee any and all database-oriented tasks. This included database design and implementation, installation, upgrade, SQL analysis and advice for application developers.. The DBA was also responsible for back-up and recovery, which required many complex utility programs that run in a specified order. This was a time-consuming energy draining task. (Fosdick 1995) Databases are currently in the process of integration. Standardizing data, once done predominately by large corporations, is now filtering down to medium- size and small companies. The meshing of the old and new database causes administrators to maintain two or three database products on a single network. (Wong 1995) Relational database management systems incorporate complex features and components to help with logic procedures. This requires organizations to expand the traditional approach to database management and administration. The modern database management systems not only share data, they implement the sharing of common data elements and code elements. (Mullins 1995) Currently, the more sought after relational database products are incorporating more and more complex features and components to simplify procedural logic. Due to the complexity of todays relational database, corporations are changing the established way of dealing with database management personnel. Traditionally, as new features were added to the database, more and more responsibility fell on the DBA. With the emergence of the relational database management system (RDBMS), we are now beginning to see a change in the database administrator's role.(Mullins 1995) The design of data access routines in relational database demands extra participation from programmers. The database administrator simply checks the system's optimization choice, because technology is responsible for building access paths to the data. Program design and standard query language (SQL) tools have become essential requirements for the database administrator to do this job. However, this technology requires additional supervision and many DBAs are not competent in SQL analysis and performance monitoring. The database administrator had to learn to master the skills of application logic and programming techniques. (Mullins 1995) The database administrator's job description and responsibilities have changed