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Test 8
Passage 1
Oak Wood
Oak wood – the strong, dense timber of the oak tree (Quercus species) – is a remarkable material. It is durable, versatile, weather-resistant, and suitable for a wide range of purposes. It has also been used for millennia: the ancient Egyptians crafted furniture from oak, while the ancient Greeks and Romans used it for building ships, homes, and even religious artifacts.
And the oak tree itself is an extraordinary plant. It can grow to great sizes and live for centuries, with a thick trunk that supports a wide canopy of branches. Oak wood has a particular cellular structure – with tightly packed, dense grain – that makes it resistant to water damage and decay. This strength and durability are why oak has been used for centuries in construction and shipbuilding. It also has a natural beauty and rich texture, which make it ideal for high-quality furniture and flooring.
Oak trees grow in a number of temperate regions, including the United States, the United Kingdom, France, Germany, and parts of Eastern Europe. They thrive in well-drained soil and benefit from seasonal variation in climate. Forests in regions like France’s Limousin and Burgundy are especially prized for their oak trees, which explains why these areas have long been known for producing premium oak timber used in wine barrels, furniture, and architectural woodwork.
Many oak forests are carefully managed and family-owned. Some of these forests have been maintained for generations, and many of the trees themselves are over 200 years old. Oak production is, above all, an exercise in patience. From the planting of an oak sapling to the time when it can be harvested for timber takes several decades. For the best quality wood, trees are often allowed to mature for 100 years or more. Cutting must be done at the right time of year – usually in winter – to ensure the wood’s moisture levels are low and to prevent damage to the grain.
Oak harvesting is a specialised process. Though machinery is used today, great care must still be taken to cut the logs without splitting or damaging the wood. Once felled, the timber is typically dried slowly to reduce its moisture content and prevent warping. This can take up to two years in natural air-drying yards or a few months in controlled kilns. Once seasoned, the wood is then ready to be milled into planks or shaped into products. Oak timber is used for flooring, furniture, wine barrels, interior paneling, and architectural beams. Oak veneers are also common in cabinetry and decorative finishes.
In recent years, the dominance of oak in the wood industry has been challenged by the rise of synthetic materials and cheaper, fast-growing softwoods like pine. These alternatives are often easier to process and more cost-effective. However, they do not offer the same durability, aesthetic quality, or cultural value that oak provides. Additionally, concerns about deforestation and sustainability have led some manufacturers to turn to engineered woods and recycled materials.
Despite this, oak continues to be valued for its many advantages. Firstly, its traditional image is closely associated with high-end craftsmanship and luxury. Secondly – and crucially – oak is a renewable, biodegradable resource when harvested responsibly. Moreover, managed oak forests support a wide variety of wildlife and play an important role in preserving soil health and preventing erosion. So, in an era of increasing environmental awareness, the future of oak wood – both as a material and as part of a natural ecosystem – remains strong and sustainable.
TRUE / FALSE / NOT GIVEN
Do the following statements agree with the information given in the passage?
Write TRUE if the statement agrees with the information.
Write FALSE if the statement contradicts the information.
Write NOT GIVEN if there is no information on this.
-
Oak wood can be used to make both furniture and floors.
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The bark of the oak tree is used for wine barrels.
-
Oak trees require tropical climates to thrive.
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Oak veneers are commonly used in kitchen construction.
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Oak wood is less durable than pine wood.
GAP FILL (Complete the Sentences)
Complete the sentences using NO MORE THAN FOUR WORDS from the passage.
6. The dense grain of oak makes it resistant to ________.
7. Oak forests in France are especially known for their ________.
8. Oak trees are often cut in ________ to avoid damage to the grain.
9. Oak wood must be ________ before being shaped into final products.
10. Engineered woods and recycled materials are used due to worries about __________.
MULTIPLE CHOICE QUESTIONS
Instructions: Choose the correct letter: A, B, C, or D
11. Why is oak timber dried slowly after harvesting?
A) To enhance its natural grain pattern
B) To make the wood smell pleasant
C) To prevent warping and reduce moisture
D) To lighten the weight of the wood
12. According to the passage, oak has remained in use despite competition because:
A) It is cheaper than most other woods
B) It has medicinal properties
C) It has superior durability and appearance
D) It requires less maintenance
13. What role do oak forests play in the environment?
A) They are mainly used for tourism
B) They contribute to local erosion
C) They are a threat to biodiversity
D) They support wildlife and prevent soil degradation
Click below to see the answers for this test 1.Answer: TRUE Explanation: The passage says oak is used for "high-quality furniture and flooring." 2.Answer: FALSE Explanation: The timber, not the bark, is used for barrels and other products. 3.Answer: FALSE Explanation: The passage states they grow in temperate regions like the US, UK, and France. 4.Answer: NOT GIVEN Explanation: Veneers are mentioned in cabinetry and finishes, but not specifically kitchens. 5.Answer: FALSE Explanation: Oak is described as more durable than cheaper softwoods like pine. 6.Answer: water damage and decay Explanation: "Dense grain – that makes it resistant to water damage and decay." 7.Answer: premium oak timber Explanation: “Regions like France’s Limousin and Burgundy... producing premium oak timber.” 8.Answer: winter Explanation: “Cutting must be done at the right time of year – usually in winter.” 9.Answer: dried Explanation: “Once felled, the timber is typically dried slowly.” 10.Answer: deforestation Explanation: “Additionally, concerns about deforestation and sustainability have led some manufacturers to turn to engineered woods and recycled materials..” 11.Answer: C Explanation: The drying process “reduces its moisture content and prevents warping.” 12.Answer: C Explanation: Oak is “more durable, aesthetic, and culturally valued.” 13.Answer: D Explanation: “Managed oak forests support wildlife... and prevent erosion.”
Passage 2
Raising the Vasa
How a seventeenth-century warship was recovered from the seabed
On 10 August 1628, the Swedish warship Vasa set sail from Stockholm on her maiden voyage. She was one of the most powerfully armed vessels of her time, commissioned by King Gustavus Adolphus to demonstrate Sweden’s naval strength. Designed with two gun decks and 64 bronze cannons, she was intended to be a symbol of national pride. However, within minutes of leaving the harbour, the ship capsized and sank just 1,300 metres into her journey, taking with her at least 30 lives. While some witnesses believed she was hit by a sudden gust of wind, investigations later revealed that the ship was structurally unstable—too tall, too narrow, and dangerously top-heavy. Efforts to raise her in the 17th century proved unsuccessful, and the wreck was largely forgotten over the centuries.
The Vasa came to rest upright on the seabed, embedded in the soft mud of the Stockholm harbour. The low salinity and cold temperatures of the Baltic Sea helped preserve the ship’s timbers remarkably well, as the organisms that typically degrade wood in saltwater were mostly absent. Over time, a thick layer of silt and clay built up over the wreck, creating an environment that further protected the remains from decay and erosion.
Interest in the Vasa was revived in the 1950s by Anders Franzén, a Swedish marine technician and amateur historian. Franzén had long suspected that the Vasa remained preserved somewhere near her point of sinking, and he began combing historical maps and naval records. He conducted sonar surveys and used a specially designed coring device to search the seabed. In 1956, after years of effort, a sample of black oak was brought to the surface—confirming the ship's location.
In 1959, Swedish Navy divers began the painstaking process of excavation. Using water jets and airlifts, they cleared away layers of mud and silt to expose the hull. The divers also inserted tunnels under the wreck so that steel cables could be threaded beneath it. These cables were connected to lifting pontoons, which would raise the ship in stages. The operation required extraordinary care, as the structure was extremely fragile after over 300 years underwater.
In 1961, after months of preparation and partial lifting, the Vasa finally broke the surface. The spectacle was watched live by thousands of people along the Stockholm waterfront and broadcast on national television. Once raised, the ship was towed into a dry dock where the real challenge began: preserving the wood. To prevent the timbers from shrinking and cracking as they dried, conservators sprayed the hull with polyethylene glycol (PEG), a water-soluble wax, over a period of nearly 17 years.
The ship was eventually transferred to the purpose-built Vasa Museum, where it remains on display today. Not only is the Vasa a marvel of maritime archaeology, but the thousands of artefacts found aboard—ranging from clothing and tools to weaponry and coins—have provided invaluable insights into 17th-century life in Sweden. The recovery and preservation of the Vasa stand as one of the most successful and ambitious shipwreck salvage operations in history.
TRUE / FALSE / NOT GIVEN
Write TRUE if the statement agrees with the information,
FALSE if the statement contradicts the information,
NOT GIVEN if there is no information on this.
14. The Vasa was Sweden’s largest warship at the time of her construction.
15. The ship sank on her maiden voyage due to a sudden storm at sea.
16. The low salt content in the Baltic Sea helped preserve the Vasa's wooden structure.
17. Anders Franzén initially located the Vasa by using a magnetometer.
18. The entire ship was raised from the seabed in a single day.
SUMMARY COMPLETION (GAP FILL)
Complete the summary below using words from the passage.
Write NO MORE THAN TWO WORDS for each answer.
The Vasa was a warship that capsized shortly after setting sail in 1628. Designed with two gun decks, it was built to show off Sweden’s 19. ________. However, the ship was 20. ________ and sank quickly, with dozens of lives lost.
For centuries, the ship remained preserved in the cold, low-salinity 21. ________.
In the 1950s, historian Anders Franzén searched for the wreck using 22. ________ and recovered a sample of timber from the seabed. Once located, the ship was slowly raised using steel 23. ________ connected to pontoons.
MULTIPLE CHOICE
Choose the correct letter A, B, C, or D.
24. Why did the Vasa sink?
A. It was overloaded with cargo
B. It was struck by another ship
C. It was unstable in design
D. A sudden wave hit the vessel
25. What helped preserve the Vasa's wooden structure?
A. Warm water temperatures
B. Iron supports embedded in the ship
C. Lack of salt-tolerant wood-eating organisms
D. The shallow water in the harbor
26. What was used to prevent the wood from shrinking after recovery?
A. Wax candles
B. Sea water treatment
C. Pressurized air
D. Polyethylene glycol
Click below to see the answers for this test 14. NOT GIVEN There’s no mention that it was Sweden’s largest warship. 15. FALSE The passage says she sank due to being “structurally unstable,” not because of a storm. 16. TRUE The passage states the low salinity helped preserve the wood. 17. FALSE He used sonar surveys and a coring device, not a magnetometer. 18. FALSE The ship was raised in stages over months, not in a single day. 19. naval strength From “to demonstrate Sweden’s naval strength.” 20. (structurally) unstable “…the ship was structurally unstable…” 21. Baltic Sea “…preserved in the cold temperatures of the Baltic Sea…” 22. sonar surveys “…he conducted sonar surveys and used a coring device…” 23. cables “…steel cables could be threaded beneath it.” 24. C. It was unstable in design Clearly stated: “the ship was structurally unstable.” 25, C. Lack of salt-tolerant wood-eating organisms “…organisms that typically degrade wood in saltwater were mostly absent.” 26. D. Polyethylene glycol “…conservators sprayed the hull with polyethylene glycol…”
Passage 3
Inspiration or Iteration?
Artistic creativity is often believed to spring from the innate genius of iconic figures like Leonardo da Vinci or Pablo Picasso. This view tends to overlook not only the years of practice and experimentation that precede such accomplishments but also the influence of lesser-known predecessors. Conventional thinking tends to romanticize the "eureka moment," as though masterpieces simply emerge, fully formed, from the artist’s mind.
There may be a kernel of truth in this belief. However, we argue that this view distorts the real nature of artistic creation, as well as creativity and innovation across various fields of human endeavor.
Rather than seeing artists as lone geniuses, we suggest that creativity is a gradual process involving repetition, revision, and error. Much like evolution in biology, artistic progress may require several failed attempts before a successful piece emerges. This “iterative model” values the cumulative progress of creative work and downplays the myth of singular inspiration.
Consider the relatively unknown painter Hilma af Klint, who worked in the early 20th century and created abstract artworks years before Kandinsky, who is often credited as the pioneer of abstraction. Though af Klint’s spiritualist motivations are often considered unconventional, her experiments with form and color paved the way for new visual languages. Ironically, her work remained hidden for decades. Kandinsky’s theory of abstraction gained traction partly because it aligned more closely with the dominant art discourse of the time.
What can we learn from such stories? One could say that art is a collective enterprise. This may be true, but we believe something deeper is at play. Artistic movements evolve continuously, with new styles emerging through experimentation, accident, or even necessity. In the same way that mutations create new traits in biology, artistic innovations may arise from missteps or accidents that yield unexpected aesthetic outcomes.
Take, for example, the development of the Cubist movement. The shift from realistic representation to fragmented forms wasn’t a sudden choice but the result of years of experimentation by artists like Braque and Picasso. In many cases, creative breakthroughs arise not from carefully laid plans but from playful deviation and openness to unexpected outcomes.
Plenty of other stories show how “mistakes” have produced breakthroughs. The Dadaist movement, for example, began partly as a protest against war but also embraced absurdity and randomness, resulting in entirely new forms of art. These works, initially rejected by traditional critics, now occupy a central place in modern art history.
Terms like genius, talent, and inspiration often dominate discussions about artists, yet they remain vague and scientifically unhelpful. Great creators from Shakespeare to Frida Kahlo defy simple explanation. These terms do little more than label outcomes rather than describe the creative process itself.
One alternative is a concept borrowed from psychology: the “Law of Effect,” introduced by Edward Thorndike. Just as in biology, where advantageous traits are repeated, the Law of Effect proposes that successful creative strategies are more likely to be repeated, while ineffective ones are abandoned. This suggests that artistic creativity, like biological evolution, proceeds through variation and selection rather than divine insight.
Of course, creativity remains a complex phenomenon. We must consider the raw material—be it cultural, historical, or personal—that artists draw upon. Novel ideas may not be purely random; they’re shaped by earlier successes and failures, both personal and historical.
The time has come to move beyond myths of sudden inspiration and creative genius, and to examine the real, fascinating origins of artistic innovation.
Questions 27–31
Choose the correct letter, A, B, C or D.
27. The purpose of the first paragraph is to
A. defend a particular artist’s legacy.
B. compare different artistic movements.
C. disprove a widely held view.
D. outline a common assumption.
28. What are the writers doing in the second paragraph?
A. Criticising a common belief
B. Presenting historical evidence
C. Supporting an opposing theory
D. Justifying the use of artistic genius
29. In the third paragraph, what do the writers suggest about artistic progress?
A. It relies heavily on theoretical study.
B. It is driven by isolated moments of inspiration.
C. It develops through ongoing experimentation.
D. It mirrors the development of science.
30. Hilma af Klint is used as an example of someone whose work
A. was never taken seriously by critics.
B. contributed to major artistic movements.
C. was ignored due to her lack of training.
D. gained recognition before Kandinsky’s.
31. What is the key point about the creation of Cubism?
A. It was invented during a political revolution.
B. It resulted from long-term experimentation.
C. It was mainly inspired by African sculpture.
D. It was developed through academic training.
Questions 32–36
Do the following statements agree with the information given in the passage?
Write:
-
Yes if the statement agrees with the writer
-
No if the statement contradicts the writers’ comments
-
NOT GIVEN if there is no information on this
32. Referring to someone as a genius helps us understand their creative process.
33. The Law of Effect explains why artists tend to repeat successful techniques.
34. The Cubist movement was the result of a single inspired moment.
35. The Dadaists were influenced by political and social conditions.
36. Modern artists are rejecting the concept of inspiration altogether.
Questions 37–40
Complete the summary using the list of words, A–G.
Write the correct letter, A–G, in boxes 37–40 on your answer sheet.
The origin of artistic breakthroughs
Traditionally, creative success is believed to arise when an individual experiences sudden 37 ______. While this can occur, most innovations are more likely to result from long-term 38 ______. In some cases, creative progress stems from necessity; in others, from 39 ______, such as those that led to the Dada movement. The Law of Effect suggests there may be no predefined 40 ______, only variation and selection over time.
A. inspiration
B. movements
C. understanding
D. randomness
E. talent
F. experiments
G. opposition
Click below to see the answers for this test 27. D – "Conventional thinking tends to romanticize..." outlines a commonly held assumption. 28. A – "We argue that this view distorts..." is a clear critique. 29. C – "We suggest that creativity is a gradual process..." indicates iterative experimentation. 30. B – "Her experiments...paved the way..." implies her contribution to future movements. 31. B – "Result of years of experimentation..." is the key idea about Cubism. 32. NO – The text says such terms are vague and unhelpful. 33. YES – The Law of Effect is explained this way. 34. NO – The opposite is argued: Cubism evolved over time. 35. YES – "Dada...as a protest against war..." is mentioned. 36. NOT GIVEN – The text discusses a shift in thinking, but not a complete rejection. 37. A – "sudden inspiration" aligns with traditional views. 38. F – "experimentation" reflects the iterative process described. 39. D – "randomness" aligns with the Dada example. 40. C – "understanding" is explicitly stated in reference to variation and selection rather than insight.
