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LanguageCert Practice Reading: Part 3 (Multi-Text Attribution)
ID: #60290
Easy
Yellow 4
Instructions
Read the four texts below about walking. There are seven questions about the texts. Which text gives you the answer to each question? Choose the correct text (A–D) for each question. the four texts below about Walking.
A
Fit Walk Navigator offers a fresh approach to fitness tracking. It has a clear set of basic screens which make it easy to get started. The app accurately tracks your steps, distance and calories burned, providing valuable insights into your daily activity. Its GPS feature is highly accurate, ensuring precise route tracking and location-based data. One impressive feature is the app’s extensive library of walking routes, catering to various fitness levels and preferences. There are bound to be some great routes for you wherever you live. The app also allows you to connect with others who have the app, to share achievements and engage in friendly competitions. However, as I found, the app uses a lot of battery power, so you could find yourself, like me, in the middle of a great walk when your phone dies completely. Additionally, the wide range of features often makes it hard to find simple information while you’re on the move. Not for the casual walker.
B
The idea of taking 10,000 steps a day as a fitness goal can be traced back to Dr Yoshiro Hatano, a Japanese researcher who proposed this target in the 1960s. Some say he did so as part of a marketing campaign for a new product, although he has said this was not the case, stating that the number represented a beneficial level of physical activity for the average person. However, the 10,000-step target may not be suitable for everyone. Exercise needs vary depending on factors such as age, fitness level and health conditions. Children require more than this level of activity, whereas it might be dangerous for elderly people. In 2004, two researchers called Tudor-Locke and Bassett introduced an index with targets for adults with different occupations. Others have now produced detailed targets for different ages, for example, 13,000 to 15,000 steps per day for boys aged six to 11, but 7,000 to 8,000 for adults between the ages of 20 and 65.
C
We usually take walking for granted but, as people who have tried to make walking robots have discovered, the movement is not as simple as it might appear. Two researchers called Wang and Srinivasan already knew that people walk in opposition – left leg, right arm, right leg, left arm – so they reasoned that the arms were the parts of the body which retained balance. They put motion sensors on people’s feet, on arms and on pelvises – the central circle of bone from which the legs are suspended. Then they put the people on treadmills – the kind of machine you get in a gym – and filmed them walking. The researchers expected that the subjects would put each foot in the same place each time. However, the data revealed that they were placed slightly differently at each step. Walking is, it seems, actually a bit like falling down. With each step, we unbalance ourselves, but the pelvis adjusts the position of the upper body to compensate and stop us falling.
D
Despite science fiction films from the 1950s and 1960s and even science documentaries of the same period, most working robots in the modern age do not travel independently from place to place, performing different tasks. The vast majority perform one dedicated task, in one place – in car factories, for example. However, there are situations where one can envisage the real advantages of a truly mobile robot which can walk across broken ground or up steps into dangerous situations, to disable an explosive device, for example. But is this really achievable? If it is, it is likely that the robot will copy a method of walking employed by a living creature, either an animal or a human. Perhaps we will never have multi-function robots which can walk around and climb stairs. Nonetheless, research of this kind is important in the development of exoskeletons – external mechanical structures – which could enable people who are paralysed from the waist down to walk again. It will also help doctors see why elderly people are vulnerable to falls.
In which text does the writer illustrates how machines are currently used in industry?
In which text does the writer defines part of the human body?
In which text does the writer contains a personal denial of a claim?
In which text does the writer concerns a discovery about physical movement?
In which text does the writer includes a social aspect of walking?
In which text does the writer makes a criticism based on personal experience?
In which text does the writer advances a possible benefit of research?
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