Đáp án & lời giải chi tiết: Đề thi thử tốt nghiệp THPT môn Tiếng Anh Sở GD&ĐT Lạng Sơn năm 2026 - Mã đề 01

Read the 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 1 to 10.

[I] Go is a game that has been around for 3000 years. It is widely accepted as the most challenging strategy game that exists. [II] In other words, even though it has simple rules, it is not a simple game to excel at. Surprise! DeepMind managed to create a machine that could master the game, without being programmed with explicit rules and without being taught by a professional Go player. [III] AlphaGo mainly played against itself and learned from this self-play. At its core, it learned like a human learns, by looking at the board, evaluating the options, making moves, and learning from mistakes – it just did it a lot faster than any human can. [IV]

This is extremely exciting because, at its core, what it means is that computer scientists have had all the tools they needed to do this for years. Neural networks have been known about and discussed since the middle of the last century. All it really took was simply applying them in new ways. AlphaGo beating the world’s best Go player proves that AI has the potential to do anything. It can learn and understand anything, and from that learning and understanding, it can accomplish what humans can accomplish in a much shorter period of time.

So, what does this mean for the future? It suggests we are closer than ever to advanced AI systems that can learn and evolve in ways similar to humans. AlphaGo can learn the most complex, intuition and creativity-based logic game known to man and it didn’t do so through a finite database or search trees alone. It learned by practicing and developing new strategies. This ability hints at a new form of digital creativity – machines capable of discovering solutions beyond traditional programming.

Unlike earlier game-playing systems, AlphaGo represents a shift toward intelligent, intuitive machines that can be applied beyond board games. From practical real-world uses to more personal applications, it marks the beginning of a new generation of self-learning AI. These systems go beyond the limited calculating abilities of earlier technologies, signaling that the long-feared “AI winter” may finally be over.

Read the 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 1 to 10.

[I] Go is a game that has been around for 3000 years. It is widely accepted as the most challenging strategy game that exists. [II] In other words, even though it has simple rules, it is not a simple game to excel at. Surprise! DeepMind managed to create a machine that could master the game, without being programmed with explicit rules and without being taught by a professional Go player. [III] AlphaGo mainly played against itself and learned from this self-play. At its core, it learned like a human learns, by looking at the board, evaluating the options, making moves, and learning from mistakes – it just did it a lot faster than any human can. [IV]

This is extremely exciting because, at its core, what it means is that computer scientists have had all the tools they needed to do this for years. Neural networks have been known about and discussed since the middle of the last century. All it really took was simply applying them in new ways. AlphaGo beating the world’s best Go player proves that AI has the potential to do anything. It can learn and understand anything, and from that learning and understanding, it can accomplish what humans can accomplish in a much shorter period of time.

So, what does this mean for the future? It suggests we are closer than ever to advanced AI systems that can learn and evolve in ways similar to humans. AlphaGo can learn the most complex, intuition and creativity-based logic game known to man and it didn’t do so through a finite database or search trees alone. It learned by practicing and developing new strategies. This ability hints at a new form of digital creativity – machines capable of discovering solutions beyond traditional programming.

Unlike earlier game-playing systems, AlphaGo represents a shift toward intelligent, intuitive machines that can be applied beyond board games. From practical real-world uses to more personal applications, it marks the beginning of a new generation of self-learning AI. These systems go beyond the limited calculating abilities of earlier technologies, signaling that the long-feared “AI winter” may finally be over.

Read the 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 1 to 10.

[I] Go is a game that has been around for 3000 years. It is widely accepted as the most challenging strategy game that exists. [II] In other words, even though it has simple rules, it is not a simple game to excel at. Surprise! DeepMind managed to create a machine that could master the game, without being programmed with explicit rules and without being taught by a professional Go player. [III] AlphaGo mainly played against itself and learned from this self-play. At its core, it learned like a human learns, by looking at the board, evaluating the options, making moves, and learning from mistakes – it just did it a lot faster than any human can. [IV]

This is extremely exciting because, at its core, what it means is that computer scientists have had all the tools they needed to do this for years. Neural networks have been known about and discussed since the middle of the last century. All it really took was simply applying them in new ways. AlphaGo beating the world’s best Go player proves that AI has the potential to do anything. It can learn and understand anything, and from that learning and understanding, it can accomplish what humans can accomplish in a much shorter period of time.

So, what does this mean for the future? It suggests we are closer than ever to advanced AI systems that can learn and evolve in ways similar to humans. AlphaGo can learn the most complex, intuition and creativity-based logic game known to man and it didn’t do so through a finite database or search trees alone. It learned by practicing and developing new strategies. This ability hints at a new form of digital creativity – machines capable of discovering solutions beyond traditional programming.

Unlike earlier game-playing systems, AlphaGo represents a shift toward intelligent, intuitive machines that can be applied beyond board games. From practical real-world uses to more personal applications, it marks the beginning of a new generation of self-learning AI. These systems go beyond the limited calculating abilities of earlier technologies, signaling that the long-feared “AI winter” may finally be over.

Read the 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 1 to 10.

[I] Go is a game that has been around for 3000 years. It is widely accepted as the most challenging strategy game that exists. [II] In other words, even though it has simple rules, it is not a simple game to excel at. Surprise! DeepMind managed to create a machine that could master the game, without being programmed with explicit rules and without being taught by a professional Go player. [III] AlphaGo mainly played against itself and learned from this self-play. At its core, it learned like a human learns, by looking at the board, evaluating the options, making moves, and learning from mistakes – it just did it a lot faster than any human can. [IV]

This is extremely exciting because, at its core, what it means is that computer scientists have had all the tools they needed to do this for years. Neural networks have been known about and discussed since the middle of the last century. All it really took was simply applying them in new ways. AlphaGo beating the world’s best Go player proves that AI has the potential to do anything. It can learn and understand anything, and from that learning and understanding, it can accomplish what humans can accomplish in a much shorter period of time.

So, what does this mean for the future? It suggests we are closer than ever to advanced AI systems that can learn and evolve in ways similar to humans. AlphaGo can learn the most complex, intuition and creativity-based logic game known to man and it didn’t do so through a finite database or search trees alone. It learned by practicing and developing new strategies. This ability hints at a new form of digital creativity – machines capable of discovering solutions beyond traditional programming.

Unlike earlier game-playing systems, AlphaGo represents a shift toward intelligent, intuitive machines that can be applied beyond board games. From practical real-world uses to more personal applications, it marks the beginning of a new generation of self-learning AI. These systems go beyond the limited calculating abilities of earlier technologies, signaling that the long-feared “AI winter” may finally be over.

Read the 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 1 to 10.

[I] Go is a game that has been around for 3000 years. It is widely accepted as the most challenging strategy game that exists. [II] In other words, even though it has simple rules, it is not a simple game to excel at. Surprise! DeepMind managed to create a machine that could master the game, without being programmed with explicit rules and without being taught by a professional Go player. [III] AlphaGo mainly played against itself and learned from this self-play. At its core, it learned like a human learns, by looking at the board, evaluating the options, making moves, and learning from mistakes – it just did it a lot faster than any human can. [IV]

This is extremely exciting because, at its core, what it means is that computer scientists have had all the tools they needed to do this for years. Neural networks have been known about and discussed since the middle of the last century. All it really took was simply applying them in new ways. AlphaGo beating the world’s best Go player proves that AI has the potential to do anything. It can learn and understand anything, and from that learning and understanding, it can accomplish what humans can accomplish in a much shorter period of time.

So, what does this mean for the future? It suggests we are closer than ever to advanced AI systems that can learn and evolve in ways similar to humans. AlphaGo can learn the most complex, intuition and creativity-based logic game known to man and it didn’t do so through a finite database or search trees alone. It learned by practicing and developing new strategies. This ability hints at a new form of digital creativity – machines capable of discovering solutions beyond traditional programming.

Unlike earlier game-playing systems, AlphaGo represents a shift toward intelligent, intuitive machines that can be applied beyond board games. From practical real-world uses to more personal applications, it marks the beginning of a new generation of self-learning AI. These systems go beyond the limited calculating abilities of earlier technologies, signaling that the long-feared “AI winter” may finally be over.

Read the 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 1 to 10.

[I] Go is a game that has been around for 3000 years. It is widely accepted as the most challenging strategy game that exists. [II] In other words, even though it has simple rules, it is not a simple game to excel at. Surprise! DeepMind managed to create a machine that could master the game, without being programmed with explicit rules and without being taught by a professional Go player. [III] AlphaGo mainly played against itself and learned from this self-play. At its core, it learned like a human learns, by looking at the board, evaluating the options, making moves, and learning from mistakes – it just did it a lot faster than any human can. [IV]

This is extremely exciting because, at its core, what it means is that computer scientists have had all the tools they needed to do this for years. Neural networks have been known about and discussed since the middle of the last century. All it really took was simply applying them in new ways. AlphaGo beating the world’s best Go player proves that AI has the potential to do anything. It can learn and understand anything, and from that learning and understanding, it can accomplish what humans can accomplish in a much shorter period of time.

So, what does this mean for the future? It suggests we are closer than ever to advanced AI systems that can learn and evolve in ways similar to humans. AlphaGo can learn the most complex, intuition and creativity-based logic game known to man and it didn’t do so through a finite database or search trees alone. It learned by practicing and developing new strategies. This ability hints at a new form of digital creativity – machines capable of discovering solutions beyond traditional programming.

Unlike earlier game-playing systems, AlphaGo represents a shift toward intelligent, intuitive machines that can be applied beyond board games. From practical real-world uses to more personal applications, it marks the beginning of a new generation of self-learning AI. These systems go beyond the limited calculating abilities of earlier technologies, signaling that the long-feared “AI winter” may finally be over.

Read the 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 1 to 10.

[I] Go is a game that has been around for 3000 years. It is widely accepted as the most challenging strategy game that exists. [II] In other words, even though it has simple rules, it is not a simple game to excel at. Surprise! DeepMind managed to create a machine that could master the game, without being programmed with explicit rules and without being taught by a professional Go player. [III] AlphaGo mainly played against itself and learned from this self-play. At its core, it learned like a human learns, by looking at the board, evaluating the options, making moves, and learning from mistakes – it just did it a lot faster than any human can. [IV]

This is extremely exciting because, at its core, what it means is that computer scientists have had all the tools they needed to do this for years. Neural networks have been known about and discussed since the middle of the last century. All it really took was simply applying them in new ways. AlphaGo beating the world’s best Go player proves that AI has the potential to do anything. It can learn and understand anything, and from that learning and understanding, it can accomplish what humans can accomplish in a much shorter period of time.

So, what does this mean for the future? It suggests we are closer than ever to advanced AI systems that can learn and evolve in ways similar to humans. AlphaGo can learn the most complex, intuition and creativity-based logic game known to man and it didn’t do so through a finite database or search trees alone. It learned by practicing and developing new strategies. This ability hints at a new form of digital creativity – machines capable of discovering solutions beyond traditional programming.

Unlike earlier game-playing systems, AlphaGo represents a shift toward intelligent, intuitive machines that can be applied beyond board games. From practical real-world uses to more personal applications, it marks the beginning of a new generation of self-learning AI. These systems go beyond the limited calculating abilities of earlier technologies, signaling that the long-feared “AI winter” may finally be over.

Read the 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 1 to 10.

[I] Go is a game that has been around for 3000 years. It is widely accepted as the most challenging strategy game that exists. [II] In other words, even though it has simple rules, it is not a simple game to excel at. Surprise! DeepMind managed to create a machine that could master the game, without being programmed with explicit rules and without being taught by a professional Go player. [III] AlphaGo mainly played against itself and learned from this self-play. At its core, it learned like a human learns, by looking at the board, evaluating the options, making moves, and learning from mistakes – it just did it a lot faster than any human can. [IV]

This is extremely exciting because, at its core, what it means is that computer scientists have had all the tools they needed to do this for years. Neural networks have been known about and discussed since the middle of the last century. All it really took was simply applying them in new ways. AlphaGo beating the world’s best Go player proves that AI has the potential to do anything. It can learn and understand anything, and from that learning and understanding, it can accomplish what humans can accomplish in a much shorter period of time.

So, what does this mean for the future? It suggests we are closer than ever to advanced AI systems that can learn and evolve in ways similar to humans. AlphaGo can learn the most complex, intuition and creativity-based logic game known to man and it didn’t do so through a finite database or search trees alone. It learned by practicing and developing new strategies. This ability hints at a new form of digital creativity – machines capable of discovering solutions beyond traditional programming.

Unlike earlier game-playing systems, AlphaGo represents a shift toward intelligent, intuitive machines that can be applied beyond board games. From practical real-world uses to more personal applications, it marks the beginning of a new generation of self-learning AI. These systems go beyond the limited calculating abilities of earlier technologies, signaling that the long-feared “AI winter” may finally be over.

Read the 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 1 to 10.

[I] Go is a game that has been around for 3000 years. It is widely accepted as the most challenging strategy game that exists. [II] In other words, even though it has simple rules, it is not a simple game to excel at. Surprise! DeepMind managed to create a machine that could master the game, without being programmed with explicit rules and without being taught by a professional Go player. [III] AlphaGo mainly played against itself and learned from this self-play. At its core, it learned like a human learns, by looking at the board, evaluating the options, making moves, and learning from mistakes – it just did it a lot faster than any human can. [IV]

This is extremely exciting because, at its core, what it means is that computer scientists have had all the tools they needed to do this for years. Neural networks have been known about and discussed since the middle of the last century. All it really took was simply applying them in new ways. AlphaGo beating the world’s best Go player proves that AI has the potential to do anything. It can learn and understand anything, and from that learning and understanding, it can accomplish what humans can accomplish in a much shorter period of time.

So, what does this mean for the future? It suggests we are closer than ever to advanced AI systems that can learn and evolve in ways similar to humans. AlphaGo can learn the most complex, intuition and creativity-based logic game known to man and it didn’t do so through a finite database or search trees alone. It learned by practicing and developing new strategies. This ability hints at a new form of digital creativity – machines capable of discovering solutions beyond traditional programming.

Unlike earlier game-playing systems, AlphaGo represents a shift toward intelligent, intuitive machines that can be applied beyond board games. From practical real-world uses to more personal applications, it marks the beginning of a new generation of self-learning AI. These systems go beyond the limited calculating abilities of earlier technologies, signaling that the long-feared “AI winter” may finally be over.

Read the 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 1 to 10.

[I] Go is a game that has been around for 3000 years. It is widely accepted as the most challenging strategy game that exists. [II] In other words, even though it has simple rules, it is not a simple game to excel at. Surprise! DeepMind managed to create a machine that could master the game, without being programmed with explicit rules and without being taught by a professional Go player. [III] AlphaGo mainly played against itself and learned from this self-play. At its core, it learned like a human learns, by looking at the board, evaluating the options, making moves, and learning from mistakes – it just did it a lot faster than any human can. [IV]

This is extremely exciting because, at its core, what it means is that computer scientists have had all the tools they needed to do this for years. Neural networks have been known about and discussed since the middle of the last century. All it really took was simply applying them in new ways. AlphaGo beating the world’s best Go player proves that AI has the potential to do anything. It can learn and understand anything, and from that learning and understanding, it can accomplish what humans can accomplish in a much shorter period of time.

So, what does this mean for the future? It suggests we are closer than ever to advanced AI systems that can learn and evolve in ways similar to humans. AlphaGo can learn the most complex, intuition and creativity-based logic game known to man and it didn’t do so through a finite database or search trees alone. It learned by practicing and developing new strategies. This ability hints at a new form of digital creativity – machines capable of discovering solutions beyond traditional programming.

Unlike earlier game-playing systems, AlphaGo represents a shift toward intelligent, intuitive machines that can be applied beyond board games. From practical real-world uses to more personal applications, it marks the beginning of a new generation of self-learning AI. These systems go beyond the limited calculating abilities of earlier technologies, signaling that the long-feared “AI winter” may finally be over.