STEM quiz (Grades 9-12): AI and Us

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Question 1 of 18

1. Question
How does the video illustrate the concept of “narrow intelligence” in animals?
- By describing intelligence as a universal ability applicable to all tasks
- By explaining that most animals only develop intelligence sufficient for specific survival tasks
- By stating that all animals have highly adaptable intelligence
- By comparing animal intelligence to human creativity
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Question 2 of 18

2. Question
As AI becomes more embedded in sectors such as healthcare, finance, and media, ethical issues like data privacy and bias have come under scrutiny. Which option best identifies the central ethical challenges associated with widespread AI use?
- Ensuring that AI systems maintain high processing speeds and hardware reliability during operation.
- Focusing on market competitiveness and cost efficiency as the primary factors influencing AI development and deployment.
- Prioritizing aesthetic and design elements in AI interfaces to ensure a user-friendly experience without affecting core functionalities.
- Addressing concerns over data privacy, mitigating biases in algorithmic decision-making, and understanding the societal impact of automating complex tasks
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Question 3 of 18

3. Question
Which of the following best captures the potential societal impact of AGI (artificial general intelligence) as described in the video?
- AGI will only be used for mundane tasks with little societal influence
- AGI might dramatically reshape economic and social structures by performing tasks far beyond current human capabilities
- AGI will lead to immediate job losses in all sectors without any benefits
- AGI will only affect scientific research and have minimal impact on everyday life
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Question 4 of 18

4. Question
The development of AGI holds the promise of accelerating breakthroughs across various fields, yet it also poses risks if it surpasses human control. Which statement best describes this balance?
- AGI offers a narrow improvement in efficiency with minimal risk because its abilities are limited to predefined functions.
- AGI could revolutionize problem-solving across many disciplines, but if not carefully managed, it may also lead to unforeseen challenges that undermine human oversight.
- AGI is unlikely to affect scientific progress significantly, as its role will be confined to low-impact tasks without much potential for disruption.
- AGI will primarily benefit economic sectors without affecting scientific research, as its development is limited to routine automation tasks.
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Question 5 of 18

5. Question
What does the analogy comparing early AI to a “flatworm” imply about those systems?
- They were complex and multifaceted
- They could adapt to any task without difficulty
- They were as advanced as human intelligence
- They were limited, performing minimal mental work
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Question 6 of 18

6. Question
Which factor contributed significantly to the rapid advancement of AI research, as described in the video?
- The decline in computer processing speeds
- The steady pace of scientific discovery over millennia
- The exponential increase in computing power and available data
- The reduction in the number of researchers
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Question 7 of 18

7. Question
The idea of an “intelligence explosion” suggests that an AI capable of self-improvement could rapidly exceed human intelligence, raising concerns about control and predictability. Which of the following best describes this concept and its potential risks?
- A gradual enhancement of AI skills under strict human supervision that poses little risk of unexpected behavior.
- A modest increase in AI efficiency that remains confined to specific tasks without challenging existing human oversight.
- A rapid, self-reinforcing loop where AI improves its own abilities, potentially leading to a superintelligence that is difficult to control.
- A deliberate slowdown in AI development designed to ensure that self-improvement remains manageable and predictable.
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Question 8 of 18

8. Question
Self-improving AI systems that can autonomously enhance their own algorithms promise to transform research by speeding up discoveries. How might this capability fundamentally alter the landscape of scientific research?
- It may introduce more regulatory challenges that slow down innovation due to the need for constant human oversight.
- It might confine research to conventional methods by strictly adhering to established protocols, thereby limiting novel breakthroughs.
- It could lead to rapid and continuous improvements in research efficiency, as AI systems optimize their methods without waiting for human input.
- It will likely have little impact, as the rate of AI self-improvement is expected to match the slow pace of traditional research methods.
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Question 9 of 18

9. Question
Which technological milestone is highlighted in the video as a turning point for exponential progress in human knowledge?
- The invention of the telephone
- The development of agriculture
- The internet age
- The discovery of electricity
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Question 10 of 18

10. Question
The video contrasts narrow AI, which excels in specific tasks, with Artificial General Intelligence (AGI), which would handle any intellectual challenge much like a human. Which option most accurately reflects this difference?
- Narrow AI imitates human creativity by switching between tasks, while AGI is limited to predefined routines for efficiency.
- Narrow AI is adaptable to multiple challenges with minimal reprogramming, whereas AGI requires extensive human oversight for each task.
- Narrow AI functions without external input and is self-sufficient, whereas AGI depends on continuous human guidance for complex decisions.
- Narrow AI is designed for a fixed set of tasks with high precision, while AGI would possess the flexibility to address a wide range of problems.
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Question 11 of 18

11. Question
According to the video, what is a key difference between current narrow AI and the potential future AGI (artificial general intelligence)?
- Current AI can perform all tasks as well as humans, while AGI would be limited
- Current AI is capable of self-improvement in every domain, whereas AGI would be static
- Current AI is specialized for single tasks, while AGI would possess a general intelligence across multiple fields
- There is no significant difference between narrow AI and AGI
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Question 12 of 18

12. Question
The video emphasizes that each new discovery builds on previous insights, much like stacking blocks to build a structure. How does this cumulative process contribute to exponential growth in scientific and technological progress?
- By allowing each generation to start from scratch, thus reducing the influence of previous discoveries on new ideas.
- By creating a foundation where new insights are integrated with established knowledge, thereby accelerating further breakthroughs and innovation.
- By isolating individual discoveries so that each innovation remains independent, which slows down overall progress.
- By forcing researchers to discard old theories completely, leading to repeated cycles of relearning rather than building on the past.
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Question 13 of 18

13. Question
AI has evolved dramatically from early chatbots and simple algorithms to systems like ChatGPT. This progress is credited to advances in computing power, data availability, and innovative algorithms. Which option best encapsulates these factors?
- The progress is mainly due to reducing the role of human programmers, while limiting reliance on large datasets and advanced computing techniques.
- AI has advanced primarily by focusing on narrow tasks, thereby neglecting improvements in data processing and computing power.
- The transformation resulted from maintaining older methods with occasional hardware upgrades rather than fundamental changes in algorithm development.
- The evolution has been driven by improved computing resources, larger datasets, and creative breakthroughs in algorithm design that collectively enhance AI capabilities.
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Question 14 of 18

14. Question
Which of the following potential risks associated with AGI (artificial general intelligence) is highlighted in the video?
- AGI might only perform simple, specialized tasks
- AGI could be harnessed to control weapons or enact harmful societal changes
- AGI will reduce scientific progress by limiting creativity
- AGI is unlikely to have any significant impact on human society
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Question 15 of 18

15. Question
The video explains that human success stems from a general intelligence capable of learning, reasoning, and solving a wide variety of problems. This versatility has allowed humans to innovate, build complex societies, and push the boundaries of science and art. Which of the following statements best captures why this broad cognitive ability is so crucial?
- It limits adaptability because specialized knowledge is more efficient for handling routine tasks in specific environments.
- It primarily supports survival by focusing on instinctual responses rather than creative or technological breakthroughs.
- It enables individuals to apply learned skills across diverse situations, fueling continuous innovation and societal progress.
- It reinforces traditional methods and cultural practices, which in turn restricts rapid technological advancement.
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Question 16 of 18

16. Question
Between 1950 and 2000, computers became “a billion times faster.” What effect did this improvement have on AI development?
- It enabled AI systems to remain narrow in scope
- It increased the cost of developing AI
- It caused AI research to stagnate
- It allowed for the creation of more complex AI capable of handling multiple tasks
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Question 17 of 18

17. Question
The video mentions that the intelligence of an AI model is roughly proportional to the logarithm of the resources used to train and run it. What does this imply?
- Doubling the resources will double the intelligence
- Intelligence increases slowly relative to resource input
- Intelligence decreases as more resources are used
- Intelligence remains constant regardless of resources
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Question 18 of 18

18. Question
According to the video, which evolutionary milestone significantly contributed to human general intelligence?
- The development of flatworms' early brains
- The evolution of complex neural structures in birds and octopuses
- The emergence of Hominins with rapidly growing brains
- The invention of agriculture
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AI and Us: Humanity’s Final Invention? How AI Got a Reality Check

STEM quiz (Grades 9-12): AI and Us

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