Đề ôn thi Đề thi vào lớp 10 Trường Phổ thông Năng khiếu môn Tiếng Anh - Mã đề PTNK-43

The mobile phone has transformed dramatically over the years. The first commercially available mobile phones (21) __________ in the 1980s, but they looked very different from the sleek devices we use today. These early models are often called "brick phones" because of their large size and weight.

In the beginning, these devices were not for everyone. They were expensive and primarily used by business professionals. Functionally, they were simple, used almost exclusively for making calls. Furthermore, these early devices were quite bulky and heavy, making them difficult to carry. However, their portability, when compared to landline phones, was revolutionary for the time.

The 1990s and early 2000s saw significant changes. Companies (22) __________ on making phones smaller, lighter, and more affordable. This was the era when mobile phones became accessible to the general public. Sending text messages became popular, and some models started to include basic cameras and simple games, adding entertainment value for the first time.

The biggest evolution came in the late 2000s with the introduction of the smartphone. These new devices offered advanced (23) __________ like high-resolution cameras, GPS navigation, and access to the internet, (24) __________ completely changed how we interact with technology. Instead of physical keypads, they had large touchscreens, which made browsing websites and using applications much easier.

Today, smartphones play an essential part in our daily lives. They are no longer just communication tools; they are our personal assistants, entertainment centers, and windows to the world. The journey from the bulky brick phone to the powerful, pocket-sized computer shows one of the fastest technological advancements in history.

International academic and technology competitions are dynamic arenas where the brightest young minds converge. Robotics olympiads, particularly, challenge participants to design, build, and program robots to tackle complex, real-world problems. These events foster innovation, critical thinking, and collaborative spirit. As teams from various nations vie for global recognition, pushing automation boundaries, a key question arises: can a team of Vietnamese students truly beat the world in this fiercely competitive environment?

Historically, the answer has often been a resounding yes. Vietnamese student teams have consistently proven their mettle on the international stage, regularly competing and frequently emerging victorious. A shining example is the team from Viet Robot, who captured the World Robot Olympiad title in 2019. Their impressive win wasn't just national pride; it served as compelling evidence of Vietnam's rapidly growing STEM education strength, nurturing young talent equipped to innovate and excel in specialized fields like robotics. [I]

Achieving global success demands immense dedication, rigorous preparation, and unparalleled teamwork. [II] Months, sometimes years, are spent meticulously designing prototypes, writing code, and repeatedly testing creations. [III] Teams analyze intricate challenges, brainstorm innovative solutions, and execute their vision with precision, often overcoming countless setbacks. [IV]

For teenagers aged 14-15, this narrative offers a powerful, relevant message. It demonstrates that with the right combination of teamwork, diligent preparation, and genuine passion, you and your peers possess incredible potential to compete on the world stage. This isn't just limited to athletics; it extends profoundly into science and technology. Imagining yourself as part of a team building a robot capable of outperforming others globally can ignite a spark, revealing a path where your curiosity and collaborative spirit lead to extraordinary achievements.

So, can a team of Vietnamese students beat the world in robotics? The evidence suggests not only is it possible, but it’s a reality that continues to inspire. These young achievers are not merely winning trophies; they showcase immense human potential when bright minds collaborate. Their success cultivates national interest in STEM fields, encouraging more young people to pursue related careers. Ultimately, these international competitions are about much more than a single victory; they foster a generation of innovators, problem-solvers, and leaders who will undoubtedly shape a brighter future for Vietnam and the world.