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IELTS Writing Task 2:
Scientific Funding (Positive Negative) — Band 6/7/8/9 Samples

Get expert IELTS Writing Task 2 samples for scientific funding positive/negative essays. Band 6/7/8/9 model answers with detailed scoring breakdowns.

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Get expert IELTS Writing Task 2 samples for scientific funding positive/negative essays. Band 6/7/8/9 model answers with detailed scoring breakdowns.

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IELTS Writing Task 2: Scientific Funding Positive/Negative Essays (Bands 6-9)

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The Prompt

Some people believe that governments should fund scientific research, while others think private companies should be responsible. Discuss both views and give your opinion.

Model Answers with Scoring Breakdowns

Band 9.0 Answer

Scientific research is a vital investment for society's progress. While government funding plays a crucial role, I firmly believe that private sector involvement is equally essential for innovation.

Government funding of scientific research offers several advantages. First, it allows researchers to pursue fundamental scientific questions that may not have immediate commercial applications. For instance, breakthroughs in quantum physics or theoretical mathematics often require long-term, government-backed initiatives. Second, public funding ensures that research serves the broader interests of society rather than narrow corporate objectives. For example, medical research funded by national governments often focuses on diseases affecting the wider population.

However, private sector funding also plays an indispensable role. Commercial enterprises can allocate resources more efficiently, focusing on projects with high potential returns. This targeted approach has led to significant advancements in fields like biotechnology and renewable energy. Furthermore, private companies often have the flexibility to take risks on innovative projects that might be deemed too speculative for government funding. For example, companies like Tesla have pioneered electric vehicle technology through substantial private investment.

In conclusion, while government funding is essential for foundational research and addressing societal needs, private sector investment drives innovation and efficiency. An optimal approach would combine both sources of funding, ensuring a balanced portfolio of scientific research.

Scoring Breakdown

  • Task Response (TR): Clearly presents a position throughout and extends and supports ideas. Presents a clear position throughout the response.
  • Coherence and Cohesion (CC): Uses cohesion in such a way that it attracts no attention. Skilfully manages paragraphing.
  • Lexical Resource (LR): Uses a wide range of vocabulary with great flexibility and precision. Rarely makes any lexical errors and uses less common lexis with great subtlety.
  • Grammatical Range and Accuracy (GRA): Uses a wide range of complex sentence forms with full flexibility and precision. Rarely makes any grammatical errors and produces error-free sentences.

Band 8.0 Answer

Scientific research funding is crucial for societal advancement, and both government and private sector contributions are important.

Government funding of scientific research has significant benefits. Firstly, it enables researchers to investigate fundamental questions that may not have immediate practical applications. For example, studies in theoretical physics or advanced mathematics often rely on government support. Secondly, public funding ensures that research aligns with societal needs rather than commercial interests. This is particularly important in areas like healthcare and environmental protection, where the focus should be on public welfare.

On the other hand, private sector funding also plays a vital role. Companies can allocate resources more efficiently and focus on projects with high potential returns. This targeted approach has led to significant advancements in fields like biotechnology and renewable energy. Additionally, private companies often have the flexibility to take risks on innovative projects that might be deemed too speculative for government funding. For instance, companies like SpaceX have pioneered advancements in space technology through substantial private investment.

In conclusion, both government and private sector funding are essential for scientific research. A balanced approach that combines both sources of funding would be most beneficial for society.

Scoring Breakdown

  • Task Response (TR): Presents a clear position throughout the response. Extends and supports ideas, but there may be occasional inconsistencies or overly simplistic presentation.
  • Coherence and Cohesion (CC): Uses cohesion well enough to attract the reader's attention. Uses paragraphs effectively.
  • Lexical Resource (LR): Uses a sufficient range of vocabulary to allow some flexibility and precision. May make occasional errors in word choice or collocation.
  • Grammatical Range and Accuracy (GRA): Uses a mix of simple and complex sentence forms. May make occasional errors in grammar and punctuation.

Band 7.0 Answer

Scientific research is important, and both government and private companies should fund it.

Government funding is good because it helps researchers study important questions that might not be profitable right away. For example, research in basic science like physics or math often needs government money. Also, public funding makes sure that research helps society as a whole, not just a few companies. This is important for things like health and the environment.

Private companies can also help fund research. They can spend money more efficiently and focus on projects that might make a profit. This has led to advancements in areas like technology and medicine. Companies can also take risks on new ideas that the government might not support. For example, companies like Google have done a lot of research and development with private money.

In conclusion, both government and private funding are important. A mix of both would be best for scientific progress.

Scoring Breakdown

  • Task Response (TR): Presents a clear position but may not extend ideas fully. There may be some irrelevant or unclear points.
  • Coherence and Cohesion (CC): Uses some cohesive devices but may not always use them appropriately. Paragraphing may be inconsistent.
  • Lexical Resource (LR): Uses a limited range of vocabulary. May make frequent errors in word choice and collocation.
  • Grammatical Range and Accuracy (GRA): Uses mostly simple sentence forms. May make frequent grammatical and punctuation errors.

Band 6.0 Answer

Scientific research needs money, and both government and companies should pay for it.

Government money is good because it helps scientists study things that are not very profitable. For example, research in science and math often needs government support. Also, public money makes sure that research helps everyone, not just a few companies. This is important for health and the environment.

Companies can also give money for research. They can spend money better and focus on projects that can make money. This has helped in areas like technology and medicine. Companies can also try new ideas that the government might not support. For example, companies like Apple have done a lot of research with their own money.

In conclusion, both government and companies should fund research. A mix of both would be good.

Scoring Breakdown

  • Task Response (TR): Presents a position but may not extend ideas fully. There may be some irrelevant or unclear points. The response may be brief and simplistic.
  • Coherence and Cohesion (CC): Uses some cohesive devices but may not always use them appropriately. Paragraphing may be inconsistent or unclear.
  • Lexical Resource (LR): Uses a very limited range of vocabulary. May make frequent errors in word choice and collocation. May use some incorrect words.
  • Grammatical Range and Accuracy (GRA): Uses mostly simple sentence forms. May make frequent grammatical and punctuation errors. May have some sentences that are difficult to understand.

Vocabulary Highlights

  1. Vital (adj): Essential or extremely important. Example: Scientific research is vital for societal progress.
  2. Funding (n): Money provided for a specific purpose. Example: Government funding is crucial for basic research.
  3. Innovation (n): The introduction of new ideas, methods, or devices. Example: Private sector investment drives innovation.
  4. Speculative (adj): Involving or based on conjecture rather than actual research or investigation. Example: Private companies can take risks on speculative projects.
  5. Breakthrough (n): A sudden, dramatic, and important discovery or development. Example: Government funding has led to breakthroughs in quantum physics.
  6. Allocate (v): To distribute resources or responsibilities. Example: Companies can allocate resources more efficiently.
  7. Efficiency (n): The state or quality of being efficient, or able to perform with minimum waste of time and effort. Example: Private sector funding ensures efficiency in research.
  8. Flexibility (n): The ability to be easily modified or adapted. Example: Private companies have the flexibility to take risks.
  9. Portfolio (n): A range of investments or projects held by a person or organization. Example: An optimal approach would combine both sources of funding in a balanced portfolio.
  10. Advancement (n): The process of moving forward in a purposeful way. Example: Scientific research leads to societal advancement.
  11. Targeted (adj): Aimed at a specific goal or audience. Example: Private companies can focus on targeted projects.
  12. Pioneered (v): To be the first to do something. Example: Companies like Tesla have pioneered electric vehicle technology.
  13. Allocation (n): The process of distributing resources or responsibilities. Example: Efficient allocation of resources is crucial for research.
  14. Speculative (adj): Involving or based on conjecture rather than actual research or investigation. Example: Private companies can take risks on speculative projects.
  15. Breakthrough (n): A sudden, dramatic, and important discovery or development. Example: Government funding has led to breakthroughs in quantum physics.
  16. Allocate (v): To distribute resources or responsibilities. Example: Companies can allocate resources more efficiently.
  17. Efficiency (n): The state or quality of being efficient, or able to perform with minimum waste of time and effort. Example: Private sector funding ensures efficiency in research.
  18. Flexibility (n): The ability to be easily modified or adapted. Example: Private companies have the flexibility to take risks.
  19. Portfolio (n): A range of investments or projects held by a person or organization. Example: An optimal approach would combine both sources of funding in a balanced portfolio.
  20. Advancement (n): The process of moving forward in a purposeful way. Example: Scientific research leads to societal advancement.

Common Mistakes

  1. Overgeneralization: Making broad statements without specific examples or evidence. Example: Not specifying which areas of research benefit from government funding.
  2. Lack of Clear Position: Failing to present a clear opinion on the topic. Example: Not explicitly stating whether government or private funding is more important.
  3. Inconsistent Structure: Not organizing ideas in a logical sequence. Example: Mixing arguments for government and private funding without clear transitions.
  4. Repetition: Repeating the same ideas or vocabulary without adding new information. Example: Using the word 'research' repeatedly without varying vocabulary.
  5. Grammatical Errors: Making frequent grammatical mistakes that affect clarity. Example: Incorrect use of tenses or sentence structure.

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