请输入或粘贴题目内容
搜题
拍照、语音搜题，请扫码下载APP
题目内容
（请给出正确答案）
The two dissimilar characters, i.e. Harry and Alan are common in that______.
A．they are both weird
B．their parents are weird
C．they have unresolved issues
D．they have weird families
答案
更多“The two dissimilar characters, i.e. Harry and Alan are common in that______.A．they are bot”相关的问题
第2题
B、The subsidiary was acquired with the intention of reselling it after a short period of time.
C、The subsidiary is based in a country with strict exchange controls which make it difficult for it to transfer funds to the parent.
D、There is no basis on which a subsidiary may be excluded from consolidation.
第3题
Part A
Directions: Read the following four texts. Answer the questions below each text by choosing A, B, C or D. (40 points)
It was a little weird at first, Erin Tobin said, seeing Harry Potter right there on the stage without his pants, or indeed any of his clothes.
Not actually Harry Potter, of course, since he is fictional, but the next best thing. Daniel Radcliffe, who plays him in the movies. Now 17. Mr. Radcliffe has cast off his wand, his broomstick and everything else to appear in the West End revival of Peter Shaffer's "Equus". He stars as Alan Strang, a disturbed young man who, in a distinctly un-Harry-Potterish moment of frenzied psychosexual madness, blinds six horses with a hoof pick.
To make it clear what audiences are in for, at least in part, photographs of Mr. Radcliffe's buff torso, stripped almost to the groin, have been used to advertise the production. It is as jarring as if, say, Anne Hathaway suddenly announced that instead of playing sweet-natured princesses and fashion-world ingénues, she wanted to appear onstage as a nude murderous prostitute.
To explain how is surprising the change of Radcliffe to the audience, the author mentions Anne "Equus" opened last week, and the consensus so far is that Mr. Radcliffe has successfully extricated himself from his cinematic alter ego. Considering that playing Harry Potter is practically all he has done in his career, this is no small achievement.
"I think he's a really good actor, and I sort of forgot about Harry Potter", said Ophelia Oates, 14, who saw the play over the weekend. "Anyway, you can't be Harry Potter forever".
In The Daily Telegraph, Charles Spencer said that "Daniel Radcliffe brilliantly succeeds m throwing off the mantle of Harry Potter, announcing himself as a thrilling stage actor of unexpected depth and range".
Mr. Radcliffe told The Daily Telegraph that "I thought it would be a bad idea to wait till the Potter films were all finished to do something else". There are still a few to go. The fifth, "Harry Potter and the Order of the Phoenix", is scheduled for release on July 13, and Mr. Radcliffe has signed on for the final two installments as well. (Meanwhile, the seventh and last book in the series, "Harry Potter and the Deathly Hallows", will hit stores on July 21.)
Harry and Alan could not be more dissimilar as characters, even if both "come from quite weird backgrounds", as 13-year-old Ella Pitt, another recent theatergoer, put it. (And no. she declared, she was not too young for all the nakedness, swearing and sexuality.) Both characters have unresolved issues relating to their parents: Harry, because his are dead, and Alan, because his have driven him insane.
But when it comes to romance, for instance, the celluloid Harry has yet to kiss a girl; the big moment comes in the forthcoming film. Meanwhile, Alan in "Equus" not only engages in some serious equi-erotic nuzzling with an actor playing a horse, but is also onstage, fully nude, for 10 minutes, during which he nearly has sex with an equally naked young woman.
Hathaway. This is a______.
A．simile
B．comparison
C．hyperbole
D．analogy
第4题
Programs and Programming
程序与编程
Computer programs, which are also called software, are instructions that cause the hardware-the machines-to do work. Software as a whole can be divided into a number of categories based on the types of work done by programs. The two primary software categories are operating systems (system software), which controls the working of the computer, and application software, which addresses the multitude of tasks for which people use computers. System software, thus, handles such essential, but often invisible, chores as maintaining disk files and managing the screen. whereasc[1]application software performs word processing, database management, and the like. Two additional categories that are neither system nor application software, although they contain elements of both, are network software, which enables groups of computers to communicate, and Ianguage software, which provides programmers with the tools they need to write programs. In addition to these task_based[2]categories, several types of software are described based on their method of distribution. These include the so-called canned programs or packaged software, developed and sold primarily through retail ourlets; freeware and public domain software, which is made available without cost by its developer; shareware, which is similar to freeware but usually carries a small fee for those who like the program; and the infamous vaporware, which is software that either does not reach the market or appears much later than promised.
Operating Systems
Different types of peripheral devices, disk drives, printers, communications networks, and so on handle and store data differently from the way the computer handles and stores it. Internal operating systems, usually stored in ROM memory,[3]were developed primarily to coordinate and translate data flows from dissimilar sources, such as disk drives or coprocessors (processing chips that perform simultaneous but different operations from the central unit). An operating system is a master control program, permanently stored in memory, that interprets user commands requesting various kinds of services, such as display, print, or copy a data file, list all files in a directory, or execute a particular program.
Application
Application is a computer program designed to help people perform a certain type of work. An application, thus. differs from an operating system (which runs a computer), a utility (which performs maintenance or general purpose chores), and a language (with which computer programs are created). Depending on the work for which it was designed, an application can manipulate text, numbers, graphics, or a combination of these elements. Some application packages offer considerable computing power by focusing on a single task, such as Wordpad[4]; others, called integrated software, offer somewhat less power but include several applications, such as Winword, Excel and Foxpro.
Programming
A program is a sequence of instructions that tells the hardware of a computer what operations to perform on data. Programs can be built into the hardware itself, or they may exist independently in a form known as software. In some specialized, or-dedicated- computers the operating instructions are embedded in their circuitry; common examples are the microcomputers found in calculators, wristwatches, automobile engines, and microwave ovens. A general purpose computer, on the other hand, contains some built-in programs (in ROM) or instructions (in the processor chip), but it depends on external programs to perform useful tasks. Once a computer has been programmed, it can do only as much or as little as the software controlling it at any given moment enables it to do. Software in widespread use includes a wide range of applications programs-instructions to the computer on how to perform various tasks.
1. Application Program Interface
Application Program Interface is a set of routines that an application program uses to request and carry out lower level services performed by a computer's operating system. An application program carries out two types of tasks: those related to work being performed, such as accepting text or numbers input to a document or spreadsheet, and those related to maintenance chores, such as managing files and displaying information on the screen. These maintenance chores are performed by the computer's operating system, and an application program interface (API) provides the program with a means of communicating with the system, telling it which system level task to perform and when. On computers running a graphical user interface such as that on the Apple Macintosh, an API also helps application programs manage Window menus, icons, and so on. On local area networks, an API, such as IBMs NetBIOS, provides applications with a uniform means of requesting services from the lower levels of the network.
2. Word Processor
Word Processor is an application program for manipulating text-based documents; the electronic equivalent of paper, pen, typewriter, eraser, and most likely, dictionary and thesaurus. Word processors run the gamut from simple through complex,[5]but all ease the tasks associated with editing documents (deleting, inserting, rewording, and so on). Depending on the program and the equipment in use, word processors can display documents either in text mode, using highlighting, underlining, or color to represent italics, boldfacing, and other such formatting, or in graphics mode, wherein formatting and, sometimes, a variety of fonts appear on the screen as they will on the printed page. All word processors offer at least limited facilities for document formatting, such as font changes, page layout, paragraph indention, and the like. Some word processors can also check spelling, find synonyms, incorporate graphics created with another program, correctly align mathematical formulas, create and print form letters, perform calculations, display documents in multiple on screen windows, and enable users to record macros that simplify difficult or repetitive operations.
Notes
[1]whereas: 连接词，表示对比，翻译成“而”。如：We are working, whereas they are playing我们在干活，而他们却在玩。
[2]task-based: 以任务为依据的，基于任务的。
[3]ROM memory: ROM是read-only memory的简写形式，只读存储器。
[4]Wordpad, Winword, Excel, and Foxpro：一些应用软件的名字，分别用于文字处理、电子表格和数据库。
[5]Word processors run the gamut from simple through complex. 文字处理软件负责从简单到复杂的所有工作。
第8题
It is a curious paradox that we think of the physical sciences as "hard", the social sciences as "soft", and the biological sciences as somewhere in between. This is interpreted to mean that our knowledge of physical systems is more certain than our knowledge of biological systems, and these in turn are more certain than our knowledge of social systems. In terms of bur capacity to sample the relevant universes, however, and the probability that our images of these universes are at least approximately correct, one suspects that a reverse order is more reasonable. We are able to sample earth's social systems with some degree of confidence that we have a reasonable sample of the total universe being investigated. Our knowledge of social systems, therefore, while it is in many ways extremely inaccurate, is not likely to be seriously overturned by new discoveries. Even the folk knowledge in social systems on which ordinary life is based in earning, spending, organizing, marrying, taking part in political activities, fighting and so on, is not very 'dissimilar from the more sophisticated images of the social system derived from the social sciences, even though it is built upon the very imperfect samples of personal experience.
In contrast, our image of the astronomical universe, of even of earth's geological history, can easily be subject to revolutionary changes as new data comes in and new theories are worked out. If we define the "security" of our image of various parts of the total system as the probability of their suffering significant changes, then we would reverse the order of hardness and see the social sciences as the most secure, the physical sciences as the least secure, and again the biological sciences as somewhere in between. Our image of the astronomical universe is the least secure of all simply because we observe such a fantastically small sample of it and its record-keeping is trivial as compared with the rich records of the social systems, or even the limited records of biological systems. Records of the astronomical universe, despite the fact that we see distant things as they were long ago, are limited in the extreme.
Even in regard to such a close neighbor as the moon, which we have actually visited, theories about its origin and history are extremely different, contradictory, and hard to choose among. Our knowledge of physical evolution is incomplete and highly insecure.
The word "paradox"(Para. 1) means "（）".
A.implication
B.contradiction
C.interpretation
D.confusion
第9题
A. difficulty
B. meaning
C. frequency
D. usage
