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Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions from 35 to 42.

A newborn baby can see, hear and feel. By the age of five, a child can talk, ride a bike and invent imaginary friends. How does this development happen? We don't understand the way language, thinking and planning develop very well. Now scientists are using new technology to ‘see’ into children's brains. And they are discovering new information about the way a baby's brain develops.

A study in 2010 showed that the experiences a child has in their first few years affect the development of the brain. It showed that children who received more attention often had higher IQs. The brain of a newborn baby has nearly a hundred billion neurons. This is the same number as an adult's brain. As they grow, a baby receives information through the senses of sight, hearing, smell, taste and touch. This information creates connections between different parts of the brain. At the age of three, there are a hundred trillion connections.

One experiment looked at images of babies' brains while they were listening to different sounds. The sounds were in different sequences. For example, one sequence was mu-ba-ba. This is the pattern ‘A-B-B’. Another sequence was mu-ba-ge. This is the pattern ‘A-B-C’. The images showed that the part of the brain responsible for speech was more active during ‘A-B-B’  patterns. This shows that babies can tell the difference between different patterns. This experiment is interesting because sequences of words are important to grammar and meaning. Compare two sentences with the same words in a different order: ‘John killed the bear’ is very different from ‘The bear killed John.’ So babies are starting to learn grammatical rules from the beginning of life.

Researchers also know that babies need to hear a lot of language in order to understand grammar rules. But there is a big difference between listening to television, audio books or the internet, and interacting with people. One study compared two groups of nine-month-old American babies. One group watched videos of Mandarin Chinese sounds. In the other group, people spoke the same sounds to the babies. The test results showed that the second group could recognise different sounds, however the first group learned nothing. The scientist, Patricia Kuhl, said this result was very surprising. It suggests that social experience is essential to successful brain development in babies.

The purpose of the article is to 

A. explain new studies into the development of babies' brains

B. describe how a new-born baby's brain works

C. compare the brains of adults and children. 

D. prove that nowadays babies are more intelligent than in the past

1
1 tháng 3 2017

Kiến thức: Đọc hiểu

Giải thích:

Mục đích của bài viết là để

A. giải thích các nghiên cứu mới về sự phát triển bộ não của trẻ sơ sinh.

B. mô tả cách thức hoạt động của bộ não của em bé mới sinh.

C. so sánh bộ não của người lớn và trẻ em.

D. chứng minh rằng ngày nay trẻ sơ sinh thông minh hơn xưa.

Chọn A 

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions from 35 to 42. A newborn baby can see, hear and feel. By the age of five, a child can talk, ride a bike and invent imaginary friends. How does this development happen? We don't understand the way language, thinking and planning develop very well. Now scientists are using new technology to ‘see’ into children's brains. And they are discovering new...
Đọc tiếp

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions from 35 to 42.

A newborn baby can see, hear and feel. By the age of five, a child can talk, ride a bike and invent imaginary friends. How does this development happen? We don't understand the way language, thinking and planning develop very well. Now scientists are using new technology to ‘see’ into children's brains. And they are discovering new information about the way a baby's brain develops.

A study in 2010 showed that the experiences a child has in their first few years affect the development of the brain. It showed that children who received more attention often had higher IQs. The brain of a newborn baby has nearly a hundred billion neurons. This is the same number as an adult's brain. As they grow, a baby receives information through the senses of sight, hearing, smell, taste and touch. This information creates connections between different parts of the brain. At the age of three, there are a hundred trillion connections.

One experiment looked at images of babies' brains while they were listening to different sounds. The sounds were in different sequences. For example, one sequence was mu-ba-ba. This is the pattern ‘A-B-B’. Another sequence was mu-ba-ge. This is the pattern ‘A-B-C’. The images showed that the part of the brain responsible for speech was more active during ‘A-B-B’  patterns. This shows that babies can tell the difference between different patterns. This experiment is interesting because sequences of words are important to grammar and meaning. Compare two sentences with the same words in a different order: ‘John killed the bear’ is very different from ‘The bear killed John.’ So babies are starting to learn grammatical rules from the beginning of life.

Researchers also know that babies need to hear a lot of language in order to understand grammar rules. But there is a big difference between listening to television, audio books or the internet, and interacting with people. One study compared two groups of nine-month-old American babies. One group watched videos of Mandarin Chinese sounds. In the other group, people spoke the same sounds to the babies. The test results showed that the second group could recognise different sounds, however the first group learned nothing. The scientist, Patricia Kuhl, said this result was very surprising. It suggests that social experience is essential to successful brain development in babies.

It can be inferred from the passage that 

A. A pattern like ‘A-B-C’ is easier to understand

B. Babies' brains cannot recognise different sound patterns

C. It's not known which area of a baby's brain processes speech

D. Children can actually learn grammatical rules in their very early age

1
5 tháng 3 2019

Kiến thức: Đọc hiểu

Giải thích:

Nó có thể được suy ra từ đoạn văn rằng

A. Một mô hình như „A-B-C‟ dễ hiểu hơn.

B. Bộ não của trẻ sơ sinh không thể nhận ra các mẫu âm thanh khác nhau.

C. Không biết vùng não nào của bé xử lý lời nói.

D. Trẻ thực sự có thể học các quy tắc ngữ pháp khi còn rất nhỏ.

Thông tin: So babies are starting to learn grammatical rules from the beginning of life.

Tạm dịch: Vì vậy, các bé bắt đầu học các quy tắc ngữ pháp từ đầu đời.

Chọn D 

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions from 35 to 42. A newborn baby can see, hear and feel. By the age of five, a child can talk, ride a bike and invent imaginary friends. How does this development happen? We don't understand the way language, thinking and planning develop very well. Now scientists are using new technology to ‘see’ into children's brains. And they are discovering new...
Đọc tiếp

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions from 35 to 42.

A newborn baby can see, hear and feel. By the age of five, a child can talk, ride a bike and invent imaginary friends. How does this development happen? We don't understand the way language, thinking and planning develop very well. Now scientists are using new technology to ‘see’ into children's brains. And they are discovering new information about the way a baby's brain develops.

A study in 2010 showed that the experiences a child has in their first few years affect the development of the brain. It showed that children who received more attention often had higher IQs. The brain of a newborn baby has nearly a hundred billion neurons. This is the same number as an adult's brain. As they grow, a baby receives information through the senses of sight, hearing, smell, taste and touch. This information creates connections between different parts of the brain. At the age of three, there are a hundred trillion connections.

One experiment looked at images of babies' brains while they were listening to different sounds. The sounds were in different sequences. For example, one sequence was mu-ba-ba. This is the pattern ‘A-B-B’. Another sequence was mu-ba-ge. This is the pattern ‘A-B-C’. The images showed that the part of the brain responsible for speech was more active during ‘A-B-B’  patterns. This shows that babies can tell the difference between different patterns. This experiment is interesting because sequences of words are important to grammar and meaning. Compare two sentences with the same words in a different order: ‘John killed the bear’ is very different from ‘The bear killed John.’ So babies are starting to learn grammatical rules from the beginning of life.

Researchers also know that babies need to hear a lot of language in order to understand grammar rules. But there is a big difference between listening to television, audio books or the internet, and interacting with people. One study compared two groups of nine-month-old American babies. One group watched videos of Mandarin Chinese sounds. In the other group, people spoke the same sounds to the babies. The test results showed that the second group could recognise different sounds, however the first group learned nothing. The scientist, Patricia Kuhl, said this result was very surprising. It suggests that social experience is essential to successful brain development in babies.

What did the study described in the last paragraph do? 

A. compared the effects of different languages 

B. divided babies into two groups with different treatment 

C. investigated if babies can learn Chinese 

D. taught babies foreign languages through listening to videos

1
9 tháng 3 2018

Kiến thức: Đọc hiểu

Giải thích:

Nghiên cứu được mô tả trong đoạn cuối làm gì?

A. so sánh tác dụng của các ngôn ngữ khác nhau

B. chia em bé thành hai nhóm với cách điều trị khác nhau

C. điều tra liệu em bé có thể học tiếng Trung Quốc

D. dạy bé ngoại ngữ thông qua nghe video.

Thông tin: One study compared two groups of nine-month-old American babies. One group watched videos of Mandarin Chinese sounds. In the other group, people spoke the same sounds to the babies.

Tạm dịch: Một nghiên cứu đã so sánh hai nhóm trẻ sơ sinh Mỹ 9 tháng tuổi. Một nhóm đã xem video về âm thanh tiếng Trung Quốc. Trong nhóm khác, mọi người nói những âm thanh tương tự với các em bé.

Chọn B 

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions from 35 to 42. A newborn baby can see, hear and feel. By the age of five, a child can talk, ride a bike and invent imaginary friends. How does this development happen? We don't understand the way language, thinking and planning develop very well. Now scientists are using new technology to ‘see’ into children's brains. And they are discovering new...
Đọc tiếp

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions from 35 to 42.

A newborn baby can see, hear and feel. By the age of five, a child can talk, ride a bike and invent imaginary friends. How does this development happen? We don't understand the way language, thinking and planning develop very well. Now scientists are using new technology to ‘see’ into children's brains. And they are discovering new information about the way a baby's brain develops.

A study in 2010 showed that the experiences a child has in their first few years affect the development of the brain. It showed that children who received more attention often had higher IQs. The brain of a newborn baby has nearly a hundred billion neurons. This is the same number as an adult's brain. As they grow, a baby receives information through the senses of sight, hearing, smell, taste and touch. This information creates connections between different parts of the brain. At the age of three, there are a hundred trillion connections.

One experiment looked at images of babies' brains while they were listening to different sounds. The sounds were in different sequences. For example, one sequence was mu-ba-ba. This is the pattern ‘A-B-B’. Another sequence was mu-ba-ge. This is the pattern ‘A-B-C’. The images showed that the part of the brain responsible for speech was more active during ‘A-B-B’  patterns. This shows that babies can tell the difference between different patterns. This experiment is interesting because sequences of words are important to grammar and meaning. Compare two sentences with the same words in a different order: ‘John killed the bear’ is very different from ‘The bear killed John.’ So babies are starting to learn grammatical rules from the beginning of life.

Researchers also know that babies need to hear a lot of language in order to understand grammar rules. But there is a big difference between listening to television, audio books or the internet, and interacting with people. One study compared two groups of nine-month-old American babies. One group watched videos of Mandarin Chinese sounds. In the other group, people spoke the same sounds to the babies. The test results showed that the second group could recognise different sounds, however the first group learned nothing. The scientist, Patricia Kuhl, said this result was very surprising. It suggests that social experience is essential to successful brain development in babies.

Which statement is supported by the second paragraph? 

A. Adult brains have more neurons than new-born babies' brains

B. Babies and three-year-olds have the same number of neurons

C. Early experiences have an effect on brain development 

D. The connections between parts of the brain stay the same as a child grows up

1
13 tháng 2 2019

Kiến thức: Đọc hiểu

Giải thích:

Phát biểu nào được hỗ trợ bởi đoạn thứ hai?

A. Não người trưởng thành có nhiều tế bào thần kinh hơn não của trẻ sơ sinh.

B. Trẻ sơ sinh và trẻ ba tuổi có cùng số lượng tế bào thần kinh.

C. Trải nghiệm ban đầu có ảnh hưởng đến sự phát triển não bộ

D. Các kết nối giữa các phần của não vẫn giống nhau khi một đứa trẻ lớn lên.

Thông tin: A study in 2010 showed that the experiences a child has in their first few years affect the development of the brain.

Tạm dịch: Một nghiên cứu vào năm 2010 cho thấy những trải nghiệm của một đứa trẻ trong vài năm đầu tiên ảnh hưởng đến sự phát triển của não.

Chọn C 

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions from 35 to 42. A newborn baby can see, hear and feel. By the age of five, a child can talk, ride a bike and invent imaginary friends. How does this development happen? We don't understand the way language, thinking and planning develop very well. Now scientists are using new technology to ‘see’ into children's brains. And they are discovering new...
Đọc tiếp

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions from 35 to 42.

A newborn baby can see, hear and feel. By the age of five, a child can talk, ride a bike and invent imaginary friends. How does this development happen? We don't understand the way language, thinking and planning develop very well. Now scientists are using new technology to ‘see’ into children's brains. And they are discovering new information about the way a baby's brain develops.

A study in 2010 showed that the experiences a child has in their first few years affect the development of the brain. It showed that children who received more attention often had higher IQs. The brain of a newborn baby has nearly a hundred billion neurons. This is the same number as an adult's brain. As they grow, a baby receives information through the senses of sight, hearing, smell, taste and touch. This information creates connections between different parts of the brain. At the age of three, there are a hundred trillion connections.

One experiment looked at images of babies' brains while they were listening to different sounds. The sounds were in different sequences. For example, one sequence was mu-ba-ba. This is the pattern ‘A-B-B’. Another sequence was mu-ba-ge. This is the pattern ‘A-B-C’. The images showed that the part of the brain responsible for speech was more active during ‘A-B-B’  patterns. This shows that babies can tell the difference between different patterns. This experiment is interesting because sequences of words are important to grammar and meaning. Compare two sentences with the same words in a different order: ‘John killed the bear’ is very different from ‘The bear killed John.’ So babies are starting to learn grammatical rules from the beginning of life.

Researchers also know that babies need to hear a lot of language in order to understand grammar rules. But there is a big difference between listening to television, audio books or the internet, and interacting with people. One study compared two groups of nine-month-old American babies. One group watched videos of Mandarin Chinese sounds. In the other group, people spoke the same sounds to the babies. The test results showed that the second group could recognise different sounds, however the first group learned nothing. The scientist, Patricia Kuhl, said this result was very surprising. It suggests that social experience is essential to successful brain development in babies.

According to the first paragraph 

A. most aspects of child development are understood quite well

B. some five-year-olds have imaginary friends

C. children use technology more these days.

D. technology has been used in children's brain surgery

1
14 tháng 5 2019

Kiến thức: Đọc hiểu

Giải thích:

Theo đoạn đầu tiên

A. hầu hết các khía cạnh của sự phát triển của trẻ em được hiểu khá rõ.

B. một số trẻ năm tuổi có những người bạn tưởng tượng.

C. trẻ em sử dụng công nghệ nhiều hơn ngày nay.

D. công nghệ đã được sử dụng trong phẫu thuật não trẻ em.

Thông tin: By the age of five, a child can talk, ride a bike and invent imaginary friends.

Tạm dịch: Đến năm tuổi, một đứa trẻ có thể nói chuyện, đi xe đạp và nghĩ ra những người bạn tưởng tượng.

Chọn B 

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions from 35 to 42. A newborn baby can see, hear and feel. By the age of five, a child can talk, ride a bike and invent imaginary friends. How does this development happen? We don't understand the way language, thinking and planning develop very well. Now scientists are using new technology to ‘see’ into children's brains. And they are discovering new...
Đọc tiếp

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions from 35 to 42.

A newborn baby can see, hear and feel. By the age of five, a child can talk, ride a bike and invent imaginary friends. How does this development happen? We don't understand the way language, thinking and planning develop very well. Now scientists are using new technology to ‘see’ into children's brains. And they are discovering new information about the way a baby's brain develops.

A study in 2010 showed that the experiences a child has in their first few years affect the development of the brain. It showed that children who received more attention often had higher IQs. The brain of a newborn baby has nearly a hundred billion neurons. This is the same number as an adult's brain. As they grow, a baby receives information through the senses of sight, hearing, smell, taste and touch. This information creates connections between different parts of the brain. At the age of three, there are a hundred trillion connections.

One experiment looked at images of babies' brains while they were listening to different sounds. The sounds were in different sequences. For example, one sequence was mu-ba-ba. This is the pattern ‘A-B-B’. Another sequence was mu-ba-ge. This is the pattern ‘A-B-C’. The images showed that the part of the brain responsible for speech was more active during ‘A-B-B’  patterns. This shows that babies can tell the difference between different patterns. This experiment is interesting because sequences of words are important to grammar and meaning. Compare two sentences with the same words in a different order: ‘John killed the bear’ is very different from ‘The bear killed John.’ So babies are starting to learn grammatical rules from the beginning of life.

Researchers also know that babies need to hear a lot of language in order to understand grammar rules. But there is a big difference between listening to television, audio books or the internet, and interacting with people. One study compared two groups of nine-month-old American babies. One group watched videos of Mandarin Chinese sounds. In the other group, people spoke the same sounds to the babies. The test results showed that the second group could recognise different sounds, however the first group learned nothing. The scientist, Patricia Kuhl, said this result was very surprising. It suggests that social experience is essential to successful brain development in babies. 

According to the article, which statement is true? 

A. Experiments focusing on language have given researchers new information

B. Children who hear different languages develop differently

C. The development of language is the easiest thing to study in babies

D. Babies are able to understand grammar rules of a language only in specific period

1
6 tháng 7 2018

Kiến thức: Đọc hiểu

Giải thích:

Theo bài văn, phát biểu nào là đúng?

A. Các thí nghiệm tập trung vào ngôn ngữ đã cung cấp cho các nhà nghiên cứu thông tin mới.

B. Trẻ nghe các ngôn ngữ khác nhau phát triển khác nhau.

C. Sự phát triển của ngôn ngữ là điều dễ học nhất ở trẻ sơ sinh.

D. Trẻ chỉ có thể hiểu các quy tắc ngữ pháp của một ngôn ngữ trong giai đoạn cụ thể.

Thông tin: Researchers also know that babies need to hear a lot of language in order to understand grammar rules. But there is a big difference between listening to television, audio books or the internet, and interacting with people.

Tạm dịch: Các nhà nghiên cứu cũng biết rằng các bé cần nghe nhiều ngôn ngữ để hiểu các quy tắc ngữ pháp. Nhưng có một sự khác biệt lớn giữa nghe tivi, sách âm thanh hoặc internet và tương tác với mọi người.

Chọn A

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions from 35 to 42. A newborn baby can see, hear and feel. By the age of five, a child can talk, ride a bike and invent imaginary friends. How does this development happen? We don't understand the way language, thinking and planning develop very well. Now scientists are using new technology to ‘see’ into children's brains. And they are discovering new...
Đọc tiếp

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions from 35 to 42.

A newborn baby can see, hear and feel. By the age of five, a child can talk, ride a bike and invent imaginary friends. How does this development happen? We don't understand the way language, thinking and planning develop very well. Now scientists are using new technology to ‘see’ into children's brains. And they are discovering new information about the way a baby's brain develops.

A study in 2010 showed that the experiences a child has in their first few years affect the development of the brain. It showed that children who received more attention often had higher IQs. The brain of a newborn baby has nearly a hundred billion neurons. This is the same number as an adult's brain. As they grow, a baby receives information through the senses of sight, hearing, smell, taste and touch. This information creates connections between different parts of the brain. At the age of three, there are a hundred trillion connections.

One experiment looked at images of babies' brains while they were listening to different sounds. The sounds were in different sequences. For example, one sequence was mu-ba-ba. This is the pattern ‘A-B-B’. Another sequence was mu-ba-ge. This is the pattern ‘A-B-C’. The images showed that the part of the brain responsible for speech was more active during ‘A-B-B’  patterns. This shows that babies can tell the difference between different patterns. This experiment is interesting because sequences of words are important to grammar and meaning. Compare two sentences with the same words in a different order: ‘John killed the bear’ is very different from ‘The bear killed John.’ So babies are starting to learn grammatical rules from the beginning of life.

Researchers also know that babies need to hear a lot of language in order to understand grammar rules. But there is a big difference between listening to television, audio books or the internet, and interacting with people. One study compared two groups of nine-month-old American babies. One group watched videos of Mandarin Chinese sounds. In the other group, people spoke the same sounds to the babies. The test results showed that the second group could recognise different sounds, however the first group learned nothing. The scientist, Patricia Kuhl, said this result was very surprising. It suggests that social experience is essential to successful brain development in babies.

According to the second paragraph, which of the following can affect IQ? 

A. being with adults a lot 

B.connecting with other babies 

C. paying attention to a baby 

D. having access to information as early as possible 

1
3 tháng 3 2018

Kiến thức: Đọc hiểu

Giải thích:

Theo đoạn thứ hai, điều nào sau đây có thể ảnh hưởng đến IQ?

A. ở với người lớn nhiều                 B. kết nối với các em bé khác

C. chú ý đến em bé                         D. tiếp cận thông tin càng sớm càng tốt

Thông tin: It showed that children who received more attention often had higher IQs.

Tạm dịch: Nó cho thấy rằng những đứa trẻ nhận được nhiều sự chú ý hơn thường có IQ cao hơn.

Chọn C

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions from 35 to 42. A newborn baby can see, hear and feel. By the age of five, a child can talk, ride a bike and invent imaginary friends. How does this development happen? We don't understand the way language, thinking and planning develop very well. Now scientists are using new technology to ‘see’ into children's brains. And they are discovering new...
Đọc tiếp

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions from 35 to 42.

A newborn baby can see, hear and feel. By the age of five, a child can talk, ride a bike and invent imaginary friends. How does this development happen? We don't understand the way language, thinking and planning develop very well. Now scientists are using new technology to ‘see’ into children's brains. And they are discovering new information about the way a baby's brain develops.

A study in 2010 showed that the experiences a child has in their first few years affect the development of the brain. It showed that children who received more attention often had higher IQs. The brain of a newborn baby has nearly a hundred billion neurons. This is the same number as an adult's brain. As they grow, a baby receives information through the senses of sight, hearing, smell, taste and touch. This information creates connections between different parts of the brain. At the age of three, there are a hundred trillion connections.

One experiment looked at images of babies' brains while they were listening to different sounds. The sounds were in different sequences. For example, one sequence was mu-ba-ba. This is the pattern ‘A-B-B’. Another sequence was mu-ba-ge. This is the pattern ‘A-B-C’. The images showed that the part of the brain responsible for speech was more active during ‘A-B-B’  patterns. This shows that babies can tell the difference between different patterns. This experiment is interesting because sequences of words are important to grammar and meaning. Compare two sentences with the same words in a different order: ‘John killed the bear’ is very different from ‘The bear killed John.’ So babies are starting to learn grammatical rules from the beginning of life.

Researchers also know that babies need to hear a lot of language in order to understand grammar rules. But there is a big difference between listening to television, audio books or the internet, and interacting with people. One study compared two groups of nine-month-old American babies. One group watched videos of Mandarin Chinese sounds. In the other group, people spoke the same sounds to the babies. The test results showed that the second group could recognise different sounds, however the first group learned nothing. The scientist, Patricia Kuhl, said this result was very surprising. It suggests that social experience is essential to successful brain development in babies.

What is the main conclusion from the study described in the last paragraph? 

A. Babies can understand television at the age of nine months

B. Social interaction has a big influence on the brain

C. Watching videos is a good way to develop a child's brain

D. Mandarin Chinese is not too hard to be learned for American 

1
15 tháng 4 2017

Kiến thức: Đọc hiểu

Giải thích:

Kết luận chính từ nghiên cứu được mô tả trong đoạn cuối là gì?

A. Trẻ có thể hiểu được TV ở độ tuổi chín tháng.

B. Tương tác xã hội có ảnh hưởng lớn đến não.

C. Xem video là một cách tốt để phát triển trí não của trẻ.

D. Tiếng Trung phổ thông không quá khó để học đối với trẻ sơ sinh Mỹ.

Thông tin: It suggests that social experience is essential to successful brain development in babies.

Tạm dịch: Nó cho thấy kinh nghiệm xã hội là điều cần thiết để phát triển trí não thành công ở trẻ sơ sinh.

Chọn B

Dịch bài đọc:

Một em bé sơ sinh có thể nhìn, nghe và cảm nhận. Đến năm tuổi, một đứa trẻ có thể nói chuyện, đi xe đạp và nghĩ ra những người bạn tưởng tượng. Làm thế nào phát triển này xảy ra? Chúng ta không quá hiểu cách ngôn ngữ, suy nghĩ và lập kế hoạch phát triển. Bây giờ các nhà khoa học đang sử dụng công nghệ mới để 'nhìn' vào bộ não của trẻ em. Và họ đang khám phá thông tin mới về cách phát triển não bộ của em bé.

Một nghiên cứu vào năm 2010 cho thấy những trải nghiệm của một đứa trẻ trong vài năm đầu tiên ảnh hưởng đến sự phát triển của não. Nó cho thấy rằng những đứa trẻ nhận được nhiều sự chú ý hơn thường có IQ cao hơn. Bộ não của một đứa trẻ sơ sinh có gần một trăm tỷ tế bào thần kinh. Đây là con số tương tự như bộ não của người trưởng thành. Khi chúng lớn lên, một em bé nhận được thông tin thông qua các giác quan của thị giác, thính giác, khứu giác, vị giác và xúc giác. Thông tin này tạo ra các kết nối giữa các phần khác nhau của não. Ở tuổi lên ba, có hàng trăm nghìn tỷ kết nối.

Một thí nghiệm đã xem hình ảnh về bộ não của trẻ sơ sinh trong khi chúng đang lắng nghe những âm thanh khác nhau. Các âm thanh là trong các chuỗi khác nhau. Ví dụ, một chuỗi là mu-ba-ba. Đây là mẫu 'A-B-B'. Một trình tự khác là mu-ba-ge. Đây là mẫu 'A-B-C'. Các hình ảnh cho thấy phần não chịu trách nhiệm về lời nói hoạt động nhiều hơn trong các mẫu 'A-B-B'. Điều này cho thấy các bé có thể cho biết sự khác biệt giữa các mẫu khác nhau. Thí nghiệm này rất thú vị vì các chuỗi từ rất quan trọng đối với ngữ pháp và ý nghĩa. So sánh hai câu với cùng một từ theo một thứ tự khác nhau: J'ohn giết gấu' r rất khác với 'Con gấu giết John'. Vì vậy, các bé bắt đầu học các quy tắc ngữ pháp từ đầu đời.

Các nhà nghiên cứu cũng biết rằng các bé cần nghe nhiều ngôn ngữ để hiểu các quy tắc ngữ pháp. Nhưng có một sự khác biệt lớn giữa nghe tivi, sách âm thanh hoặc internet và tương tác với mọi người. Một nghiên cứu đã so sánh hai nhóm trẻ sơ sinh Mỹ 9 tháng tuổi. Một nhóm đã xem video về âm thanh tiếng Trung Quốc. Trong nhóm khác, mọi người nói những âm thanh tương tự với các em bé. Kết quả kiểm tra cho thấy nhóm thứ hai có thể nhận ra các âm thanh khác nhau, tuy nhiên nhóm thứ nhất không học được gì. Nhà khoa học, Patricia Kuhl, cho biết kết quả này rất đáng ngạc nhiên. Nó cho thấy kinh nghiệm xã hội là điều cần thiết để phát triển trí não thành công ở trẻ sơ sinh.

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions.The pain of a migraine headache can virtually disable a person who suffers from it. Millions and millions of people suffer from migraines, although many of them do not even recognize that a migraine is different from a regular headache. A migraine is not at all the same as a normal headache, and it seems to have a very physical cause.One symptom of a migraine...
Đọc tiếp

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the correct answer to each of the questions.

The pain of a migraine headache can virtually disable a person who suffers from it. Millions and millions of people suffer from migraines, although many of them do not even recognize that a migraine is different from a regular headache. A migraine is not at all the same as a normal headache, and it seems to have a very physical cause.

One symptom of a migraine is a precursor, which is a visual aura before an attack. Yet only about a third of patients actually experience that, and it is, therefore, not a requirement in the diagnosis. Other symptoms include increased pain when a person moves, nausea, and sensitivity to light and sound.

Scientists now believe that migraines are caused, not by abnormal blood vessels as previously believed, but instead by a unique electrical disorder of brain cells. Physicians used to treat migraines with medicine to constrict blood vessels because of the belief that dilated blood vessels were the cause. The new research has been enhanced by imaging devices that allow scientists to watch patients’ brains during an attack. The results show that sufferers have abnormally excitable neurons, or brain nerve cells. Prior to the attack, the neurons suddenly fire off electrical pulses at the back of the brain, which ripple like waves on a lake after a stone hits the water. They ripple across the top and then the back of the brain, ultimately affecting the brain stem where the pain centers are located. The pain then generates possibly from the brain stem itself or from blood vessels inflamed by the rapidly changingblood flow, or perhaps from both.

Scientists have experimented by applying a powerful magnet to stimulate the neurons and discovered that some people’s brains react differently than others’. When stimulation was applied to the brains of people who had suffered migraines, they saw the initial aura, and some actually suffered migraines. When the same stimulation was applied to the brains of people who had never suffered migraines, they realized no effect and the neurons showed no change.

Scientists and doctors continue to work on the research in an attempt to find the perfect treatment. It is considered important to treat migraines because it is believed that prolonged untreated attacks could cause physical changes in the brain leading to chronic pain.

According to the passage, scientists now know that unusual neurons in certain people  are the cause of migraines, they _________.

A. know that the defective neurons reside in the brain stem

B. know all they need to know about the cause of migraines

C. have developed medicine to permanently reverse the neurons’ charge

D. still do not know exactly what causes the pain

1
23 tháng 11 2019

Đáp án : D

Câu cuối đoạn 3 “possibly from the brain stem itself or from blood vessels inflamed … or perhaps from both.” : có thể từ chính não  gây ra hoặc rối loạn máu hoặc cả hai-> sự thiếu chắc chắn của các nhà khoa học->  họ không biets rõ nguyên nhân gây bệnh.

 

Read the following passage and mark the letter (A, B, C or D) on your answer sheet to indicate the correct answer to each for the questions.  The pain of a migraine headache can virtually disable a person who suffers from it. Millions and millions of people suffer from migraines, although many of them do not even recognize that a migraine is different from a regular headache. A migraine is not at all the same as a normal headache, and it seems to have a very physical cause. One symptom of a...
Đọc tiếp

Read the following passage and mark the letter (A, B, C or D) on your answer sheet to indicate the correct answer to each for the questions.

 The pain of a migraine headache can virtually disable a person who suffers from it. Millions and millions of people suffer from migraines, although many of them do not even recognize that a migraine is different from a regular headache. A migraine is not at all the same as a normal headache, and it seems to have a very physical cause.

 One symptom of a migraine is a precursor, which is a visual aura before an attack. Yet only about a third of patients actually experience that, and it is therefore not a requirement in the diagnosis. Other symptoms include increased pain when a person moves, nausea, and sensitivity to light and sound. Scientists now believe that migraines are caused, not by abnormal blood vessels as previously believed, but instead by a unique electrical disorder of brain cells. Physicians used to treat migraines with medicine to constrict blood vessels because of the belief that dilated blood vessels were the cause.

 The new research has been enhanced by imaging devices that allow scientists to watch patients' brains during an attack. The results show that sufferers have abnormally excitable neurons, or brain nerve cells. Prior to the attack, the neurons suddenly fire off electrical pulses at the back of the brain, which ripple like waves on a lake after a stone hits the water. They ripple across the top and then the back of the brain, ultimately affecting the brain stem where the pain centers are located. The pain then generates possibly from the brain stem itself or from blood vessels inflamed by the rapidly changing blood flow, or perhaps from both.

 Scientists have experimented by applying a powerful magnet to stimulate the neurons and discovered that some people's brains react differently than others'. When stimulation was applied to the brains of people who had suffered migraines, they saw the initial aura, and some actually suffered migraines. When the same stimulation was applied to the brains of people who had never suffered migraines, they realized no effect and the neurons showed no change.

 Scientists and doctors continue to work on the research in an attempt to find the perfect treatment. It is considered important to treat migraines because it is believed that prolonged untreated attacks could cause physical changes in the brain leading to chronic pain.

According to the passage, now that scientists know that unusual neurons in certain people are the cause of migraines, they

A. know all they need to know about the cause of migraines

B. have developed medicine to permanently reverse the neurons' charge

C. still do not know exactly what causes the pain

D. know that the defective neurons reside in the brain stem

1
9 tháng 4 2017

Đáp án là C.

Theo bài đọc, ngày nay các nhà khoa học biết rằng dây thần kinh bất thường ở một số người nhất định là nguyên nhân của chứng đau nửa đầu, họ

A. biết rằng tất cả họ cần biết về nguyên nhân gây ra chứng đau nửa đầu.

B. đã phát triển thuốc để giữ lại điện của dây thần kinh

C. vẫn chưa biết chính xác nguyên nhân gây ra cơn đau.

D. biết rằng những dây thần kinh khuyết tật trú ngụ trong thân não

Dẫn chứng: The pain then generates possibly from the brain stem itself or from blood vessels inflamed by the rapidly changing blood flow, or perhaps from both