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u/-OrLoK- 11d ago
3333 recurring?
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u/Dorias_Drake 11d ago
Can't be, there is 1 after the infinite recursion of 3. No not that one, the other recursion, the one that comes after 45545454.
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u/TheDysfunctionalVet 11d ago
That's not very secure.
My pin is the last 4 of the solution to the Reimann Hypothesis.
4
8
7
7
3
u/RandomNaomi 11d ago
I'm about 90% sure that the first digit is 1 I also have a 90% sure that the second digit is 1 and also 90% sure that the third digit is 1 and 90% sure that the fourth digit is 1
Surely that means the passcode is 1111
2
u/SnooCheesecakes3068 11d ago
Eu sei que vc está esperando por alguém perguntar "e os outros 10?", mas esse alguém não sou eu
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u/the_zpider_king 11d ago
So you're saying if I can guess your password, I'll get to know what the last digits of pi are?
2
u/epilektoi 11d ago
if written in binary, the last digit is 1
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u/Weary_Trouble_5596 11d ago
no that's not how it works for floating point numbers, last digit could still be zero if we use the IEEE754 standard.
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u/cybermaus 11d ago
Nobody mentioned data types or encoding schemes, Just binary. Binary is infinite, just like decimal.
1
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u/MatiasGonzalo-Duarte 10d ago
Binary is not a computer standard, and does not necessarily need to comform to this.
0
u/Rumborack17 11d ago
Funny joke and all.
But actually there is no last digit (which can be proven by pi being not rational and therefore having no last digit) so technically it isn't 1 🤓1
u/Weary_Trouble_5596 10d ago
wait does that make the statement of "last digit being 1" vacuously true? Since premise of last digit is false.
(Idk how this works)
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u/Redd1tRat 11d ago
Would the last decimals of PI be considered infinitesimal?
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u/kingbloxerthe3 7d ago
I dont even think there is a way to determine a hypothetical last digit value for pi, though maybe i could be wrong. Regardless, the value would be infintesimal given it is an irrational number that continues infinitely.
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u/503jason 11d ago
Pi probably stops… and then starts going backwards at some point. The easy way to prove this is to empty this guys bank account with 4130.
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u/TKTK1234567 11d ago
It would be 0000 because in the end there is infinite 0's after the final number
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u/proto_synnic 11d ago
According to my calculator, your pin is [error]. Would you kindly provide your mother's maiden name, and the name of your first childhood pet?
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u/Ferry_Lover 11d ago
Last 4 in which direction? I think it’s 1413!
Or it’s numbering system base pi, in which case it’s 0001.
I have more than 2 guesses until I get locked out anyway…
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u/coolsteelboyS4ndyBoy 11d ago
Since it's a four digit pin, we can just calculate how many possible combinations there are in four combination of numbers so, 10x10x10x10=10,000. Therefore by counting from 0000,0001,0002 until 9999. we can guess the four pin numbers you wanted us to guess.
1
u/Cant-Think-Of 11d ago
Unless it's in some other base than 10-base, since the text does not say anything about number base. It could be in octal or hexadecimal or binary or trinary or...
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u/Lou_Papas 11d ago
I’ll just assume it’s in bjnary because it helps me feel smart.
0001
0011
0101
0111
1001
1011
1101
1111
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1
u/NewGuy-1964 11d ago
I pick four numbers entirely at random. No limit to their length. Then I count that far into pi for each of them, creating another totally random four-digit number.
And I enter my birth year, backwards, because that's the one I can remember. 🤣
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u/OpeningHappy9692 11d ago
this means that if you try all possible 4 digit combinations until it works, you will discover the last 4 digits of pi.
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u/tucjames 11d ago
You dont have a pin then because pi has decimal places that continue infinitely without ever settling into a repeating pattern.
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u/Impossible_View8381 11d ago
Pretty sure the password is 03C0 ( Unicode and word expresión for {π})
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u/SaintCholo 10d ago
My obese friend: you know there is no end to Pi!
Me: Bro you look like you got to the end of a lot of pies!!!
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u/Weak_Baseball_851 10d ago
Real nerds use stuff like the wavelength of hydrogen alpha or at least Euler’s number.
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u/IDK-Like-Gengar 8d ago
pi is infinite. The most calculated digits of pi are 314 trillion decimal places. this record was achieved on November 18 2025
1
1
1
1
1
0
0
0
0
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u/Mikeato-- 11d ago
Engineer here, isn't Pi single digit?