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【单选题】

Imagine a chart that begins when man first appeared on the planet and tracks the economic growth of societies from then forward. It would be a long, flat line until the late 16th or early 17th century, when it would start trending upward. For most of humankind life was as the English philosopher Thomas Hobbes famously described it in 1651—"solitary, poor, nasty, brutish, and short." But as Hobbes was writing those words, the world around him was changing. Put simply, human beings were getting smarter.
People have always sought knowledge. The scientific revolution, followed by the Enlightenment, marked a fundamental shift. Humans were no longer searching for ways simply to fit into a natural or divine order; but they were seeking to change it. Once people found ways to harness energy—using steam engines—they were able to build machines that harnessed far more power than any human or horse could ever do. And people could work without ever getting tired. The rise of these machines drove the Industrial Revolution, and created a whole new system of life. Today the search for knowledge continues to produce an ongoing revolution in the health and wealth of humankind.
If the rise of science marks the first great trend in this story, the second is its diffusion. What was happening in Britain during the Industrial Revolution was not an isolated phenomenon. A succession of visitors to Britain would go back to report to their countries on the technological and commercial innovations they saw there. Sometimes societies were able to learn extremely fast, as in the United States. Others, like Germany, was benefited from starting late, leapfrogging the long-drawn-out process that Britain went through.
This diffusion of knowledge accelerated dramatically in recent decades. Over the last 30 years we have watched countries like Japan, Singapore, South Korea and now China grow at a pace that is three times that of Britain or the United States at the peak of the Industrial Revolution. They have been able to do this because of their energies and exertions, of course, but also because they cleverly and perhaps luckily adopted certain ideas about development that had worked in the West—reasonably free markets, open trade, a focus on science and technology, among them.
The diffusion of knowledge is the dominant trend of our time and goes well beyond the purely scientific. Consider the cases of Turkey and Brazil. If you had asked an economist 20 years ago how to think about these two countries, he would have explained that they were classic basket-case, Third World economies, with triple-digit inflation, soaring debt burdens, a weak private sector and snail’s-pace growth. Today they are both remarkably well managed, with inflation in single digits and growth above 5 percent. And this shift is happening around the world. From Thailand to South Africa to Slovakia to Mexico, countries are far better managed economically than they have ever been. Even in cases where political constraints make it difficult to push far-reaching reforms, as in Brazil, Mexico or India, governments still manage their affairs sensibly, observing the Hippocratic oath not to do any harm.
We are sometimes reluctant to believe in progress. But the evidence is utakable. The management of major economies has gotten markedly better in the last few years. Careful monetary policy has tempered the boom-and-bust economic cycles of the industrial world, producing milder recessions and fewer shocks. Every day one reads of a new study comparing nations in everything from Internet penetration to inflation. All these studies and lists are symbols of a learning process that is accelerating, reinforcing the lessons of success and failure. Call it a best-practice world.
I realize that the world I am describing is the world of the winners. There are billions of people, locked outside global markets, whose lives are still accurately described by Hobbes’s cruel phrase. But even here, there is change. The recognition of global inequalities is more marked today than ever before, and this learning is forcing action. There is more money being spent on vaccines and cures for diseases in Africa and Asia today than ever before in history. Foreign-aid programs face constant scrutiny and ysis. When things don’t work, we learn that, too, and it puts a focus either on the aid program or on local governments to improve.
This may sound overly optimistic. There are losers in every race, but let not the worries over who is winning and losing the knowledge race obscure the more powerful underlying dynamic: knowledge is liberating. It creates the possibility for change and improvement everywhere. It can create amazing devices and techniques, save lives, improve living standards and spread information. Some will do well on one measure, others on another. But on the whole, a knowledge-based world will be a healthier and richer world.
The caveat I would make is not about one or another country’s paucity of engineers or computers. These problems can be solved. But knowledge is not the same thing as wisdom. Knowledge can produce equally powerful ways to destroy life, intentionally and unintentionally. It can produce hate and seek destruction. Knowledge does not by itself bring any answer to the ancient Greek question "What is a Good Life" It does not produce good sense, courage, generosity and tolerance. And most crucially, it does not produce the farsightedness that will allow us all to live together—and grow together—on this world without causing war, chaos and catastrophe. For that we need wisdom.
Which of the following is NOT a result of scientific diffusion

A.
Britain’s leadership in the Industrial Revolution
B.
The Industrial Revolution in countries like the U.S. and Germany
C.
Great development of some Eastern Asian countries
D.
The economic boom in Turkey and Brazil
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【单选题】8() A.competing B.struggling C.fighting D.contending

A.
Advances in computers and data networks inspire visions of a future " information economy" in which everyone will have (1) to gigabytes of all kinds of information anywhere and anytime. (2) information has always been a (3) difficult commodity to deal with, and, in some ways, computers and high-speed networks make the problems of buying, (4) , and distributing information goods worse (5) better. The evolution of the Internet itself (6) serious problems. (7) the Internet has been privatized, several companies are (8) to provide the backbones that will carry traffic (9) local networks, but (10) business models for interconnection--who pays how much for each packet (11) , for example--have (12) to be developed. (13) interconnection standards are developed that make (14) cheap and easy to transmit information across independent networks, competition will (15) . If technical or economic (16) make interconnection difficult, (17) transmitting data across multiple networks is expensive or too slow, the (18) suppliers can offer a significant performance (19) ; they may be able to use this edge to drive out competitors and (20) the market.

【单选题】19() A.benefit B.drawback C.profit D.advantage

A.
Advances in computers and data networks inspire visions of a future " information economy" in which everyone will have (1) to gigabytes of all kinds of information anywhere and anytime. (2) information has always been a (3) difficult commodity to deal with, and, in some ways, computers and high-speed networks make the problems of buying, (4) , and distributing information goods worse (5) better. The evolution of the Internet itself (6) serious problems. (7) the Internet has been privatized, several companies are (8) to provide the backbones that will carry traffic (9) local networks, but (10) business models for interconnection--who pays how much for each packet (11) , for example--have (12) to be developed. (13) interconnection standards are developed that make (14) cheap and easy to transmit information across independent networks, competition will (15) . If technical or economic (16) make interconnection difficult, (17) transmitting data across multiple networks is expensive or too slow, the (18) suppliers can offer a significant performance (19) ; they may be able to use this edge to drive out competitors and (20) the market.

【单选题】13() A.If B.Because C.Though D.For

A.
Advances in computers and data networks inspire visions of a future " information economy" in which everyone will have (1) to gigabytes of all kinds of information anywhere and anytime. (2) information has always been a (3) difficult commodity to deal with, and, in some ways, computers and high-speed networks make the problems of buying, (4) , and distributing information goods worse (5) better. The evolution of the Internet itself (6) serious problems. (7) the Internet has been privatized, several companies are (8) to provide the backbones that will carry traffic (9) local networks, but (10) business models for interconnection--who pays how much for each packet (11) , for example--have (12) to be developed. (13) interconnection standards are developed that make (14) cheap and easy to transmit information across independent networks, competition will (15) . If technical or economic (16) make interconnection difficult, (17) transmitting data across multiple networks is expensive or too slow, the (18) suppliers can offer a significant performance (19) ; they may be able to use this edge to drive out competitors and (20) the market.

【单选题】The scourge that’s plaguing cruise lines--and causing thousands of tourists to rethink their holiday travel plans--didn’t start this year, nor did it even start on a ship. It began, as far as the Cent...

A.
we can bargain about the ocean cruises.
B.
people with motion sickness should not travel by ships.
C.
passengers might be the cause of Norwalk-like viruses.
D.
wash hands is a good habit.

【单选题】Which of the following statements is NOT true() A. The frame of a kite is attached to a long string held in the hand or wound on a drum. B. The ancestor of the double box-shaped body had three wings. ...

A.
Kite
B.
Kite flying is the sport of sending up into the air, by means of the wind, a light frame covered with paper, plastic or doth. The frame can be one of many different shapes and is attached to a long string held in the hand or wound on a drum. Kites have a long history practical application and many different types of kite have been developed to serve various purposes.
C.
The ancient Chinese used bird-kites to carry ropes across rivers and valleys. The current folding kite which will dive excitingly is an improved type of such a kite. With its long flat body and single pair of bird like wings, it looks just like a large bird in the air. The modern version is usually made of tissue paper rather than the traditional silk.
D.
Man-lifting kites were developed in ancient times, again by the Chinese, for getting information from walled cities and army camps. In fact, as recently as World War Ⅱ, German U-boats flew kites from their towers to lift people into the air to watch the land. These kites, which are no longer in existence, were made of lightweight cloth. They were much larger and stronger than the Chinese ones. Their design, however, was simply that of the cutter kite. Smaller in size, this type of kite is still very popular as a toy for children, being easy to make with a diamond-shaped frame, no wings and brown-paper covering.
E.
Box kites are another type of kite found in toy shops today. The first box kite, named for its box-like body, was developed in the 19th century to test theories of flight and this type of cotton-covered kite greatly assisted the success of early airplanes. These kites are the ancestors of a heavier version of the box kite, called the double box kite, which consists of two main sections, placed side by side. Developed for the peacetime purpose of fishing in strong sea wind, it is the only modern kite described which has practical value. A long-lasting plastic material has to be used for this kite, which carries fishing lines.

【单选题】20() A.predominate B.take C.enlarge D.monopolize

A.
Advances in computers and data networks inspire visions of a future " information economy" in which everyone will have (1) to gigabytes of all kinds of information anywhere and anytime. (2) information has always been a (3) difficult commodity to deal with, and, in some ways, computers and high-speed networks make the problems of buying, (4) , and distributing information goods worse (5) better. The evolution of the Internet itself (6) serious problems. (7) the Internet has been privatized, several companies are (8) to provide the backbones that will carry traffic (9) local networks, but (10) business models for interconnection--who pays how much for each packet (11) , for example--have (12) to be developed. (13) interconnection standards are developed that make (14) cheap and easy to transmit information across independent networks, competition will (15) . If technical or economic (16) make interconnection difficult, (17) transmitting data across multiple networks is expensive or too slow, the (18) suppliers can offer a significant performance (19) ; they may be able to use this edge to drive out competitors and (20) the market.
相关题目:
【单选题】8() A.competing B.struggling C.fighting D.contending
A.
Advances in computers and data networks inspire visions of a future " information economy" in which everyone will have (1) to gigabytes of all kinds of information anywhere and anytime. (2) information has always been a (3) difficult commodity to deal with, and, in some ways, computers and high-speed networks make the problems of buying, (4) , and distributing information goods worse (5) better. The evolution of the Internet itself (6) serious problems. (7) the Internet has been privatized, several companies are (8) to provide the backbones that will carry traffic (9) local networks, but (10) business models for interconnection--who pays how much for each packet (11) , for example--have (12) to be developed. (13) interconnection standards are developed that make (14) cheap and easy to transmit information across independent networks, competition will (15) . If technical or economic (16) make interconnection difficult, (17) transmitting data across multiple networks is expensive or too slow, the (18) suppliers can offer a significant performance (19) ; they may be able to use this edge to drive out competitors and (20) the market.
【单选题】19() A.benefit B.drawback C.profit D.advantage
A.
Advances in computers and data networks inspire visions of a future " information economy" in which everyone will have (1) to gigabytes of all kinds of information anywhere and anytime. (2) information has always been a (3) difficult commodity to deal with, and, in some ways, computers and high-speed networks make the problems of buying, (4) , and distributing information goods worse (5) better. The evolution of the Internet itself (6) serious problems. (7) the Internet has been privatized, several companies are (8) to provide the backbones that will carry traffic (9) local networks, but (10) business models for interconnection--who pays how much for each packet (11) , for example--have (12) to be developed. (13) interconnection standards are developed that make (14) cheap and easy to transmit information across independent networks, competition will (15) . If technical or economic (16) make interconnection difficult, (17) transmitting data across multiple networks is expensive or too slow, the (18) suppliers can offer a significant performance (19) ; they may be able to use this edge to drive out competitors and (20) the market.
【单选题】13() A.If B.Because C.Though D.For
A.
Advances in computers and data networks inspire visions of a future " information economy" in which everyone will have (1) to gigabytes of all kinds of information anywhere and anytime. (2) information has always been a (3) difficult commodity to deal with, and, in some ways, computers and high-speed networks make the problems of buying, (4) , and distributing information goods worse (5) better. The evolution of the Internet itself (6) serious problems. (7) the Internet has been privatized, several companies are (8) to provide the backbones that will carry traffic (9) local networks, but (10) business models for interconnection--who pays how much for each packet (11) , for example--have (12) to be developed. (13) interconnection standards are developed that make (14) cheap and easy to transmit information across independent networks, competition will (15) . If technical or economic (16) make interconnection difficult, (17) transmitting data across multiple networks is expensive or too slow, the (18) suppliers can offer a significant performance (19) ; they may be able to use this edge to drive out competitors and (20) the market.
【单选题】The scourge that’s plaguing cruise lines--and causing thousands of tourists to rethink their holiday travel plans--didn’t start this year, nor did it even start on a ship. It began, as far as the Cent...
A.
we can bargain about the ocean cruises.
B.
people with motion sickness should not travel by ships.
C.
passengers might be the cause of Norwalk-like viruses.
D.
wash hands is a good habit.
【单选题】Which of the following statements is NOT true() A. The frame of a kite is attached to a long string held in the hand or wound on a drum. B. The ancestor of the double box-shaped body had three wings. ...
A.
Kite
B.
Kite flying is the sport of sending up into the air, by means of the wind, a light frame covered with paper, plastic or doth. The frame can be one of many different shapes and is attached to a long string held in the hand or wound on a drum. Kites have a long history practical application and many different types of kite have been developed to serve various purposes.
C.
The ancient Chinese used bird-kites to carry ropes across rivers and valleys. The current folding kite which will dive excitingly is an improved type of such a kite. With its long flat body and single pair of bird like wings, it looks just like a large bird in the air. The modern version is usually made of tissue paper rather than the traditional silk.
D.
Man-lifting kites were developed in ancient times, again by the Chinese, for getting information from walled cities and army camps. In fact, as recently as World War Ⅱ, German U-boats flew kites from their towers to lift people into the air to watch the land. These kites, which are no longer in existence, were made of lightweight cloth. They were much larger and stronger than the Chinese ones. Their design, however, was simply that of the cutter kite. Smaller in size, this type of kite is still very popular as a toy for children, being easy to make with a diamond-shaped frame, no wings and brown-paper covering.
E.
Box kites are another type of kite found in toy shops today. The first box kite, named for its box-like body, was developed in the 19th century to test theories of flight and this type of cotton-covered kite greatly assisted the success of early airplanes. These kites are the ancestors of a heavier version of the box kite, called the double box kite, which consists of two main sections, placed side by side. Developed for the peacetime purpose of fishing in strong sea wind, it is the only modern kite described which has practical value. A long-lasting plastic material has to be used for this kite, which carries fishing lines.
【单选题】20() A.predominate B.take C.enlarge D.monopolize
A.
Advances in computers and data networks inspire visions of a future " information economy" in which everyone will have (1) to gigabytes of all kinds of information anywhere and anytime. (2) information has always been a (3) difficult commodity to deal with, and, in some ways, computers and high-speed networks make the problems of buying, (4) , and distributing information goods worse (5) better. The evolution of the Internet itself (6) serious problems. (7) the Internet has been privatized, several companies are (8) to provide the backbones that will carry traffic (9) local networks, but (10) business models for interconnection--who pays how much for each packet (11) , for example--have (12) to be developed. (13) interconnection standards are developed that make (14) cheap and easy to transmit information across independent networks, competition will (15) . If technical or economic (16) make interconnection difficult, (17) transmitting data across multiple networks is expensive or too slow, the (18) suppliers can offer a significant performance (19) ; they may be able to use this edge to drive out competitors and (20) the market.
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