About their problems. They try to find answers for their problems together. For example

take off çikarmak; (uçak) havalanmak, kalkmak; (birini) taklit etmek

103 ARTS OR SCIENCE?

Intelligent young people want to go to university, and it is logical for a country to provide university places for them to ensure that there will be well-trained men and women to run the government and industry in the future. So in the 1960's the government set up a number of new universities in Britain in order to give everyone with sufficient ability the opportunity to study. But now something has gone wrong.. A lot of young people want to go to university to study arts subjects but many places for scientists are not taken up.

The new universities concentrated on science because it seemed practical. They developed new courses because they didn't want to imitate traditional universities. In other words, they didn't want to be like traditional universities. Why have their calculations proved wrong? One reason is that a lot of young people can get enough qualifications to work in industry by going to a Polytechnic. They think university courses are too long and too theoretical. But this does not explain why the majority of students still prefer arts subjects to science subjects.

A few months ago a magazine sent a team of interviewers to schools to find out why children didn't want to study science. Their answers provided this surprising picture of a typical scientist: He is rather dull. He spends all day in a laboratory wearing a white coat. He doesn't talk about anything but science. He doesn't play games well, and he isn't attractive to girls! In contrast, the arts graduate is seen as a much more lively person. He has a good sense of humour and he is interested in sports and pop music. He has a lot of girlfriends and always has a good time! Logically, the children wanted to study arts to avoid becoming dull, unattractive scientists.

Of course, the children were not describing all scientists; they were really giving us their opinion of their science teachers and comparing them with their arts teachers, such as the English teacher and the history teacher. But why do science teachers seem less attractive to them than arts teachers? The answer to this question probably explains why so many science places at the new universities are empty.

Our conclusion is that society offers good scientists well-paid jobs and the opportunity to use their studies in research laboratories or in industry and so they can lead rewarding and interesting lives. In general, only the less adventurous ones return to school to teach. But a bright graduate in literature or history must either teach his subject to earn a living, or work in a completely different field. So arts teachers are likely to be more interesting, attractive people than science teachers and to care more about their subject, and their students try to be like them and follow in their footsteps.

104

OUR FIRST WORDS
Is language, like food, a basic human need without which a child can be starved and damaged at a critical period of life. In the thirteenth century, Frederic II made a frightening experiment to find an answer to this question. He was hoping to discover what language a child would speak if he heard no language at all so he told the mothers in the experiment to keep silent. The results of the experiment show that hearing no language at all can be very helpful for a child.

All the babies in the experiment died before the first year. Was the deprivation of language the only reason for their death?. Obviously, there was more than language deprivation here. What was missing was good mothering. Without good mothering, in the first year of life especially, the capacity to survive is seriously affected.

Today no such extreme language deprivation exists as that in Frederic II's experiment. However, some children are still backward in speaking. Most often the reason for this is that the mother can't understand or doesn't notice the cues and signals of the baby, whose brain is programmed to absorb language rapidly. There are critical times, it seems, when children learn more easily. If the mother can't deal with these important periods properly, the ideal time for learning skills passes and they might never be learned so easily again. A bird learns to sing and to fly rapidly at the right time, but the process is slow and hard if the critical stage has passed.

Linguists suggest that certain stages in language development are reached in a fixed sequence and at a constant age, but there are children who start speaking late and who, eventually, become very intelligent. At twelve weeks, a baby smiles and produces some sounds; at twelve months, he can speak simple words and understand simple commands; at eighteen months he has a vocabulary of three to fifty words. At three he knows about l000 words which he can put into sentences, and at four his language differs from that of his parents in style rather than grammar.

Recent evidence suggests that a baby is born with the capacity to speak. What is special about man's brain is the complex system which enables a child to connect the sight and feel of things with their sound pattern. The child's brain is also able to pick out an order in language from the sounds around him, to analyse, to combine and recombine the parts of a language in new ways.

However, the child's language development depends on his communication with his mother. The mother should always understand and respond to the cues and signals in the child's crying, smiling and his attempts to speak. If she fails to do that, the child will stop trying to speak. In other words, paying attention to the child's non-verbal cues is very important for the growth and development of language.