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User avatar #26 - sorenlolz ONLINE (01/27/2013) [-]
This really make me want to buy a pie right now, DAMN YOU Teranin
#22 - oowaxdoo (01/27/2013) [-]
Pi on pie, within pi.    
I can't think of a pun. So here's a waffle
Pi on pie, within pi.
I can't think of a pun. So here's a waffle
#32 to #22 - yomawder (01/27/2013) [-]
Pi on pie, within pi? We must go deeper.

(You wanted a pun? Here's a pun. I gotchu bro)
User avatar #35 to #32 - awesomeradish (01/27/2013) [-]
What if the pie's pie-flavour?
#38 to #35 - canucker **User deleted account** has deleted their comment [-]
User avatar #16 - mallet (01/27/2013) [-]
look there's pi in the pie
it makes me wonder why
why that pi in the pie
makes me wanna love you
#13 - skuser (01/27/2013) [-]
Now, this is a trascendental fact about Pi
User avatar #84 to #13 - cumwhore (01/27/2013) [-]
Um... isn't it possible that some number combinations simply aren't found in pi?
User avatar #95 to #84 - electrozz (01/27/2013) [-]
#31 to #13 - anonexplains (01/27/2013) [-]
Mathfag here, that's actually not known. It's conjectured that every possible combination of digits appears in pi's decimal expansion (that's called being a "normal" number), but it hasn't been proven, and it doesn't follow from the fact that it's infinite and nonrepeating. And to the people saying certain number combinations are impossible: no they're not, they're just unlikely.
User avatar #17 to #13 - sinonyx (01/27/2013) [-]
every possible number combination does not exist...

for example: 2.7
User avatar #25 to #17 - BobbyMcFerrin (01/27/2013) [-]
i can't supply a proof but i would venture a guess that certain number combinations are impossible. for example, 50,000,000 zeroes side by side. There may be a proof out there that shows that numbers cannot repeat past a certain amount due to the nature of the calculation. idk for sure though
User avatar #48 to #25 - theannoyingFJguy (01/27/2013) [-]
User avatar #63 to #48 - BobbyMcFerrin (01/27/2013) [-]
The string 000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000 did not occur in the first 200000000 digits of pi after position 0.
(Sorry! Don't give up, Pi contains lots of other cool strings.)

doesn't mean it doesn't exist...but there may be a proof along the lines of Fermat that shows for the calculation of pi using an n-gon with n approaching infinity, since it involves square roots, that no set of consecutive square roots can be summed to give a string of 'x' zeroes.

like i said, such a proof may not exist, but if it did my guess is it would look something like that
#29 to #25 - meebert (01/27/2013) [-]
the first time 3 digits in a row are the same number doesn't happen until about 160 digits, it doesn't seem like a number that likes repeating numbers.
#24 to #17 - croc (01/27/2013) [-]
I think "every possible real positive integer combination" would be more accurate
#15 to #13 - cakeisawesome **User deleted account** has deleted their comment [-]
#11 - nithorry (01/26/2013) [-]
I heard you like PIE...
#10 - schmitty (01/26/2013) [-]
Where is your god now?
#12 to #10 - bajathegreat **User deleted account** has deleted their comment [-]
User avatar #7 - zzforrest (01/26/2013) [-]
What is a transcendental number anyway? I'd really like to know since I can't seem to find anybody who can explain it to me.
#8 to #7 - anonexplains (01/26/2013) [-]
Simply put, a transcendental number has two properties. The first being that it must be irrational, i.e. it cannot be expressed as a fraction. The second is that it cannot be the solution to an equation with rational coefficients. For example, both pi and e are transcendental for these reasons but sqrt(2) is not because while it cannot be expressed as a fraction, it is the solution to the equation x^2-2=0

User avatar #6 - stultum (01/26/2013) [-]
ah, a tau!
#4 - texasbarbie (01/26/2013) [-]
Comment Picture
#39 to #4 - fatspartan (01/27/2013) [-]
gif version
gif version
User avatar #86 to #39 - texasbarbie (01/27/2013) [-]
Thank you Sir.Have a nice day
#2 - felixjarl ONLINE (01/26/2013) [-]
This image has expired
#27 to #2 - Deavas (01/27/2013) [-]
every time i see this picture, im amazed at how much that guy looks exactly like one of my friends. first time i saw it, i actually thought it was him.

then i looked down and saw he's doing homework and i no longer believed such silly things
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