IELTS Mock Test 2024 January

Đăng ngày: 06 Sep 2023
Tests taken: 285,220

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Part 1: Question 1 - 14

1 TRUE
2 FALSE
3 TRUE
4 TRUE
5 NOT GIVEN
6 A
7 C

8 D
9 anatomy
10 resistance
11 stress
12 hypertension
13 organs
14 soles

Part 2: Question 15 - 27

15 TRUE
16 NOT GIVEN
17 FALSE
18 NOT GIVEN
19 NOT GIVEN
20 FALSE
21 TRUE

22 symbols
23 titles
24 stenciling
25 books
26 painting
27 400

Part 3: Question 28 - 40

28 A
29 E
30 D
31 H
32 wrist
33 emotions
34 unoccupied

35 challenging
36 C
37 A
38 B
39 C
40 B

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READING PASSAGE 1

You should spend about 20 minutes on Questions 1-14, which are based on Reading Passage 1 below.

Learning to Walk

These days the feet of a typical city dweller rarely encounter terrain any more uneven than a crack in the pavement. While that may not seem like a problem, it turns out that by flattening our urban environment we have put ourselves at risk of a surprising number of chronic illnesses and disabilities. Fortunately, the commercial market has come to the rescue with a choice of products. Research into the idea that flat floors could be detrimental to our health was pioneered back in the late 1960s in Long Beach, California. Podiatrist Charles Brantingham and physiologist Bruce Beekman were concerned with the growing epidemic of high blood pressure, varicose veins and deep-vein thromboses and reckoned they might be linked to the uniformity of the surfaces that we tend to stand and walk on.

The trouble, they believed, was that walking continuously on flat floors, sidewalks and streets concentrates forces on just a few areas of the foot. As a result, these surfaces are likely to be far more conducive to chronic stress syndromes than natural surfaces, where the foot meets the ground in a wide variety of orientations. They understood that the anatomy of the foot parallels that of the human hand - each having 26 bones, 33 joints and more than 100 muscles, tendons and ligaments - and that modern lifestyles waste all this potential flexibility.

Brantingham and Beekman became convinced that the damage could be rectified by making people wobble. To test their ideas, they got 65 factory workers to try standing on a variable terrain floor - spongy mats with varying degrees of resistance across the surface. This modest irregularity allowed the soles of the volunteers' feet to deviate slightly from the horizontal each time they shifted position. As the researchers hoped, this simple intervention made a huge difference, within a few weeks. Even if people were wobbling slightly, it activated a host of muscles in their legs, which in turn helped pump blood back to their hearts. The muscle action prevented the pooling of blood in their feet and legs, reducing the stress on the heart and circulation. Yet decades later, the flooring of the world's largest workplaces remains relentlessly smooth. Earlier this year, however, the idea was revived when other researchers in the US announced findings from a similar experiment with people over 60. John Fisher and colleagues at the Oregon Research Institute in Eugene designed a mat intended to replicate the effect of walking on cobblestones*.

In tests funded by the National Institute of Aging, they got some 50 adults to walk on the toots in their bare feet for less than an hour, three times a week. After 16 weeks, these people showed marked improvements in mobility, and even a significant reduction in blood pressure. People in a control group who walked on ordinary floors also improved but not as dramatically. The mats are now available for purchase and production is being scaled up. Even so, demand could exceed supply if this footstimulating activity really is a 'useful nonpharmacological approach for preventing or controlling hypertension of older adults, as the researchers believe. They are not alone in recognising the benefits of cobblestones. Reflexologists have long advocated walking on textured surfaces to stimulate so-called 'acupoints' on the soles of the feet. They believe that pressure applied to particular spots on the foot connects directly to particular organs of the body and somehow enhances their function. In China, spas, apartment blocks and even factories promote their cobblestone paths as healthful amenities. Fisher admits he got the concept from regular visits to the country. Here, city dwellers take daily walks along cobbled paths for five or ten minutes, perhaps several times a day, to improve their health. The idea is now taking off in Europe too.

People in Germany, Austria and Switzerland can now visit 'barefoot parks' and walk along 'paths of the senses - with mud, logs, stone and moss underfoot. And it is not difficult to construct your own path with simple everyday objects such as stones or bamboo poles. But if none of these solutions appeal, there is another option. A new shoe on the market claims to transform flat, hard, artificial surfaces into something like uneven ground. 'These shoes have an unbelievable effect,' says Benno Nigg, an exercise scientist at Calgary University in Canada.

Known as the Masai Barefoot Technology, the shoes have rounded soles that cause you to rock slightly when you stand still, exercising the small muscles around the ankle that are responsible for stability. Forces in the joint are reduced, putting less strain on the system, Nigg claims.

Some of these options may not appeal to all consumers and there is a far simpler alternative.

If the urban environment is detrimental to our health, then it is obvious where we should turn. A weekend or even a few hours spent in the countryside could help alleviate a sufferer's aches and pains, and would require only the spending of time.

However, for many modern citizens, the countryside is not as accessible as it once was and is in fact a dwindling resource. Our concrete cities are growing at a terrifying rate - perhaps at the same rate as our health problems.

READING PASSAGE 2

You should spend about 20 minutes on Questions 15-27, which are based on Reading Passage 1 below.

Australian artist Margaret Preston

Margaret Preston's vibrant paintings and prints of Australian flowers, animals and landscapes have delighted the Australian public since the early 1920s.

Margaret Preston was born Margaret Rose McPherson in Port Adelaide, South Australia in 1875, the daughter of David McPherson, a Scottish marine engineer and his wife Prudence Lyle. She and her sister were sent at first to a private school, but when family circumstances changed, her mother took the girls to Sydney where Margaret attended a public high school. She decided early in life to become an artist and took private art lessons. In 1888, she trained for several months with Sydney landscape painter William Lister, and in 1893 enrolled at the National Gallery of Victoria Art School, where she studied for just over four years.

In 1898, after her father died, Margaret returned to Adelaide to study and then teach at the Adelaide School of Design. Her early artwork was influenced by the German aesthetic tradition, in which subjects of the natural world were depicted in a true to life manner.

Margaret's first visit to Europe in 1904, and her studies in Paris, France had little impact on this naturalism that dominated her work from this early period. However some eight years later, after returning to Paris, she began to recognise the decorative possibilities of art.

With the outbreak of the First World War, Margaret traveled to England, where she had exhibitions and continued her studies of art. She was a student of pottery, but at some time developed her interest in various techniques of printmaking and design. In England's West Country, she taught basket weaving at a rehabilitation unit for servicemen. It was on board a boat returning to Australia that she met wealthy businessman William Preston, whom she married in 1919. Together Margaret and William settled in the Sydney harbourside suburb of Mosman. The most characteristic prints from her early years in Sydney are views of boats floating on Sydney Harbour and of houses clustered on foreshore hills. Although Sydney was their home, the couple traveled regularly, both overseas and within Australia.

Her first major showing in Australia was with her friend Thea Proctor, in exhibitions in Melbourne and Sydney in 1925. Many of Preston's prints were hand-coloured in rich scarlet reds, blues and greens, and all of them were set in Chinese red lacquer frames. Harbour views were again prominent, but in comparison with earlier artworks, they were compact and busy. using striking contrasts of black and white combined with elaborate patterns and repetitions. Other prints from this period featured native flora. It was with these still-life subjects that she convinced the public that Australian native flowers were equal in beauty to any exotic species.

From 1932 to 1939, Preston moved away from Sydney and lived with her husband at Berowra, on the upper reaches of the Hawkesbury River. The area was one of rugged natural beauty, and for the first time Preston found herself living in a home surrounded bush. Prior to this, the native flowers that featured in her paintings and prints had been purchased from local florists; they now grew in abundance around her home. Preston's prints became larger, less complex and less reliant on the use of bright colours. Flowers were no longer arranged in vases, and Preston began to concentrate instead on flowers that were growing wild.

While living at Berowra, and undoubtedly prompted by the Aboriginal' rock engravings found near her property, Preston also developed what was to he a lifelong interest in Aboriginal art. On returning to Sydney in 1939, she became a member of the Anthropological Society of New South Wales, and later visited many important Aboriginal sites throughout Australia. Preston believed that Aboriginal art provided the key to establishing a national body of art that reflected the vast and ancient continent of Australia.

During the 1940s, symbols used by Aboriginal people, together with dried, burnt colours found in traditional Aboriginal paintings, became increasingly prominent in her prints. The artist's titles from this period frequently acknowledge her sources, and reveal the extent to which she drew inspiration from traditional Aboriginal art to create her own art.

It was in 1953, at the age of 78, that Preston produced her most significant prints. The exhibition at Macquarie Galleries in Sydney included 29 prints made using the ancient technique known as stenciling. Many of the artworks in the exhibition incorporated her fusion of Aboriginal and Chinese concepts. Preston had admired Chinese art since 1915, when she acquired the first of her many books on the subject, and she had visited China on two occasions. Chinese elements may be found in several of her earlier paintings.

However, in her prints of the 1950s, Preston combined Chinese ideas with her understanding of the Dreamtime' creation stories of Aboriginal Australians. Preston did not let age alter her habit of working hard. As she got older, her love of painting, printmaking and travel continued. By the time of her death in 1963, when she was 88, she had produced over 400 paintings and prints. In a career spanning almost 60 years, she created a body of work that demonstrates her extraordinary originality and the intensity of her commitment to Australian art.

READING PASSAGE 3

You should spend about 20 minutes on Questions 28-40, which are based on Reading Passage 1 below.

Mind Music

Scientists investigate 'earworms', the music we can't get out of our head

A Ever had a song stuck in your head, playing on an endless loop? Scientists call them

'involuntary musical images', or 'earworms, and a wave of new research is shining light on why they occur and what can be learned from them. Some neuroscientists and cognitive psychologists are studying earworms to explore the mysteries of memory and the part of the brain that is beyond our conscious control. The idea that we have full control over our thought processes is an illusion,' says psychologist Lauren Stewart, who founded the master's program in music, mind and brain at Goldsmiths, University of London, UK, where recent research has taken place. Researchers haven't been able to watch what happens in the brain when earworms occur, because they happen unpredictably. Much of what is known about them comes from surveys, questionnaires, diaries and lab experiments.

B A Goldsmiths study published in the journal Memory and Cognition this year showed that the singing we hear in our heads tends to be true to actual recordings. Researchers had 17 volunteers tap to the beat of any earworm they heard during a four-day period while a device attached to their wrist recorded their movements. The tapping tempos were within 10% of the tempos of the original recordings. Another Goldsmiths study, published this year in Consciousness and Cognition, found that people who report hearing earworms often, and find them most intrusive, have slightly different brain structures, with more gray matter in areas associated with processing emotions.

C Studies also show that the music in our heads often starts playing during times of 'low cognitive load', such as while showering, getting dressed, walking, or doing chores. Dr Stewart likens earworms to 'sonic screen savers' that keep the mind entertained while it is otherwise unoccupied. She and her colleagues tested that theory by having volunteers listen to songs and giving them various tasks afterwards. The volunteers who sat idly for the next five minutes were the most likely to report hearing the music m their heads. Dr Stewart observed that the more challenging the activity, the less likely the volunteers were to hear the music. Diary studies also show songs tend to match people's moods and therefore they are not random. If you are energized and upbeat, an earworm that occurs is likely to be uptempo too.

D Songs the brain fixates on are usually those it has been exposed to recently, surveys show, which is why tunes getting heavy radio play frequently top the earworm charts. Even tunes you may have heard but didn't pay attention to can worm their way into your subconscious, says Ira Hyman, a psychologist at Western Washington University in Bellingham, USA. In an unpublished study there, participants who listened to music while doing other tasks were more likely to report that the songs returned as earworms later on, compared with participants who simply listened.

E Some earworms are just fragments of a song that repeat like a broken record. So, when the mind hits a part of a song it can't remember, it loops back rather than moving on. That could make an earworm even more entrenched, Dr Hyman says. According to a theory known as the Zeigarik effect, named for a Soviet psychologist, Bluma Zeigarnik, unfinished thoughts and activities weigh on the mind more heavily than those that are completed, although experiments exposing students to interrupted songs have yielded mixed results.

F Researchers say they can't pinpoint a spot in the brain where earworms live. Imaging studies by Andrea Halpern at Bucknell University, in Lewisburg, USA, have shown that deliberately imagining music and actually listening to music activate many of the same neurological networks. Dr Halpern's earlier studies showed that when subjects listened to the first few notes of familiar music, areas in the right frontal and superior temporal portions of the brain became activated, along with the supplementary motor area at the top, which is typically involved in remembering sequences. When the same subjects listened to unfamiliar music and were asked to recall it, there was activity in the left frontal portions of the brain instead.

G One factor that makes some songs stick might be repetition. 'Repetition leads to familiarity which leads to anticipation, which is satisfied by hearing the song,' says John Seabrook, author of The Song Machine: Inside the Hit Factory, about how producers pump pop songs full of aural "hooks', the punchy melodic phrases designed to target the brain and leave it wanting more. The researchers are comparing the melodic structure of 100 often-mentioned songs with 100 similarly popular songs that weren't cited as earworms, to assess the difference. Songs with earworm potential appear to share certain features: a repeating pattern of ups and downs in pitch, and an irregular musical interval.

H The researchers plan next to test their results in reverse, and play ringtones from songs of both the earworm and non earworm variety for volunteers several times a day to see which ones get stuck. Drs Stewart and Halper are now working together to recruit survey participants for a study looking at whether people at different stages of life experience earworms differently. 'You can argue that older people might get them more often because they know more songs,' Dr Halpern says. 'But the few responses we have so far indicate that they have earworms less often. It could be that they don't play music as often as younger people do.

Keywords in Questions	Similar words in Passage
Q36: Some musicians create music that is intentionally memorable.
Note:

NEW

IELTS Mock Test 2024 January

Part 1: Question 1 - 14

Part 2: Question 15 - 27

Part 3: Question 28 - 40

剑桥雅思18听力原文-TEST4

Questions 1-5

Questions 6-8

Questions 9-14

Questions 15-21

Questions 22-27

Questions 28-31

Questions 32-35

Questions 36-40

READING PASSAGE 1

Learning to Walk

READING PASSAGE 2

Australian artist Margaret Preston

READING PASSAGE 3

Mind Music

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TRUE	if the statement agrees with the information
FALSE	if the statement contradicts the information
NOT GIVEN	If there is no information on this

	List of Researchers
A	Lauren Stewart
B	Ira Hyman
C	Andrea Haiper
D	John Seabrook

IELTS Mock Test 2024 January

Part 1: Question 1 - 14

Part 2: Question 15 - 27

Part 3: Question 28 - 40

Share your score

剑桥雅思18听力原文-TEST4

Questions 1-5

Questions 6-8

Questions 9-14

Questions 15-21

Questions 22-27

Questions 28-31

Questions 32-35

Questions 36-40

READING PASSAGE 1

Learning to Walk

READING PASSAGE 2

Australian artist Margaret Preston

READING PASSAGE 3

Mind Music

Bình luận

Về chúng tôi

Sứ mệnh