Quiet Roads Ahead - IELTS Reading Answers

Quiet Roads Ahead is an IELTS Reading module which would test your comprehension skills. This passage covers a wide range of skills assessed such as information locating, understanding implied meaning, recognizing opinions, and handling time pressure. During the IELTS Reading exam, you need to focus on your reading accuracy, speed, and clarity which you can develop by attempting passages and noting the areas of improvement. The answer for this passage along with explanation would provide you with an opportunity to consistently track your progress level.  Such practice sessions would help improve your final band score, making precision and strategic reading essential for scoring a band 8+.

Types of Questions in IELTS Reading Passage ‘Quiet Roads Ahead’

Before diving into the passage, it is important to have an idea of the different questions which you would encounter during the test. The Reading test is not meant to be read word by word; rather, it is about your ability to get familiar with the questions and decide on the specific strategies to be used. Below are the two question types which you need to answer for the passage, ‘Quiet Roads Ahead’

• IELTS Reading Matching Information [Q.27-Q.32]
• IELTS Reading Diagram Completion [Q.33-Q.35]

Common Mistakes to Avoid in the IELTS Reading Passage ‘Quiet Roads Ahead’

As the passage includes details and academic terms, it might create confusion, particularly in Matching Information and Diagram Completion types of questions. To achieve better accuracy, it is necessary to know the typical mistakes and use IELTS Exam Preparation Tips for Band Score of 8+. Below are some of the common mistakes which you need to avoid while attempting the two question types for the IELTS Reading Passage, ‘Quiet Roads Ahead’.

Curious to learn how to improve your reading skills to get a band 9? Check out the video below!

IELTS Reading Passage on ‘Quiet Roads Ahead’

Quiet Roads Ahead

A Road noise is becoming increasingly problematic. Automobile engineers have made great strides in reducing engine noise, but they have had less luck in other areas. More than half of the noise that automobiles make comes from the tires rolling over the road, and as road construction and vehicle sales continue to rise, especially in Asia and the United States, this is becoming a worldwide problem.

B The World Health Organization warns that prolonged exposure to road traffic noise might cause health issues related to stress. In addition, road builders must shell out cash to establish sound barriers and install double glazing in residences where traffic noise is excessive. It's more challenging to sell a home in a neighborhood with a lot of traffic and construction noise, and workers in those settings are less effective and productive overall.

C The Netherlands, one of the most populous countries in the world, is home to scientists who are already at work on methods for making roadways quieter. The Dutch government has set a five-year goal of reducing traffic noise by an average of six decibels across the country. The idea, which was developed by Dutch mechanical engineer Ard Kuijpers, is both revolutionary and extremely promising. He set out to improve the material's texture, hardness, and sound absorption.

D A tire is more prone to vibrate and make noise over a rough surface. Heavy rollers are used by road crews to smooth down freshly laid asphalt, but Kuijpers has come up with a technique that he believes can result in the quietest road possible. It all comes down to a unique mould that's 3 meters broad and 50 meters long, which is his little secret. Rolling over the asphalt with a heavy roller, rail-mounted equipment spreads the hot asphalt mixture into the mould. As it cures, the 10-millimeter-thick sheet will have a surface smoother than anything that can be made using more traditional techniques.

E Then, he puts another layer beneath the asphalt to improve the road's performance by making it hardwearing while still being soft enough to dampen vibrations. A layer of rubber 30 millimeters thick, along with stones slightly larger than those in the preceding layer, makes up this. Kuijpers compares it to a "big mouse mat," which softens the pavement.

F Since the pores in the road surface are a specified size, the size of the stones used in the two layers is crucial. The upper layers are just around 4 or 5 millimeters across, whereas the lower layers are roughly 9 millimeters across. According to Kuijpers, the tread (the indentations or ridges on the surface of a tire) can act as a sponge, soaking up any air that passes through it and therefore dampening any vibrations that might otherwise cause noise. Moreover, they facilitate water drainage, which can improve the road's safety in wet conditions.

G Despite the complexity of the production process, placing the surface is rather easy. It is rolled onto a drum that is 1.5 meters in diameter like a carpet as it leaves the mill. They unroll it and use bitumen to adhere it to the base on location. The white lines are added at the manufacturer as well.

H The actual building of the structure employs a far more advanced method of noise reduction. It's a concrete base with flask-shaped slots up to 10 mm wide and 30 mm deep, which are open at the top and sealed at the bottom to absorb noise. Similar to Helmholtz resonators, when sound waves of a certain frequency enter the top of a flask, they create resonances within, releasing their kinetic energy as heat in the surrounding concrete. Another crucial function served by the cavities is the removal of water that seeps through the upper surface. Waste will be flushed out, and the pores on the surface will remain clear, thanks to this circulation.

I By adjusting the diameters of his resonators, Kuijpers has complete command over the acoustic signals they absorb. Given that various automobiles emit noise at various frequencies, this could be extremely helpful. Noise from car tires, for example, peaks at roughly 1000 Hz, whereas that from trucks drops to around 600 Hz. The frequencies absorbed by the concrete can be adjusted by altering the size of the Kuijpers resonators. The inside lane of a major highway is typically used by trucks, thus resonators installed there could be adjusted to absorb sounds at roughly 600 hertz, while those installed in other lanes could handle noise at higher frequencies caused by cars.

J Kuijpers thinks he can reduce road noise by five decibels compared to the quietest roads available today. A one-hundred-meter stretch of his road has been tested on a highway near Apeldoorn, and the Dutch construction firm Heijmans is currently in talks with the Dutch government about selecting the site of the next roll-out road. The ultimate price tag will determine whether or not Kuijpers' design is a financial success. Those who are disturbed by road noise, however, can look forward to quieter times in the future.

Questions 27-32

27 Factors that should be taken into account when examining Kuijpers' proposal.

28 Here, we compile the various factors that contribute to road noise and try to explain them.

29 A presentation of how Kuijpers' road network material is transported.

30 A broad statement regarding how people typically use their cars on key roadways.

31 There are a number of monetary benefits to lowering road noise.

32 Demonstrating Kuijpers' road-making process.

Questions 33-35

Cross section of Kuijpers’ proposed noise-reducing road.

33 ______________

34 ______________

35 ______________

Answer with Explanation for ‘Quiet Roads Ahead’

Now that you have completed answering the questions, it is time to compare yours against the right answers and check your IELTS Band Score. The answer explanation would help you to understand the reading strategies that are used so that you can use the same method for other questions during the exam. The table below suggests the answer with explanation for the reading passage ‘Quiet Roads Ahead’. 

By understanding where answers are found and recognizing paraphrased information, you will be able to become exam-ready. Remember to analyse your answers after each practice test to become more aware of your common mistakes and improve your approach. With consistent practice and using the right strategies, your precision will be increased for the final exam day. So, continue the practice and move on to the next passage to level up your preparation.

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