More than one answer ____ to the questions.

A. had given　　 　　　　　　　 B. were given　　 　

C. has been given 　　　　　　 D. have been given

 

（2010·吉林实验中学高三第二次模拟）   4. More than one answer ____ to the questions.

A. had given     B. were given           

C. has been given D. have been given

完形填空

　　In ancient times, the most important exams were spoken, not written. In the 1 of ancient Greece and Rome, testing usually 2 saying poetry aloud or giving speeches.

　　In the European universities of the Middle Ages, students who were 3 for advanced degrees had to 4 questions in their field of study with people who had made a special study of the subject . This 5 exists today as part of the process of 6 candidates(应试者) for the doctor's degree.

　　Generally, 7 , modern exams are written. The written exam, 8 all students are tested on the same questions, was probably 9 until the nineteenth century. Perhaps it came into 10 with the great 11 in population and the great development of modern industry. A room full of candidates for a state exam, 12 exactly by electric clocks and carefully watched over by managers, is similar to a group of 13 at an automobile factory. Certainly, during exams teachers and students are 14 to act like machines.

　　One type of test is sometimes 15 an“objective teat”. It is intended to deal with facts, not 16 opinions. To 17 an objective test the teacher writes a series of questions, each of which has 18 one correct answer. Along with each question, the teacher writes the correct answer and also three statements that 19 answers to students who have not learned the material 20 .

1．

[　　]

2．

[　　]

3．

[　　]

4．

[　　]

5．

[　　]

6．

[　　]

7．

[　　]

8．

[　　]

9．

[　　]

10．

[　　]

11．

[　　]

12．

[　　]

13．

[　　]

14．

[　　]

15．

[　　]

16．

[　　]

17．

[　　]

18．

[　　]

19．

[　　]

20．

[　　]

 

Pupils remember more and behave better when 3D images are used in lessons, research suggests. They are quicker to learn and absorb new concepts, and display higher levels of concentration.

Professor Anne Bamford, of the University of the Arts, London, studied the effectiveness of 3D content in 15 schools across seven countries, including the UK. Pupils in 3D classes could remember more than those in the 2D classes after four weeks, improving test scores by an average 17 percent compared with eight percent for 2D lessons. They gave more detailed answers to the tasks and were more likely to think in 3D, using hand gestures and mime (模仿动作) to answer the test questions successfully.

The teachers commented that the pupils in the 3D groups had deeper understanding, increased attention span, more motivation and higher engagement in the lessons.

Children are used to 3D with the rise of computer games that use the technology—90 percent of those in the study had seen a 3D film. Schools would need 3D-enabled projectors（投影仪）, laptops with good picture capabilities, 3D software and glasses for children to introduce animations (动作) into classrooms.

But Danny Nicholson, an educationist, said the technology would be impractical to use in schools and could be costly. He said, “While I think the idea of 3D technology is very interesting, I worry that 3D is a bit of an expensive gimmick (小玩意儿). There are a few cases where a true 3D image might help, but most of the time, good 2D models that can be moved , would be just so effective.”

In Colorado, the US, one school district is already in the process of having 1,000 3D projectors fixed in classrooms. And the University of Caledonia, which carries out scientific research into the Lake Tabon Basin, has used 3D presentations with Grade Six pupils. Those who watched the 3D presentations were more engaged and reported a general increase in their interest in science compared with students who watched the 2D version.

1.Danny Nicholson tends to think that       .

A. many pupils prefer 2D models

B. 3D is a bit expensive for some schools

C. true 3D images would not help in classes

D. 3D technology has a bright future in classes

2.What can we learn from the last paragraph?

A. 3D classes will soon be given in one school district in Colorado.

B. Teachers will use the 3D technology through specific training.

C. Many pupils are now more interested in science than before.

D. 3D technology will replace 2D models in the future.

3.What is the text mainly about?

A. 2D models are always more effective than 3D images.

B. The differences between 3D and 2D images.

C. How schools can make full use of 3D technology.

D. Pupils behave better when 3D images are used in classes.

 

 

 

Pupils remember more and behave better when 3D images are used in lessons, research suggests. They are quicker to learn and absorb new concepts, and display higher levels of concentration.

Professor Anne Bamford, of the University of the Arts, London, studied the effectiveness of 3D content in 15 schools across seven countries, including the UK. Pupils in 3D classes could remember more than those in the 2D classes after four weeks, improving test scores by an average 17 percent compared with eight percent for 2D lessons. They gave more detailed answers to the tasks and were more likely to think in 3D, using hand gestures and mime (模仿动作) to answer the test questions successfully.

 

 

The teachers commented that the pupils in the 3D groups had deeper understanding, increased attention span, more motivation and higher engagement in the lessons

Children are used to 3D with the rise of computer games that use the technology—90 percent of those in the study had seen a 3D film. Schools would need 3D-enabled projectors（投影仪）, laptops with good picture capabilities, 3D software and glasses for children to introduce animations (动作) into classrooms.

But Danny Nicholson, an educationist, said the technology would be impractical to use in schools and could be too expensive. He said,“While I think the idea of 3D technology is very interesting, I worry that 3D is a bit of an expensive gimmick (小玩意儿). There are a few cases where a true 3D image might help, but most of the time, good 2D models that can be moved , would be just so effective.”

In Colorado, the US, one school district is already in the process of having 1,000 3D projectors fixed in classrooms. And the University of Caledonia, which carries out scientific research into the Lake Tabon Basin, has used 3D presentations with Grade Six pupils. Those who watched the 3D presentations were more engaged and reported a general increase in their interest in science compared with students who watched the 2D version.

1.Teachers think pupils in 3D classes       .

A. are naughtier than those in 2D classes        B. have less motivation

C. find it hard to concentrate                 D. have deeper understanding

2.Danny Nicholson tends to think that       .

A. many pupils prefer 2D models

B. 3D is a bit expensive for some schools

C. true 3D images would not help in classes

D. 3D technology has a bright future in classes

3.What can we learn from the last paragraph?

A. 3D classes will soon be given in one school district in Colorado.

B. Teachers will use the 3D technology through specific training.

C. Many pupils are now more interested in science than before.

D. 3D technology will replace 2D models in the future.

4.What is the text mainly about?

A. 2D models are always more effective than 3D images.

B. The differences between 3D and 2D images.

C. How schools can make full use of 3D technology.

D. Pupils behave better when 3D images are used in classes.

5.Where is the text most probably taken from?

A. A history book.    B. A news story

C. A science magazine.   D. A school report.