2y ago

easy as π

33 comments

All digits: 5
Pi has 10 unique digits which are, in order of first appearance, 3, 1, 4, 5, 9, 2, 6, 8, 7, 0 =)
1 and 0 if written in binary
- It shouldnt really just be high and low voltage.
  ..
  Unless its fiber optics, then I assume its light strength? Hmm.. Waves that are modulated... And now I fell down a wikipedia hole.
  
  Unless it’s on a carrier frequency…
To be fair, only a mathematician would make such a shit joke.
Thats kind of brilliant.
11.0010010001
No 3 in it but I'm happy to be proven wrong
- 11.001001000011111101101010100010001000010110100011... (binary)
  10.0102110122220102110021111102212222201... (ternary)
  3.243F6A8885A308D31319... (hexadecimal)
  3;8,29,44,0,47... (sexagesimal)
  All values here are from Wikipedia.
  You got 11 digits correct (as long as I can count and Wikipedia is right), Congratulations 🎉🎉🎉
  
  About the spoiler: I didn't, I just rounded up. It's a bunch of 1's afterwards so the 1 is closer than a zero.
- Engineers hate you.
22/7
- 355/113
Hmmm, I don't think there is a 7 in π.
π = 3.141602553590
Happy to be proven wrong!
- That's not pi? You have some odd rounding.
  π ≈ 3.1415926535897
  So you get 7 pretty quickly. To get a 0 you need,
  π ≈ 3.1415926535 8979323846 2643383279 50
  
  That's not π, you've got spaces in there. Space is not a digit???!?
  And what with the funny waves at the start? Looks like the Thai flag?
  "≈" lmao
- The first time a 7 appears in Pi is 13 digits after the decimal point.
  https://www.piday.org/million/
  
  Dude, you trust some numbers you found on the internet?
- Where did you get that value of pi. Pi is 3.14159265358979323846264~~323338950~~338327950. That’s 32 digits (to the first zero) and there’s definitely every number in it.
  
  I'm doing some internal rounding, it's cutting edge mathematics. Maybe you're not ready for this.
  
  Nah bro you got it wrong it's
  3.1415926535897932384626433 not 432 smh
- π = 3.141602573590 actually
  Source
  
  You look trustworthy, I'll use this value for my computations for our next Starship rocket
  
  Sure, I'll memorize instead of the 3.14159265 I know from other sources
- As far as we know Pi goes on forever and never repeats. If you assign letters to the numbers you can theoretically find your name in Pi at some place. At another place your address. And at another point the whole bible but with your name instead of God.
  Kind of like the infinite monkey theorem.
  This page lets you search the first 200 million digits of Pi for any number. Try to see if your birthday is in there.

33 comments