Six Degrees Of Programming Languages

In the Unix world, asking "what's the magic word" isn't about saying "please" – it's about typing "sudo" before your command. For the uninitiated, sudo (superuser do) temporarily grants you god-like powers over your system. Regular users are peasants until they utter this incantation. It's basically the difference between "I'd like to delete this critical system file" and "I WILL delete this critical system file, and you'll thank me for it."

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The programming language you choose apparently dictates your entire personality. Low-level language devs (Assembly, C++, Java) become muscular specimens who probably bench press servers in their spare time. Rust programmers evolve into anime protagonists with questionable hairstyles. JavaScript folks transform into tactical operators ready to deploy hotfixes like special forces. And Python users? They become that one guy at the office who's just a bit too smug about solving everything in one line of code. The circle of programming life complete.

You know that moment when your manager walks by while you're "researching alternative solutions" (definitely not playing games), and you execute the fastest Alt+Tab in human history? The cat's casual "hiiiiii! i just wanted to check in for a sec. ok byeeeeee!!!" is exactly the energy of every manager who knows exactly what you're doing but chooses corporate politeness over confrontation. The real comedy gold here is the mutual agreement to ignore reality. Manager pretends they didn't see anything, you pretend you were totally deep in that into.txt file the whole time. It's the unspoken social contract that keeps office culture functioning. Both parties benefit from the delusion, so why ruin a good thing? Pro tip: Keep a terminal window with `htop` running in the background. Nothing says "I'm working hard" like mysterious system processes consuming CPU cycles.

Content Warmup-1 near hundred prev next chance Given an int n, return True if it is within 10 of 100 or 200. Note: abs(num) computes the absolure vale ora number nearhundred(93) - True nearhundred(90) - True nearhundred(89) - False Go def near hundred(n): if n 93: return True 1f n as 90: return True if n 110: return True if n as 190: return True if n as 209: return True if n as 191: return True if n as 200: return True if n 210: return True return False .. Save, Compile, Run (ctri-enter) Show Solution Go Editor font size : 100 Shorter output Expected nearhundred(93) - True Run True OK nearhundred(90) - True True OK near hundred(89) - False False OK nearhundred(110) - True True OK near hundred(111) - False False OK nearhundred(121) - False False OK near hundred(-101) - False False OK nearhundred(-209) - False False OK nearhundred(190) - True nearhundred(209) - True True OK True OK nearhundred(0) - False False OK nearhundred(5) - False False OK near hundred(-50) - False False OK nearhundred(191) - True True OK nearhundred(189) - False False OK nearhundred(200) - True True OK near hundred(210) - True True OK near hundred(211) - False False OK near hundred(290) - False False OK All Correct

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