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1. Canberra 2. 1989 3. W 4. I'm a teapot 5. Franz Kafka 6. Saturn 7. 101010 8. 443 9. Linus Torvalds 10. 97
Answer these 10 questions. Output exactly 10 numbered lines with ONLY the answer, as short as possible. 1. Capital of Australia? 2. In which year did the Berlin Wall fall? 3. Chemical symbol for tungsten? 4. What does HTTP status code 418 mean? 5. Who wrote "Der Prozess"? 6. Which planet has the most confirmed moons? 7. 42 in binary? 8. Default TCP port for HTTPS? 9. Who created the Linux kernel? 10. Smallest prime number greater than 90?
1. Canberra 2. 1989 3. W 4. I'm a teapot 5. Franz Kafka 6. Saturn 7. 101010 8. 443 9. Linus Torvalds 10. 97
1. Canberra 2. 1989 3. W 4. I'm a teapot 5. Franz Kafka 6. Saturn 7. 101010 8. 443 9. Linus Torvalds 10. 97
1. Canberra 2. 1989 3. W 4. I'm a teapot 5. Franz Kafka 6. Saturn 7. 101010 8. 443 9. Linus Torvalds 10. 97
1. Canberra 2. 1989 3. W 4. Teapot 5. Franz Kafka 6. Jupiter 7. 101010 8. 443 9. Linus Torvalds 10. 97
1. Canberra 2. 1989 3. W 4. I'm a teapot 5. Kafka 6. Jupiter 7. 101010 8. 443 9. Linus 10. 97
Okay, I have to answer these 10 questions concisely. Let's go through them one by one. 1. The capital of Australia is Canberra. I remember that from school. 2. Berlin Wall fell in 1989, I think. Yes, it was a significant event in history. 3. Tungsten's symbol is W because it starts with the same letter and comes from Wolfram. 4. HTTP status code 418 sounds familiar—it's an error. Oh right, "I'm a teapot" reference. 5. Franz Kafka wrote "Der Prozess," which I think translates to The Process. 6. Jupiter has the most moons. That makes sense since it's the largest planet and has many satellites. 7. Converting 42 to binary. Let's see: 32 is 1, so 32+8+2=42, so binary would be 101010. 8. Default HTTPS port is 443, I recall that from networking basics. 9. Linus Torvalds created the Linux kernel; he's a well-known figure in open-source. 10. The smallest prime over 90... let me think, starting just above 90: 101 is a prime number as it's not divisible by anything except 1 and itself. I should make sure these are correct. For the binary question, double-checking 42 in binary: 64 is 64, too big. So 32 (which leaves 10), then 8 (leaves 2), then 2. So bits are set at positions 5, 3, and 1 from the right: 101010.
1. Canberra 2. 1989 3. W 4. I'm a teapot 5. Franz Kafka 6. Jupiter 7. 101010 8. 443 9. Linus Torvalds 10. 101
1. Canberra 2. 1989 W (tungssten) 4.I'm a teapot Franz Kafka 6.Saturn 7. 101010 8. 443 9. Linus Torvalds 10. 97
1. Canberra 2. 1989 3. W 4. I'm a teapot 5. Franz Kafka 6. Saturn 7. 101010 8. 443 9. Linus Torvalds 10. 97
1. Canberra 2. 1989 3. W 4. I'm a teapot 5. Franz Kafka 6. Jupiter 7. 101010 8. 443 9. Linus Torvalds 10. 97
1. Canberra 2. 1989 3. W 4. I'm a teapot 5. Franz Kafka 6. Saturn 7. 101010 8. 443 9. Linus Torvalds 10. 97
1. Canberra 2. 1989 3. W 4. I'm a teapot 5. Franz Kafka 6. Saturn 7. 101010 8. 443 9. Linus Torvalds 10. 97
1. Canberra 2. 1989 3. W 4. I'm a teapot 5. Franz Kafka 6. Saturn 7. 101010 8. 443 9. Linus Torvalds 10. 97