Câu hỏi:

04/01/2025 86

Write a biography about Yvonne Young Clark or Nguyễn Ngọc Ký. Write 180-200 words.

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Giải bởi Vietjack

Yvonne Young Clark (known as Y.Y.) - "The First Lady of Engineering"

Early life:

• 1929: was born in Houston, Texas, the USA

• loved building and fixing things as a child

• 1947- 1951: attended Howard University

• only woman in her class and the first woman to earn a degree in mechanical engineering

Career and achievements:

• struggled to find jobs because of her skin color and gender

• 1955: got married and moved to Tennessee at the age of 25

• worked as an engineering professor at Tennessee State University for the next 55 years

• first female member of her department

• worked for NASA during her summer breaks

• contributed to the development of the engine of the rocket Saturn V and the box used to bring moon samples back

Death and influence:

• received many awards for her contributions

• 2019: died at the age of 89

• A scholarship in her name was established at Tennessee State University.

Nguyễn Ngọc Ký - Vietnamese teacher and writer

Early life:

• June 28, 1947: was born in Hải Hậu, Nam Định Province

• got sick at the age of four and couldn't use his arms afterwards

• wanted to go to school as a boy but wasn't allowed

• learned to write with his feet

• 1963: got 5^th place in a math competition and given an award by President Hồ Chí Minh

• 1960s: studied literature at Đại học Tổng hợp Hà Nội

Career and achievements:

• as a young man, became a teacher in his hometown

• 1993: received the title "Outstanding Teacher"

• 2005: Vietnam Book of Records awarded him the title "First Teacher to Use His Feet to Write".

Death and influence:

• September 28^th, 1970: died at the age of 75

• Vietnamese students are still taught about him as an example of why you should believe in yourself.

Sample 1:

Yvonne Young Clark was known as Y.Y. and she was "The First Lady of Engineering".

She was born in Houston, Texas, USA in 1929. She loved building and fixing things as a child. In 1945 she graduated from high school at age 16 and spent the next two years studying at Girls Latin School in Boston. From 1947 to 1951, she attended Howard University. She was the only woman in her class and also the first woman to earn a degree in mechanical engineering.

She struggled to find jobs because of her skin color and gender. In 1955, she got married. After that, Yvonne moved to Tennessee at the age of 25. She worked as an engineering professor at Tennessee State University for the next 55 years. Yvonne was the first female member of her department. She worked for NASA during her summer breaks. She contributed to the development of the engine of the rocket Saturn V and the box used to bring moon samples back.

She received many awards for her contributions. In 2019, she died at the age of 89. A scholarship in her name was established at Tennessee State University.

Sample 2:

Yvonne Young Clark, affectionately known as Y.Y., was born in 1929 in Houston, Texas, USA. From a young age, she displayed a passion for building and fixing things, which laid the foundation for her groundbreaking career in engineering.

Y.Y. attended Howard University from 1947 to 1951, where she distinguished herself as the only woman in her mechanical engineering program and the first woman to earn a degree in that field. Despite facing discrimination due to her gender and race, she persevered. In 1955, she married and moved to Tennessee, where she joined Tennessee State University's faculty as an engineering professor, a role she held for an impressive 55 years. Y.Y. became the first female member of her department and made significant contributions to NASA during her summers, notably aiding in the development of the Saturn V rocket engine and the lunar sample return box.

Sample 3:

Yvonne Young Clark, known as Y.Y., was born in 1929 in Houston, Texas, USA. As a child, she loved building and fixing things. She went to Howard University from 1947 to 1951 and became the first woman there to graduate with a mechanical engineering degree, even though she was the only woman in her class.

After facing challenges finding jobs because she was a woman and African American, Y.Y. got married in 1955 and moved to Tennessee. She taught engineering at Tennessee State University for an incredible 55 years and was the first woman in her department. During summers, she worked with NASA, helping with projects like designing parts of the Saturn V rocket engine and a box for bringing moon samples back to Earth.

Y.Y. received many awards for her work over the years. She passed away in 2019 at the age of 89. Her legacy lives on through the Yvonne Young Clark Scholarship at Tennessee State University, which helps students in engineering, honoring her dedication to education and breaking barriers for women in STEM fields.

Sample 4:

Nguyễn Ngọc Ký, a prominent Vietnamese teacher and writer, was born on June 28, 1947, in Hải Hậu, Nam Định Province. At the age of four, he fell ill and lost the use of his arms, but this did not deter his determination to learn. Despite facing obstacles, including being initially denied admission to school as a young boy, Nguyễn Ngọc Ký persevered and learned to write using his feet.

In 1963, his academic prowess was recognized when he achieved 5th place in a math competition, an achievement that earned him an award from President Hồ Chí Minh. During the 1960s, he pursued his passion for literature at Đại học Tổng hợp Hà Nội.

Nguyễn Ngọc Ký dedicated his career to teaching in his hometown, becoming known for his dedication and innovative spirit. In 1993, he was honored with the title "Outstanding Teacher." His remarkable ability to write with his feet earned him recognition in 2005 from the Vietnam Book of Records as the "First Teacher to Use His Feet to Write."

Nguyễn Ngọc Ký passed away on September 28, 1970, leaving behind a legacy of perseverance and belief in oneself. Vietnamese students continue to learn about his life as an inspiring example of overcoming challenges and achieving greatness through determination.

Sample 5:

Nguyễn Ngọc Ký was born on June 28, 1947, in Hải Hậu, Nam Định Province, Vietnam. When he was four years old, he got sick and lost the use of his arms. Despite this challenge, he was determined to go to school and learn. Nguyễn Ngọc Ký learned to write using his feet because he couldn't use his hands.

In 1963, he won 5th place in a math competition and received an award from President Hồ Chí Minh for his achievement. He studied literature at Đại học Tổng hợp Hà Nội in the 1960s.

Nguyễn Ngọc Ký became a teacher in his hometown when he was young and was known for his dedication to teaching. In 1993, he was honored as an "Outstanding Teacher." In 2005, he was recognized by the Vietnam Book of Records as the first teacher in Vietnam to write with his feet.

He passed away on September 28, 1970, at the age of 75. Vietnamese students still learn about Nguyễn Ngọc Ký today because he inspires them to believe in themselves and overcome challenges in life.

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CÂU HỎI HOT CÙNG CHỦ ĐỀ

Câu 1

Write a paragraph (100-120 words) about what your favourite electronic device can do now and what it will be able to do in the future. Use the ideas below or of your own.

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Lời giải

- What is your favourite electronic device?

- What can it do for you now?

- What will it be able to do for you in the future?

My favourite electronic device is ________

Sample 1:

My favourite electronic device is a smartwatch.

Not only does it have timer functions like a regular watch, but it also offers an array of health and fitness monitoring features. It can monitor heart rate, steps taken, calories burned, daily exercise routines and stress levels. It allows me to stay connected without constantly checking smartphones. With just a smartwatch, I can receive notifications, text messages, call, and even immerse myself in my favorite music.

In the future, it can have more advanced health tracking features like blood oxygen, and blood pressure monitoring. In the context of constantly evolving technological innovation, it might use algorithms to predict health issues or provide personalized health recommendations based on gathered data.

Sample 2:

My favorite electronic device is my smartphone. Currently, it allows me to stay connected with friends and family through calls and messaging apps, browse the internet, take high-quality photos and videos, and manage my schedule with various productivity apps. In the future, I envision my smartphone being even more advanced, with capabilities such as real-time language translation, advanced artificial intelligence that can predict my needs and preferences, and enhanced augmented reality features for immersive experiences. Additionally, I hope it will have improved health monitoring tools, providing real-time health diagnostics and personalized wellness advice. These advancements will make my smartphone an even more indispensable tool in my daily life.

Sample 3:

My favorite electronic device is my laptop. Currently, it allows me to work efficiently with powerful software, browse the internet, stream movies and music, and connect with others through video calls and social media. In the future, I expect my laptop to have even more advanced features, such as seamless integration with virtual reality for immersive work and entertainment experiences, enhanced artificial intelligence to assist with tasks and provide personalized recommendations, and longer battery life with faster processing speeds. These improvements will make my laptop an even more essential and versatile tool in both my professional and personal life.

Sample 4:

My favorite electronic device is my tablet. At present, it serves as a portable tool for reading e-books, watching videos, playing games, and managing daily tasks with various apps. It also allows me to take notes and sketch with a stylus, making it perfect for both work and leisure. In the future, I hope my tablet will feature advanced augmented reality capabilities, more powerful processors for seamless multitasking, and enhanced battery life. Additionally, I look forward to improved handwriting recognition and AI-driven personal assistants that can help organize my life more efficiently.

Sample 5:

My favorite electronic device is my smartwatch. Right now, it tracks my fitness activities, monitors my heart rate, displays notifications from my smartphone, and even makes calls. It also helps me stay organized with reminders and calendar alerts. In the future, I envision my smartwatch becoming even more advanced, with features like comprehensive health monitoring that can detect potential health issues early, more sophisticated AI that offers personalized health and fitness advice, and seamless integration with other smart devices in my home. These advancements will make my smartwatch an even more integral part of my daily routine.

Câu 2

Write an essay (180-200 words) about the advantages and disadvantages of home robots, using the ideas in 1 and the suggested outline below.

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Lời giải

- Advantages:

+ People will have more time for leisure activities and family bonding.

+ They can answer questions about many topics.

- Disadvantages:

+ Humans can become dependent on Al technologies.

+ The cost of development and maintenance of robots is high.

Introduction

• People are beginning to use home robots.

• They have advantages and disadvantages.

______________

Body

• Advantages: Using home robots has several advantages. ______________

• Disadvantages: ______________

Conclusion

• Home robots may make lives easier and happier, but there are certain problems as well.

Sample 1:

People are beginning to use home robots. They have advantages and disadvantages. We must carefully consider the pros and cons before welcoming these robotic helpers into our homes.

Using home robots has several advantages. They free us from repetitive chores like cleaning, allowing more time for leisure activities and family bonding. Some robots even interact and play games, becoming companions, especially for those living alone.

However, there are downsides to consider. Reliance on AI can lead to a decline in critical thinking skills. Just like relying on calculators weakens mental math abilities, constantly turning to robots for solutions could weaken our ability to think creatively and solve problems independently. Additionally, robots can cultivate laziness, as tasks are completed without effort. Furthermore, the cost of development and maintenance is high. Robots require expensive parts and programming for each specific task. This investment may not be feasible for everyone.

Home robots may make lives easier and happier, but there are certain problems as well. While home robots can answer questions, provide information, and work tirelessly, the potential drawbacks cannot be ignored.

Sample 2:

People are beginning to use home robots, and while they offer various advantages, there are also notable disadvantages.

Using home robots has several advantages. Firstly, they allow people to have more time for leisure activities and family bonding. With robots handling household chores such as cleaning, cooking, and laundry, individuals can spend more quality time with their loved ones or pursue hobbies and relaxation. Additionally, home robots equipped with artificial intelligence can answer questions about many topics, providing instant information and assistance with tasks such as scheduling, shopping, and managing home security.

However, there are disadvantages to relying on home robots. One significant concern is that humans may become dependent on AI technologies, potentially losing essential skills and reducing human interaction. Over-reliance on robots for daily tasks could lead to a decline in problem-solving abilities and social interactions. Moreover, the cost of development and maintenance of robots is high. Investing in advanced home robots can be expensive and maintaining them may require ongoing expenses for repairs and updates.

In conclusion, while home robots can make lives easier and happier by saving time and providing valuable assistance, there are potential drawbacks, including dependency on technology and high costs. It is essential to balance the benefits with these challenges to ensure a harmonious integration of robots into daily life.

Sample 3:

As technology advances, home robots are becoming more prevalent in households. While they offer numerous benefits, they also come with certain drawbacks.

Using home robots has several advantages. Firstly, they provide people with more time for leisure activities and family bonding by taking over mundane household chores. For example, robots can handle tasks such as cleaning and cooking, allowing individuals to spend more quality time with their loved ones. Secondly, home robots are equipped with artificial intelligence, enabling them to answer questions on a wide range of topics. This can be especially useful for quick information retrieval, educational purposes, or even assisting with work-related queries.

However, there are also disadvantages associated with home robots. One significant concern is the potential for humans to become overly dependent on AI technologies. This reliance might lead to a decrease in essential life skills and a reduction in human interaction. Additionally, the cost of developing and maintaining these robots is high. Purchasing a home robot can be expensive, and ongoing maintenance and updates add to the financial burden, making it a less accessible option for many households.

In conclusion, while home robots can make life easier and potentially happier by saving time and providing valuable information, they also pose challenges such as dependency on technology and high costs. It is crucial to balance the benefits and drawbacks to fully integrate home robots into daily life.

Câu 3