Read the following passage and mark the letter A, B, C or D on your answer sheet to indicate the option that best fits each of the numbered blanks from 18 to 22.

Coming from the Czech word 'robota',(18)______. In 1949, the British inventor William Grey Walter introduced the first machine (19)______. Ten years later, the first industrial robotic arm was installed at a General Motors plant in the US. Such robots are mostly used in car and computer industries.

The first robot to use Artificial Intelligence was known as Shakey. (20)______. Shakey could observe its surroundings, create a plan, and find its way across a room or push a box along the floor. Twenty years later, a walking robot called Dante, which was capable of climbing steep slopes, (21)______. The late 1990s marked a milestone in the history of robots when Kismet, a robotic head designed to provoke and react to emotions, was created.

Since the beginning of the 21st century, more robots have been created to improve our life. The first self-driving car was launched on 8 October 2005 when a Volkswagen Touareg named "Stanley' won a racing competition across the desert. In 2012, the AI expert Geoffrey Hinton and his team created the first accurate visual recognition system.

(22) ______. She can imitate human gestures and facial expressions and is able to answer certain questions and to make simple conversations.

 

Read the following passage about endangered languages and mark the letter A, B, Cor D on your answer sheet to indicate the best answer to each of the following questions from 23 to 30.

Ada Lovelace, born in London in 1815, is widely recognized as the world's first computer programmer. Despite the limited opportunities for women in science and mathematics during her time, Lovelace's intelligence and passion for math set her apart. Her mother, Anne Isabella Milbanke, encouraged her mathematical studies from a young age, in contrast to her father, the famous poet Lord Byron.

Lovelace's most significant contribution came from her collaboration with Charles Babbage, the inventor of an early mechanical computer called the Analytical Engine. In 1843, she translated an article about the machine written by an Italian engineer.

However, it was her own detailed notes added to the translation that made history. These notes, which were longer than the original article, included what is now considered the first algorithm designed to be executed by a machine. This made Lovelace the first person to recognize that computers could follow instructions to perform tasks beyond simple calculations.

What truly set Lovelace apart was her visionary thinking. While Babbage saw the Analytical Engine as a tool for calculations, Lovelace believed it could be used for much more. She imagined that computers could be programmed to create music, art, and more, long before the development of modern computers. Her forward- thinking ideas laid the foundation for the field of computer science and continue to influence technology today.

Which Lovelace of the following is NOT MENTIONED in Paragraph 3?

Read the following passage about human life expectancy and mark the letter A, B, C or D on your answer sheet to indicate the best answer to each of the following questions from 23 to 30. 

Nomophobia, short for "no-mobile-phone phobia," is a modern phenomenon that affects many people in today's digital age.

What is nomophobia? It is the irrational fear of being without one's mobile phone or being unable to use it. This condition can cause anxiety and distress, and it highlights the profound impact mobile devices have on our lives. The fear of losing or being separated from one's phone is a growing concern. Some common situations that trigger nomophobia include misplacing one's phone, running out of battery, or losing network signal. The fear intensifies when people imagine not having their phones to contact friends and family, access the internet, or use GPS for navigation.

Who easily suffers from nomophobia? Nomophobia is not limited to any age group and can affect individuals of all backgrounds. It often becomes evident when people experience panic or anxiety when they forget their phones at home or are unable to use them temporarily. Symptoms may include restlessness, rapid heartbeat, sweating, and a sense of insecurity.

The roots of nomophobia lie in the convenience and connectedness that mobile phones provide. These devices have become integral to our daily lives, serving as not just communication tools but also cameras, entertainment hubs, personal organizers, and more. This dependence on mobile phones can lead to a feeling of vulnerability when separated from them.

Which of the following best paraphrases the underlined sentence in paragraph 3.

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the best answer to each of the following questions from 23 to 30.

Robots are useful for exploring and working in space. In particular, many robots have been sent to explore Mars. Such robots have usually looked like a box with wheels. Though these robots are useful, by their very nature they are unreliable, extremely expensive, and they break easily. Also, they cannot do very many tasks. Because of these problems, scientists have been developing a new and unusual kind of robot. These new robots move like snakes, so they have been given the name “snakebots.”

But how can such a robot shape be made? A snakebot is built like a chain made of about thirty parts, or modules. Each module is basically the same in that they all have a small computer and a wheel to aid movement. The large computer in the “head” of the snake makes all of the modules in a snakebot work together. The modular design of the snakebot has many advantages. If one module fails, another can be added easily. Snakebot modules can also carry different kinds of tools, as well as cameras. Since each module is actually a robot in itself, one module can work apart from the rest if necessary. That is, all the modules can separate and move on their own, and then later, reconnect back into a larger robot.

Overall, the snakebot design is much simpler than that of common robots. Thus, snakebots will be much less expensive to build. For example, a robot recently sent to Mars cost over a hundred million dollars, whereas snakebots can cost as little as a few hundred dollars.

With their versatility and affordability, snakebots seem to be the wave of the future, at least as far as space robots are concerned.

Which of the following is NOT mentioned as one of the problems with traditional robots? 

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the best answer to each of the following questions from 23 to 30.

Robots are useful for exploring and working in space. In particular, many robots have been sent to explore Mars. Such robots have usually looked like a box with wheels. Though these robots are useful, by their very nature they are unreliable, extremely expensive, and they break easily. Also, they cannot do very many tasks. Because of these problems, scientists have been developing a new and unusual kind of robot. These new robots move like snakes, so they have been given the name “snakebots.”

But how can such a robot shape be made? A snakebot is built like a chain made of about thirty parts, or modules. Each module is basically the same in that they all have a small computer and a wheel to aid movement. The large computer in the “head” of the snake makes all of the modules in a snakebot work together. The modular design of the snakebot has many advantages. If one module fails, another can be added easily. Snakebot modules can also carry different kinds of tools, as well as cameras. Since each module is actually a robot in itself, one module can work apart from the rest if necessary. That is, all the modules can separate and move on their own, and then later, reconnect back into a larger robot.

Overall, the snakebot design is much simpler than that of common robots. Thus, snakebots will be much less expensive to build. For example, a robot recently sent to Mars cost over a hundred million dollars, whereas snakebots can cost as little as a few hundred dollars.

With their versatility and affordability, snakebots seem to be the wave of the future, at least as far as space robots are concerned.

The word "unreliable" in paragraph 1 is OPPOSITE in meaning to: 

Read the following passage and mark the letter A, B, C or D on your answer sheet to indicate the option that best fits each of the numbered blanks from 18 to 22.

Coming from the Czech word 'robota',(18)______. In 1949, the British inventor William Grey Walter introduced the first machine (19)______. Ten years later, the first industrial robotic arm was installed at a General Motors plant in the US. Such robots are mostly used in car and computer industries.

The first robot to use Artificial Intelligence was known as Shakey. (20)______. Shakey could observe its surroundings, create a plan, and find its way across a room or push a box along the floor. Twenty years later, a walking robot called Dante, which was capable of climbing steep slopes, (21)______. The late 1990s marked a milestone in the history of robots when Kismet, a robotic head designed to provoke and react to emotions, was created.

Since the beginning of the 21st century, more robots have been created to improve our life. The first self-driving car was launched on 8 October 2005 when a Volkswagen Touareg named "Stanley' won a racing competition across the desert. In 2012, the AI expert Geoffrey Hinton and his team created the first accurate visual recognition system.

(22) ______. She can imitate human gestures and facial expressions and is able to answer certain questions and to make simple conversations.

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the best answer to each of the following questions from 23 to 30.

Robots are useful for exploring and working in space. In particular, many robots have been sent to explore Mars. Such robots have usually looked like a box with wheels. Though these robots are useful, by their very nature they are unreliable, extremely expensive, and they break easily. Also, they cannot do very many tasks. Because of these problems, scientists have been developing a new and unusual kind of robot. These new robots move like snakes, so they have been given the name “snakebots.”

But how can such a robot shape be made? A snakebot is built like a chain made of about thirty parts, or modules. Each module is basically the same in that they all have a small computer and a wheel to aid movement. The large computer in the “head” of the snake makes all of the modules in a snakebot work together. The modular design of the snakebot has many advantages. If one module fails, another can be added easily. Snakebot modules can also carry different kinds of tools, as well as cameras. Since each module is actually a robot in itself, one module can work apart from the rest if necessary. That is, all the modules can separate and move on their own, and then later, reconnect back into a larger robot.

Overall, the snakebot design is much simpler than that of common robots. Thus, snakebots will be much less expensive to build. For example, a robot recently sent to Mars cost over a hundred million dollars, whereas snakebots can cost as little as a few hundred dollars.

With their versatility and affordability, snakebots seem to be the wave of the future, at least as far as space robots are concerned.

The word “versatility” in paragraph 3 could be best replaced by: 

Rewrite the following sentences 

He installed the new AI-powered software on my computer last night. ( to install)

-> I _______________________________________________________

Read the following passage and mark the letter A, B, C or D on your answer sheet to indicate the best answer to each of the following questions from 31 to 40.

DEPENDENCE ON TECHNOLOGY: TIME FOR CHANGE!

[I] Los Angeles dancer, Brian Perez, was eating out with his friends one evening when suddenly everyone went quiet. [II] To his horror, he saw that the reason for this was that people were checking their phones. [III] What if they all put their gadgets in a pile in the middle of the table until they had finished the meal? [IV] If anyone picked up their phone, that person would have to pay the whole bill. And so, it is said, the game of 'phone stacking' was born.

The necessity for action like this highlights a major problem in today's society: our inability to disconnect from technology.

But while Brian's idea deals with the obsession in a social context, measures also need to be taken at home. Some people drop their smartphones into a box the moment they arrive home, which gives them the chance to interact with the people they live with. The fact that the phone cannot be heard - it is on silent - nor seen - the flashing lights are hidden by the box - means that they are no longer tempted to use it.

A less drastic solution is to ban electronic devices at certain times of day when the whole family is likely to be together, for example at meal times. This can be hard for everyone, from teenagers desperate to text friends to parents unable to switch off from work. On a normal day, however, dinner takes less than an hour, and the benefits of exchanging opinions and anecdotes with the rest of the family certainly makes up for the time spent offline.

Taking a break from technology is one thing, but knowing when to turn off a device is another. Time seems to stand still in the virtual world, and before you know it, you find that it is three o'clock in the morning. This is where a digital curfew comes in handy, a set time when all devices must be put away. Evenings without technology are usually nice and peaceful and make a more agreeable end to the day. And then it's time for bed. One of the best ways of ensuring you can sleep at night is to ban electronic devices altogether from the bedroom. Lying next to a machine bursting with information is far from relaxing, and the sounds it emits during the night can easily wake you up. With technology out of the room, a line has been drawn between daytime and sleep time, which enables us to switch off ourselves and drift off to sleep.

Which of the following best summarises the passage?

Read the following passage about humanoid robots and mark the letter A, B, C or D on your answer sheet to indicate the option that best fits each of the numbered blanks from 18 to 22.

          ChatGPT, a powerful language model developed by OpenAI, (18) ______. It was first introduced in 2020, (19) ______. Unlike traditional chatbots, which often provide limited and scripted responses, ChatGPT can generate detailed, coherent, and context-aware replies. This ability has made it useful for a range of applications, from customer service to creative writing assistance.

          Employing advanced natural language processing (NLP) capabilities, (20) ______. It processes user inputs by predicting what comes next in a sequence of words, allowing it to create sentences that are not only grammatically correct but also meaningful.

          However, despite its impressive capabilities, ChatGPT also has its limitations. It can sometimes generate responses that are factually incorrect or biased, as it relies on the data it was trained on. Additionally, there are concerns about privacy and security, especially when sensitive information is shared during interactions. (21) ______.

          Overall, ChatGPT represents a significant step forward in the field of artificial intelligence. It has changed the way people think about AI communication, offering new ways to assist, educate, and entertain. (22) ______. ChatGPT is just the beginning of what could be a future where AI plays an even more integral role in our daily lives.

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the best answer to each of the following questions from 23 to 30.

Robots are useful for exploring and working in space. In particular, many robots have been sent to explore Mars. Such robots have usually looked like a box with wheels. Though these robots are useful, by their very nature they are unreliable, extremely expensive, and they break easily. Also, they cannot do very many tasks. Because of these problems, scientists have been developing a new and unusual kind of robot. These new robots move like snakes, so they have been given the name “snakebots.”

But how can such a robot shape be made? A snakebot is built like a chain made of about thirty parts, or modules. Each module is basically the same in that they all have a small computer and a wheel to aid movement. The large computer in the “head” of the snake makes all of the modules in a snakebot work together. The modular design of the snakebot has many advantages. If one module fails, another can be added easily. Snakebot modules can also carry different kinds of tools, as well as cameras. Since each module is actually a robot in itself, one module can work apart from the rest if necessary. That is, all the modules can separate and move on their own, and then later, reconnect back into a larger robot.

Overall, the snakebot design is much simpler than that of common robots. Thus, snakebots will be much less expensive to build. For example, a robot recently sent to Mars cost over a hundred million dollars, whereas snakebots can cost as little as a few hundred dollars.

With their versatility and affordability, snakebots seem to be the wave of the future, at least as far as space robots are concerned.

In which paragraph does the passage compare the cost of snakebots to that of traditional robots? 

Read the following passage and mark the letter A, B, C or D on your answer sheet to indicate the best answer to each of the following questions from 31 to 40.

DEPENDENCE ON TECHNOLOGY: TIME FOR CHANGE!

[I] Los Angeles dancer, Brian Perez, was eating out with his friends one evening when suddenly everyone went quiet. [II] To his horror, he saw that the reason for this was that people were checking their phones. [III] What if they all put their gadgets in a pile in the middle of the table until they had finished the meal? [IV] If anyone picked up their phone, that person would have to pay the whole bill. And so, it is said, the game of 'phone stacking' was born.

The necessity for action like this highlights a major problem in today's society: our inability to disconnect from technology.

But while Brian's idea deals with the obsession in a social context, measures also need to be taken at home. Some people drop their smartphones into a box the moment they arrive home, which gives them the chance to interact with the people they live with. The fact that the phone cannot be heard - it is on silent - nor seen - the flashing lights are hidden by the box - means that they are no longer tempted to use it.

A less drastic solution is to ban electronic devices at certain times of day when the whole family is likely to be together, for example at meal times. This can be hard for everyone, from teenagers desperate to text friends to parents unable to switch off from work. On a normal day, however, dinner takes less than an hour, and the benefits of exchanging opinions and anecdotes with the rest of the family certainly makes up for the time spent offline.

Taking a break from technology is one thing, but knowing when to turn off a device is another. Time seems to stand still in the virtual world, and before you know it, you find that it is three o'clock in the morning. This is where a digital curfew comes in handy, a set time when all devices must be put away. Evenings without technology are usually nice and peaceful and make a more agreeable end to the day. And then it's time for bed. One of the best ways of ensuring you can sleep at night is to ban electronic devices altogether from the bedroom. Lying next to a machine bursting with information is far from relaxing, and the sounds it emits during the night can easily wake you up. With technology out of the room, a line has been drawn between daytime and sleep time, which enables us to switch off ourselves and drift off to sleep.

According to paragraph 1, Brian Perez was shocked to find that_______.

Read thefollowing passage and mark the letter A, B, C or D on your answer sheet to indicate the option that bestfits each of the numbered blanksfrom 18 to 22. 

 In today’s digital world, (18) ______ . There are many tools, which have been created to protect people’s data from online threats. One of the most popular tools is encryption, (19) ______. When encryption is used, even if someone tries to steal the information, they cannot read it without the correct key.

Another important security tool is called multi-factor authentication (MFA). In this process, more than one way of verifying identity is needed to log in. For example, (20) ______. This makes it harder for hackers to access accounts. Biometric technology, (21) ______, is also used to keep information secure. This technology relies on personal features that are unique and hard to copy

A virtual private network (VPN) is another tool that is commonly used. When a VPN is turned on, a person’s online activity is hidden, and their data is kept private. With these technologies, people are given better control over their security, (22) ______.  

Read the following passage and mark the letter A, B, C, or D on your answer sheet to indicate the best answer to each of the following questions from 23 to 30.

Robots are useful for exploring and working in space. In particular, many robots have been sent to explore Mars. Such robots have usually looked like a box with wheels. Though these robots are useful, by their very nature they are unreliable, extremely expensive, and they break easily. Also, they cannot do very many tasks. Because of these problems, scientists have been developing a new and unusual kind of robot. These new robots move like snakes, so they have been given the name “snakebots.”

But how can such a robot shape be made? A snakebot is built like a chain made of about thirty parts, or modules. Each module is basically the same in that they all have a small computer and a wheel to aid movement. The large computer in the “head” of the snake makes all of the modules in a snakebot work together. The modular design of the snakebot has many advantages. If one module fails, another can be added easily. Snakebot modules can also carry different kinds of tools, as well as cameras. Since each module is actually a robot in itself, one module can work apart from the rest if necessary. That is, all the modules can separate and move on their own, and then later, reconnect back into a larger robot.

Overall, the snakebot design is much simpler than that of common robots. Thus, snakebots will be much less expensive to build. For example, a robot recently sent to Mars cost over a hundred million dollars, whereas snakebots can cost as little as a few hundred dollars.

With their versatility and affordability, snakebots seem to be the wave of the future, at least as far as space robots are concerned.

The word "they" in paragraph 2 refers to: 

Read the following leaflet and mark the letter A, B, C or D on your answer sheet to indicate the option that best fits each of the numbered blanks from 7 to 12.

Discover the Digital Portfolio App

Looking for an innovative way to enhance your learning experience? The Digital Portfolio app is here to transform the way you engage with education!

A (7)______of benefits make this app a must-have for students and teachers alike. With its user-friendly interface, it helps users stay organized and track their academic progress effortlessly. One of its standout features is enabling students and teachers to connect by engaging with each (8)______in real-time. Whether it's to give (9) ______on homework or collaborate on group projects, this app bridges the gap in communication.

Teachers can use the app to explain (10) ______clearly with the help of interactive tools, ensuring students grasp even the most complex topics. The app has already (11) ______really well in schools worldwide, proving its effectiveness in modern education. (12) ______ accessibility, the Digital Portfolio app is compatible with multiple devices, ensuring seamless use anywhere, anytime.

Join the future of learning with the Digital Portfolio app today!

Read the following passage about humanoid robots and mark the letter A, B, C or D on your answer sheet to indicate the option that best fits each of the numbered blanks from 18 to 22.

The future of electric vehicles (EVs) is promising, as technological advancements and environmental concerns ___(18)___. As governments worldwide implement stricter emissions regulations and offer incentives for EV adoption, manufacturers are investing heavily in research and development. ___(19)___, resulting in longer ranges and faster charging times. For instance, new solid-state batteries have the potential to enhance energy density and safety, making EVs more practical for everyday use.

Additionally, the rise of autonomous driving technology is set to revolutionize the way we interact with vehicles. Many electric models are now equipped with advanced driver-assistance systems ___(20)___. Furthermore, the Integration of smart technology allows for seamless connectivity, enabling drivers to monitor their vehicle's performance and locate charging Stations through mobile apps.

As charging infrastructure continues to expand, ___(21)___, the convenience of owning an EV is increasing. This transition to electric vehicles not only promises a reduction in carbon emissions but also fosters a cleaner, healthier environment. Overall, ___(22)___ and sustainable transportation.

Read the following passage about endangered languages and mark the letter A, B, Cor D on your answer sheet to indicate the best answer to each of the following questions from 23 to 30.

Ada Lovelace, born in London in 1815, is widely recognized as the world's first computer programmer. Despite the limited opportunities for women in science and mathematics during her time, Lovelace's intelligence and passion for math set her apart. Her mother, Anne Isabella Milbanke, encouraged her mathematical studies from a young age, in contrast to her father, the famous poet Lord Byron.

Lovelace's most significant contribution came from her collaboration with Charles Babbage, the inventor of an early mechanical computer called the Analytical Engine. In 1843, she translated an article about the machine written by an Italian engineer.

However, it was her own detailed notes added to the translation that made history. These notes, which were longer than the original article, included what is now considered the first algorithm designed to be executed by a machine. This made Lovelace the first person to recognize that computers could follow instructions to perform tasks beyond simple calculations.

What truly set Lovelace apart was her visionary thinking. While Babbage saw the Analytical Engine as a tool for calculations, Lovelace believed it could be used for much more. She imagined that computers could be programmed to create music, art, and more, long before the development of modern computers. Her forward- thinking ideas laid the foundation for the field of computer science and continue to influence technology today.

The word "visionary" in paragraph 3 is CLOSEST in meaning to _______ .

Read the following advertisement and mark the letter A, B, C, or D on your answer sheet to indicate the option that best fits each of the numbered blanks from 1 to 6.

Announcement: Grand Opening of Our High-Tech Center

We are thrilled to announce the grand opening of our brand-new High-Tech Center, a state-of-the-art facility (1) ______ to revolutionize the way we integrate technology into daily life.

The center features cutting-edge advancements, including a (2) ______that ensures security and enhances user convenience. Visitors who would like to see our (3) ______ technology in action are warmly invited to join us for this special event.

The highlight of the center is its ability to (4) ______our demand for efficiency and innovation in various fields. Amazingly, the center intends to replace most of its workers (5) ______ robots, which makes operations faster, smarter, and more cost-effective.

We encourage you to capture this memorable occasion. Don’t forget to get someone (6)_______a picture of us during the ribbon-cutting ceremony!

Read the following leaflet/notice and choose the option that best fits each of the numbered blanks from 7 to 12.

Balancing Work and Study: A Path to Success

Are you thinking about continuing your studies while working? It's not easy, but it's worth it!

Why Study While Working?

- (7) __________ Your Career: By applying what you learn to your job, you can improve your skills and advance professionally.

- Earn While You Learn: Continuing your education while working allows you (8) __________ your job and income while (9) __________ valuable qualifications.

Tips for Success:

- Stay Organized: Create a study (10) __________ that fits around your work.

- Set Small Goals: Break your tasks into (11) __________ manageable parts to avoid feeling overwhelmed.

- Take Breaks: Give yourself time to relax and recharge to stay motivated.

Remember: Balancing work and study can be challenging, but with good time management and determination, you can (12) __________ the demands of both. It's a great way to invest in your future while continuing to meet your current responsibilities!