题目内容

The opening ceremony of the Olympic Games will be broadcast ______ this weekend. You can expect an exactly ______ night.

A. alive; lovelyB. live; livelyC. live; aliveD. lovely; lively

 

B

【解析】

试题分析:考查形容词辨析。句意:奥林匹克运动会的开幕式将在这个周末直播。你能期待一个充满活力的夜晚。 live做形容词时,表示现场的;活着的,可以做前置定语;lively 表示生动的,活泼的,可以做定语、表语或宾补alive为表语形容词,意为活着的所以选B项。

考点 : 考查形容词辨析

 

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Are we getting more stupid? According to Gerald Crabtree, a scientist at Stanford University in the US, we are.
You may not want to hear this, but Crabtree believes that human intelligence reached its peak more than 2,000 years ago and ever since then has been going downhill. “If an average Greek from 1,000 BC were transported to modern times, he or she would be one of the brightest among us,” Crabtree told The Guardian.
At the heart of Crabtree’s thinking is a simple idea. In the past, intelligence was critical for survival when our ancestors had to avoid dangerous animals and hunt for food. The difference of being smart or stupid is often life or death. However, after the spread of agriculture, when our ancestors began to live in dense farming communities, the need to keep their intelligence in peak condition gradually reduced.
This is not hard to understand. Most of the time, pressure is what keeps us going – you need the pressure from your teachers to finish your homework; the pressure of looking pretty prompts(促使) you to lose weight when summer comes. And the same is also true of our intelligence – if we think less, we become less smart.
These mutations(变异) are harmful to our intelligence and they were all developed in the past 3,000 years. The other evidence that Crabtree holds is in our genes. He found that among the 2,000 to 5,000 genes that we have that determine human intelligence , there are two or more mutations in each of us.
However, Crabtree’s theory has been criticized by some who say that early humans may have better hunting and surviving abilities, but people today have developed a more diverse intelligence. For example, spearing a tiger doesn’t necessarily require more brainpower than playing chess or writing a poem. Moreover, the power of modern education means a lot more people have the opportunity to learn nowadays.
“You wouldn’t get Stephen Hawking 2,000 years ago. He just wouldn’t exist,” Thomas Hills of the University of Warwick, UK, told Live Science. “But now we have people of his intellectual capacity doing things and making insights(洞察力) that we would never have achieved in our environment of evolutionary adaptation.”
1.What is Crabtree’s recent finding according to the article? 

AThe Greeks from 1,000 BC could have been the smartest in human history.

BOur ancient ancestors had no better surviving abilities than we do nowadays.

CHumans have been getting steadily more intelligent since the invention of farming.

DMutations in genes that decide human intelligence have affected the development of intelligence.

2.According to Crabtree, ancient humans _______.

Ahad much more genes that determine human intelligence

Bwere forced to be smart due to natural selection pressures

Crelied more on group intelligence than individual intelligence

Ddeveloped a diverse intelligence to adapt to the hard realities

3.Some argue that Crabtree’s theory is false because they think _______.

Apeople today are under much more pressure than early humans

Bit’s ridiculous to compare a hunter’s and a poet’s intelligence

Cmodern education is far more advanced than ancient education

Dhuman intelligence nowadays is different from that of the distant past

4.What is Thomas Hills’ attitude toward Crabtree’s theory?

ASupportive BUnfavorable CWorried DConfused

 

The Basics of Math—Made Clear

Basic Math introduces students to the basic concepts of mathematics, as well as the fundamentals of more tricky areas. These 30 fantastic lectures are designed to provide students with an understanding of arithmetic(算数) and to prepare them for Algebra (代数) and beyond.

The lessons in Basic Math cover every basic aspect of arithmetic. They also look into exponents (指数), the order of operations, and square roots. In addition to learning how to perform various mathematical operations, students discover why these operations work, how a particular mathematical topic relates to other branches of mathematics, and how these operations can be used practically.

Basic Math starts from the relatively easier concepts and gradually moves on to the more troublesome ones, so as to allow for steady and sure understanding of the material by students. The lectures offer students the chance to “make sense” of mathematical knowledge that may have seemed so frightening. They also help students prepare for college mathematics and overcome their anxiety about this amazing — and completely understandable — field of study.

By the conclusion of the course, students will have improved their understanding of basic math. They will be able to clear away the mystery (神秘性) of mathematics and face their studies with more confidence than they ever imagined. In addition, they will strengthen their ability to accept new and exciting mathematical challenges.

Professor H. Siegel, honored by Kentucky Educational Television as “the best math teacher in America,” is a devoted teacher and has a gift for explaining mathematical concepts in ways that make them seem clear and obvious. From the basic concrete ideas to the more abstract problems, he is a master in making math lectures learner-friendlier and less scary.

With a PhD in Mathematics Education from Georgia State University, Dr. Siegel teaches mathematics at Central Arizona College. His courses include various make-up classes and a number of lectures for future primary school teachers.

If the course fails to provide complete satisfaction to you, you can easily exchange it for any other course that we offer. Or you can get your money back.

1.What does the course Basic Math mainly cover?

A. Arithmetic. B. College Mathematics.

C. Algebra. D. Mathematics Education.

2.What benefits can students expect from Basic Math?

A. Stronger imaginative ability.

B. Additional presentation skills.

C. Greater chances of becoming teachers.

D. More mathematical confidence.

3.What can we learn about Professor H. Siegel?

A. He is a guest lecturer at Kentucky Educational Television.

B. He works in Georgia State University.

C. He is to deliver 30 lectures in Basic Math.

D. He specializes in training teachers.

4.Where is the passage most likely to have been taken from?

A. A news report. B. An advertisement

C. A lesson plan. D. A book review

 

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