Phân tích đề "Describe a science subject that you are interested in (Biology, Robotics ,etc.)" IELTS SPEAKING PART 2+3

Bên cạnh Hướng dẫn đề thi IELTS 21/11/2020 bài WRITING TASK 1 (map) về school library (kèm bài sửa cho HS đi thi), IELTS TUTOR Phân tích đề "Describe a science subject that you are interested in (Biology, Robotics ,etc.)" IELTS SPEAKING

Describe a science subject that you are interested in (Biology, Robotics ,etc.)
You should say

• Which subject it is?
• How and where did you know this subject?
• How do you usually get information about this subject?
• And explain why you are interested in this subject

IELTS TUTOR lưu ý bám sát vào các câu hỏi cue card của IELTS TUTOR để bố cục bài nói nhé:

• Which subject it is?
  • I am particularly interested in the subject of psychology.
• How and where did you know this subject?
  • I first encountered psychology during my early years of education, but my interest deepened when I had the opportunity to take psychology courses during my university studies.
• How do you usually get information about this subject?
  • I typically get information about psychology through a variety of sources, including academic textbooks, online courses, research papers, and reputable websites dedicated to psychology. 
  • I also enjoy reading popular science books and articles written by psychologists, which often make complex psychological concepts accessible and engaging to a wider audience.
• And explain why you are interested in this subject
  • My interest in psychology stems from several reasons
    • Main idea 1: Psychology provides insights into why people think, feel, and behave the way they do.>> IELTS  TUTOR  hướng  dẫn PHÂN TÍCH ĐỀ THI 30/5/2020 IELTS WRITING TASK 2 (kèm bài sửa HS đạt 6.5)
      • Supporting idea:  It offers a framework for understanding the intricacies of human behavior, which I find fascinating.
      • Example: In Vietnam, there is a traditional belief that people are born with certain personality traits that cannot be changed. However, psychology has shown that this is not the case. Our personality is shaped by a combination of factors, including our genes, our environment, and our experiences.
    • Main idea 2: The principles of psychology can be applied to various aspects of life, from personal relationships to education, healthcare, and business. Learning about psychology helps me better navigate these domains.>> IELTS TUTOR có hướng dẫn kĩ SỬA BÀI IELTS WRITING TASK 2 ĐỀ THI THẬT NGÀY 22/8/2020 của HS IELTS TUTOR đạt 6.5 Writing
      • Supporting idea: Understanding psychological concepts, such as effective communication and active listening, enhances interpersonal relationships and fosters better understanding in personal and professional interactions.

IELTS TUTOR gợi ý bài tham khảo:

Today, we're going to discuss the subject of psychology. So, let's delve into it. I've always been particularly interested in psychology. My fascination with this subject began during my early years of education, but it truly flourished when I had the chance to enroll in psychology courses during my university studies.

In terms of where I gather information about psychology, I employ a multifaceted approach. I delve into academic textbooks, devour online courses, dissect research papers, and frequent reputable websites dedicated to psychology. Additionally, I find joy in perusing popular science books and articles penned by psychologists, as they often serve as gateways to understanding complex psychological concepts.>> IELTS TUTOR có hướng dẫn kĩ PHÂN TÍCH ĐỀ THI THẬT TASK 2 (dạng advantages & disadvantages) NGÀY 04/8/2020 IELTS WRITING GENERAL MÁY TÍNH (kèm bài được sửa hs đi thi)

Now, why am I so drawn to psychology? Well, let me dissect this for you. Firstly, psychology offers profound insights into the intricacies of human behavior, unraveling the enigma of why individuals think, feel, and behave the way they do. Take, for instance, the traditional belief here in Vietnam that personality traits are fixed from birth. Psychology has debunked this notion, revealing that our personalities are shaped by a myriad of factors including genes, environment, and experiences.

Secondly, the principles of psychology are incredibly versatile, applicable to various facets of life. Whether it's nurturing personal relationships, optimizing educational methods, improving healthcare practices, or enhancing business strategies, understanding psychological concepts equips me with invaluable tools to navigate these domains. For instance, concepts like effective communication and active listening, gleaned from psychology, foster deeper connections in both personal and professional interactions.

In essence, psychology isn't just a subject; it's a lens through which we can better understand ourselves and the world around us, empowering us to lead more fulfilling lives.

1. Why do some children not like learning science at school?

I think one major reason is the overly theoretical approach (cách tiếp cận quá lý thuyết – teaching that focuses mainly on abstract ideas rather than practical activities) in many classrooms. When lessons emphasize memorization instead of interactive experiments (thí nghiệm tương tác – activities that involve active student participation), students may feel detached. For example, if a teacher spends an entire week on chemical formulas without a single lab activity, many children might quickly lose interest. Another reason is the perceived complexity (độ phức tạp được cảm nhận – how difficult something seems in people’s minds) of science subjects. The technical jargon and long formulas can make young learners feel that science is beyond their reach. For instance, when physics introduces abstract concepts like quantum theory too early, students can feel overwhelmed. This creates a gap between their day-to-day learning (học tập hàng ngày – regular classroom experience) and their actual curiosity. In short, both boring delivery methods and intimidating content contribute to this lack of enthusiasm.

2. Is it important to study science at school?

Absolutely, because science provides a systematic framework (khung hệ thống – an organized structure for understanding the world) for problem-solving. By learning scientific principles, children develop critical reasoning (lý luận phản biện – the ability to analyze and evaluate ideas logically), which helps them in other subjects and even in daily decision-making. For example, knowing basic biology enables students to make informed health choices. Another crucial point is that science drives technological advancement (sự tiến bộ công nghệ – development of new tools and innovations), which shapes modern society. Without understanding core scientific concepts, future generations may struggle to adapt to innovations. Think about it—without physics, there would be no internet, or without chemistry, no medicine. Thus, science education is not just optional but truly foundational knowledge (kiến thức nền tảng – essential learning that supports further development). In short, it builds both intellectual capacity and practical competence.>> tham khảo CẦN VIẾT & THU ÂM BAO NHIÊU BÀI ĐỂ ĐẠT 8.0 SPEAKING & 7.0 WRITING?

3. Which science subject is the most important for children to learn?

I would argue that biology (sinh học – the study of living organisms) is essential because it relates directly to human life and health. Through biology, children learn about nutrition, ecosystems, and diseases, which are crucial for sustainable living (cuộc sống bền vững – a lifestyle that supports long-term balance with nature). For example, understanding how pollution affects biodiversity can encourage environmentally friendly behavior. On the other hand, physics (vật lý – the study of matter, energy, and forces) is also indispensable, as it explains natural phenomena and supports engineering. Physics nurtures analytical thinking (tư duy phân tích – the ability to break problems into smaller parts), which is invaluable in today’s data-driven world. For instance, learning Newton’s laws helps children comprehend mechanics and engineering basics. Both subjects, therefore, provide real-world applications (ứng dụng thực tế – practical uses in daily life) beyond the classroom. That’s why I believe biology and physics hold equal importance in early education.

4. Should people continue to study science after graduating from school?

Yes, because science is an ever-evolving discipline (ngành học luôn phát triển – a field of study that constantly changes and grows). Even after graduation, new discoveries reshape our understanding of health, climate, and technology. For instance, the COVID-19 pandemic showed how important it is for ordinary people to stay informed about vaccines. Another reason is that science nurtures lifelong curiosity (sự tò mò suốt đời – a desire to keep learning new things throughout one’s life). People can explore astronomy, genetics, or artificial intelligence without being professionals. For example, many adults follow documentaries on space exploration to broaden their horizons. This kind of self-education enhances personal growth (sự phát triển cá nhân – improving knowledge, skills, and perspectives). In short, science doesn’t end at school—it remains relevant throughout life.

5. How do you get to know about scientific news?

Personally, I rely on reputable platforms (nền tảng uy tín – trustworthy websites or media sources) to keep myself updated on breakthroughs. Science journals and specialized websites often provide in-depth coverage (bao quát chuyên sâu – detailed reporting on a subject) that goes beyond headlines. For instance, I frequently read National Geographic for environmental science. Another way is through multimedia channels (kênh đa phương tiện – digital platforms like videos, podcasts, and social media), which make science engaging and accessible. Podcasts, in particular, allow me to absorb knowledge while commuting. For example, listening to “Science Vs” helps me compare myths with evidence-based facts. This combination of reading and listening creates a balanced perspective (quan điểm cân bằng – considering different sides of an issue). Ultimately, staying updated requires both credible sources and convenient formats.

6. Should scientists explain the research process to the public?

Definitely, because transparency builds public trust (niềm tin công chúng – the confidence society has in experts and institutions) in scientific work. When scientists simplify their findings, people understand how research impacts daily life. For example, clear communication during vaccine development increased acceptance rates. Another reason is that explaining methods fosters scientific literacy (kiến thức khoa học – the ability to understand and apply scientific concepts) among citizens. This allows individuals to distinguish reliable information from misinformation. For instance, when climate scientists explain how they collect data, the public is less likely to fall for conspiracy theories. Furthermore, this engagement promotes a sense of collective responsibility (trách nhiệm tập thể – shared duty among people) in tackling global issues. Overall, breaking down complex ideas helps bridge the gap between experts and society.

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