2023年吉林GRE考试考前冲刺卷.docx
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1、2023年吉林GRE考试考前冲刺卷本卷共分为2大题50小题,作答时间为180分钟,总分100分,60分及格。一、单项选择题(共25题,每题2分。每题的备选项中,只有一个最符合题意) 1.BSet 5/B BTemperature/B Three scales of temperature, each of which permits a precise measurement, are in concurrent use: the Fahrenheit, Celsius, and Kelvin scales. These three different temperature scales w
2、ere each developed by different people and have come to be used in different situations. The scale that is most widely used by the general public in the United States is the Fahrenheit scale. In 1714, Daniel Gabriel Fahrenheit, a German physicist who was living in Holland and operating an instrument
3、 business, developed a mercury-in-glass thermometer and the temperature scale that still carries his name. His original scale had two fixed points: 0was the lowest temperature that he could achieve in a solution of ice, water, and salt, and 96was what he believed was the normal temperature of the hu
4、man body (though this was later determined to be 98.6). Based on this scale, he calculated that the freezing point (or ice point) of water was 32; in later studies, it was determined that the boiling point of water (the steam point) was 212. The Fahrenheit scale came to be accepted as the standard m
5、easure of temperature in a number of countries, including Great Britain, and from there it was spread to British colonies throughout the world. Today, however, the United States is the only major country in the world that still uses the Fahrenheit scale. The scale that is in use in many other countr
6、ies is the Celsius scale. Anders Celsius (17011744), a Swedish astronomer, developed a thermometer in 1741 that based temperatures on the freezing and boiling temperatures of water. On the thermometer that Celsius developed, however, 0was used to indicate the boiling temperature of water, and 100was
7、 used to indicate the freezing temperature of water. After his death, the scale was reversed by a friend, the biologist Carl von Linne (17071748), who achieved acclaim for his development of the Linnean classification system for plants and animals. On the new scale after the reversal by von Linne, 0
8、 indicated the freezing temperature of water, and 100 indicated the boiling temperature of water. At around the same time that Celsius and von Linne were working on their thermometer in Sweden, a similar thermometer was being developed in France. After the French Revolution, the scale developed in F
9、rance was adopted as part of the metric system in that country under the name centigrade, which means a hundred units, and from there it spread worldwide. In 1948, an international agreement was made to rename the centigrade scale the Celsius scale in honor of the scientist who was first known to us
10、e a 100-degree scale, though it should be remembered that the scale that Celsius actually used himself was the reverse of todays scale. A third scale, the Kelvin scale, is generally used today for scientific purposes. This scale was first suggested in 1854 by two English physicists: William Thomson,
11、 Lord Kelvin (18241907) and James Prescott Joule (18181889). The Kelvin scale defines 0as absolute zero, the hypothetical temperature at which all atomic and molecular motion theoretically stops, and 100separates the freezing point and boiling point of water, just as it does on the Celsius scale. On
12、 the Kelvin scale, with 0equal to absolute zero, water freezes at 273, and water boils at a temperature 100higher. The Kelvin scale is well suited to some areas of scientific study because it does not have any negative values, yet it still maintains the 100 difference between the freezing point and
13、boiling point of water that the Celsius scale has and can thus easily be converted to the Celsius scale by merely subtracting 273 from the temperature on the Kelvin scale.Look at the four squares that indicate where the following sentence could be added to the passage.Frenchman Jean Pierre Christin
14、(16831755) placed an order with instrument makers Pierre Casati for thermometers based on the same scale, with 0 indicating the freezing point of water and 100 indicating the boiling point of water.Where would the sentence best fit ASquare .BSquare .CSquare .DSquare . 2.BSet 4/B BThe Cutting Edge/B
15、Economists and governments agree these days on the crucial importance of foreign direct invest-ment (FDI). They see it both as the global markets seal of approval on a countrys policies and prospects, and as a force, especially in developing countries, for far- reaching economic change. This consens
16、us is surprising when you remember that FDI remains politically sensitive in many poor, and some not-so-poor, countries. But the benefits are so great that reservations on this account have been put aside. The point about FDI is that it is far more than mere capital: it is a uniquely potent bundle o
17、f capital, contacts, and managerial and technological knowledge. It is the cutting edge of globalization. The outlook for FDI- in total, and country by country-is therefore a matter of great interest. Forecasting it, however, is far from easy. The determinants are complicated, and not always suscept
18、ible to measurement. Up to now, so far as this column is aware, detailed forecasts have not been attempted. In a report published this week, the Economist Intelligence Unit (EIU), a sister company of The Economist, has ventured into this uncharted territory. It provides a forecast for FDI extending
19、to 2005 for no fewer than 60 countries (accounting for virtually all of the worlds actual and projected flows of FDI). The main difficulty arises from the fact that FDI depends closely on what the EIU calls the business environment-a necessarily broad term that includes, on the firms definition, 70
20、separate indicators. Some of these are political, and to the extent that they can be measured at all have to be gauged through surveys that ask investors questions such as, Is the quality of the bureaucracy and its ability to carry out government policy very high, high, moderate, low or very low It
21、is one thing to compile this kind of evidence into a backward-looking aggregate which can then be tested for its ability to explain past movements in FDI. It is quite another to use it for forecasting- because to do that the researcher has to predict how political and other conditions will change. T
22、here is no alternative but to blend together different kinds of information. First, take whatever evidence econometrics can yield about the way the forces driving, FDI- size of host-country market, expected growth, input costs, geography and natural resources, and the policy framework-have worked in
23、 the past. Next, add conventional forecasts of relevant economic aggregates. Third, unavoidably, make more qualitative and speculative assessments of changes in other, non-economic, conditions. All this the study tries to do. It is academically impure, because it has to be. But the workings and the
24、supporting information are in plain view, and the results are very interesting. Global FDI flows are projected to shrink markedly this year, from 1.1 trillion in 2000 to less than 800 billion. Almost all of the reduction is forecast to be in FDI to rich countries, driven by the slowdown in America a
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