Pi Milestones

[@XRain777]

Video length is 7:22 22/7≈3.14 *nice*

[@Vileplume87]

DAMN THAT'S DEDICATION

[@thefirstuwu8874]

@@FanOfRobotRock It is more precisely pi

[@Sw3den_mapping]

​@@thefirstuwu8874pricisely

[@PizzaK1ng]

@@thefirstuwu887422/7 isn’t pi, its close but not exact.

[@asaventurasdejosh]

22 ÷ 7 ≠ π 22 ÷ 7 = 3,1428...

[@jakko_]

All those numbers, and it is still only worth a little more than 3

[@PhilAm-Animations317]

Fr

[@potatofarmer9488]

4 solos low diff

[@shahroztariq468]

Its mid-high diff cause four needs to use 75% of his powers to match 3 full power

[@sonicwaveinfinitymiddwelle8555]

@@shahroztariq468 79%*

[@idonothavealife]

you could've replied to potatofarmer9488

[@TheOne_6]

1 appears at position 1.

[@OTDFPlayzorStudiosOFFICIAL]

He forgot about that which makes me sad

[@jevilcatfan123]

But isnt it 3 or are we talking in decimals

[@autranaut9645]

@@jevilcatfan123 If 3 doesn't count, 1 appears in position 1. If 3 does count, 5 appears in position 5.

[@hamzahaq610]

4 appears at position 2

[@ThatobjectArtist]

@@hamzahaq610 1 appears at position 3

[@civa_i_ile_yazilmaz]

Another masterpiece from Yenji Jem. If they put it in the theater, I'd buy a front row ticket.

[@civa_i_ile_yazilmaz]

Tysm Yenji!

[@NguyenBaoAn_Rblx]

I think Yenji took 3 years to count position and numbers of pi.

[@mangeek1]

BBFC would probably ruin it with random "compulsory cuts" and their rating (if it would be a U, I'd be so happy)

[@civa_i_ile_yazilmaz]

@@mangeek1 I'm not British, I hadn't thought about these things. You know, I just tried to express my appreciation of the video in an artistic way

[@fractalgeometry2]

It would be cool if this was a 2d subnautica-like game and these milestones appeared the deeper you went into pi, and you had some kind of book that tells you these.

[@omatic_opulis9876]

Pilestones

[@AnythingGoes457]

:O smart

[@ÞeSheep1]

Piles of stone

[@sontruong4194]

bro i was about to comment that

[@hongkonger885]

r/beatmetoit

[@RokaruTheZombie]

@@sontruong4194 Same

[@Ecl1psed276]

If you look at tau = pi*2 instead of pi, then the Feynman point has seven 9s instead of just six! And if you do the same for the eight 4s at 4:53, you will find that tau has a series of NINE 8s in the same place, and tau*2 = pi*4 has a series of TEN 7s!

[@Ambavion]

@@DarshPatel-j7xpi will have string 7777777777 7777777777 7777777777 7777777777 7 (41 seven)

[@Ambavion]

let’s start at position 512349801627793 2193768019(41 seven)2139361896

[@circle277]

At π squared, You can see 77777 at the first 1,000 digits.

[@ExzaktVid]

The first self referencing number is 3. *1* if we’re counting after the decimal point and 3.141 *5* if we’re counting the 3.

[@chrisrj9871]

The 3 at the beginning isn't self-referencial, because it isn't the third number. 5 would be the 5th, if we count 3. 1 would be the 1st if we're only talking about after the decimal point.

[@flowrling]

​@@chrisrj9871 they aren't saying it's 3. it was just formatted in a way that added [period][space] which looked like a sentence being ended. they were just putting emphasis on the 1 by separating it :) they're saying the same thing as you

[@ginniebowman2259]

If we are talking about characters in π (numbers & decimal point), 3.1 *4* is the *4* th character.

[@Laoise-m6j]

@@ginniebowman2259 thats a bit of a stretch but you're not wrong.

[@jerryy147]

we are successfully 0% of the way to finding all the digits of π!

[@xaigamer3129]

amazing, how’d we get that far

[@dandamrandomposts7569]

Wait… π or π!

[@NewMCMikeProductionsYT]

​@@dandamrandomposts7569 pi,not pi factorial

[@dedifanani8658]

​@@dandamrandomposts7569π

[@starizstar5135]

It will never stop

[@ge7ash]

shouldve done a fact for digit 1,000,002 matt parker has the world record for most digits of pi written on paper (i might be outdated but who cares)

[@iamunluckybuthappy]

Imaging the struggle writing

[@Xiannyohanceramos]

Every phone number, social security, credit card pin code or winning lottery number that has, is, and will exist is contained in this infinite string of numbers. Edit: As people has mentioned, pi might not contain every single sequence of number possible, so likely, you wouldn't find that girls number, :P

[@chrisrj9871]

Zip codes too. Hey, I wonder if 90210 has been found in pi...

[@SketchZeta27]

Maybe, anything is possible

[@drenzine]

Wrong. As in your confidence. We have yet to know whether or not pi is normal (e.g. every string of digits are equally likely/in a uniform distribution, which implies containing every possible string of digits). For all we know, somewhere in the... let's say Kth digit, only 0s and 1s would start appearing (but still without infinite repetition; see the digits of the Champernowne binary constant but imagine it's base-10). If I asked you to find a string of 9s with length K in pi, you would not find any. Yes, this is only hypothetical, but so is the notion that pi contains every number. It's not that it does. It's not that it doesn't. It's that we still don't know, so you should've mentioned that

[@one_logic]

@@drenzineyeah true, they should have mentioned that. but it’s a good guess that it contains all number, they simply should have mentioned the guessing part of it.

[@cadaeib65]

This is unproven afaik

[@ThePiquedPigeon]

This video has the same vibe as those videos that shows the depths of space, but in a microscopic, imaginary way. Love this!!

[@X_Bus-Bus_r]

The fact that we’ve even calculated pi to 202 trillion Positions is ridiculous.

[@LvkeNineT8]

Im gonna time all of them for some reason 0:09 Pi Start 0:12 Earth Circumference 0:20 2 Identical Digits 0:25 Zero 0:29 Universe Circumference 0:39 Nice 0:44 Every Number Once 0:52 100th Digit 1:01 Set 1:11 3 Digit Repetition 1:20 4 Sequential Digits 1:32 All 2 Digit Numbers 1:43 Feynman Point 2:03 1,000th Digit 2:18 Devil’s Number 2:28 All 3 Digit Numbers 2:42 10,000th Digit 2:48 Funny Number 2:52 Self Referencing 3:08 Memorization 3:20 Fives and Twos 3:35 100K Digits 3:47 Deja Vu 3:59 7 Identical Digits 4:13 1M Digits 4:19 Lucky Seven 4:29 7 eats 9 again 4:40 Jenny 4:50 8 Identical Digits 5:03 9 Identical Digits 5:13 Euler 5:24 Self Referencing 2.0 5:35 10 Identical Digits 5:44 1B Digits 5:54 11 Identical Digits 6:06 0123456789 6:19 12 Identical Digits 6:25bCasually Forgets About the Trillionth Digit 6:31 13 Identical Digits 6:43 Devil Times 3 Minus 1 6:56 Pi End

[@tinaceru241]

7:22 7:22 7:22 7:22 7:22 7:22

[@elclanx5510]

Pi: 92838488498299278273773766666666627277337317389393848918940403999991939291991919923155673738837(7171727828) 817191818881888896

[@SUPERSEDFRZ2025]

b

[@Davidsfirstvideo]

4:57 Proof that Pi Is rational: pi ends at a two

[@hamzahaq610]

Pi exposed

[@Davidsfirstvideo]

No, Really, but this is for digital viewers only.

[@Davidsfirstvideo]

Pi is 3.1415926535897932384626433832795028841971693993751058209749445923078164062862089986280348253421170679821480865132823066470938446...

[@droolypurple]

PI IS NOT THE NUMBER YOU THINK IT IS... [EXPOSED!]

[@MyOwnChannelTaken]

Sadly, no. Pi is still irrational because any number with an infinite/repeating sequence of numbers is irrational, regardless of it ending in an even or odd number.

[@edorgot9356]

315 is literally at the back of a 315-digit pi.

[@kergeboi594]

Ur right

[@Guythatsucksatgames]

And so is 5 at the back of 5 digit pi

[@FankyCheng-y1b]

Oh?!

[@Alittlebitofeverythingoffical]

Lmao

[@AnythingGoes457]

I can only imagine how much work this took, amazing job Yenji 👍

[@TheCinnamonRollz]

3:08 "Their parents must be proud" ya think?

[@CharlieCGofficial]

didn’t you notice the 555?

[@asaventurasdejosh]

​​@@CharlieCGofficial after the 555, there is an 404 (error number) then comes a 4! (aka 24)

[@Bn7100-RBLX]

Few frames after that there is an “80008” right near “16470”

[@JaymcJefty]

@@Bn7100-RBLXbooob

[@Randombaconplayzz]

7:04 next gotta be 7

[@under2hold]

Nah its 3

[@CarlTheYoutuber10k]

Nah it's 5

[@Randombaconplayzz]

@@under2holdnahnahanahahaa

[@kingofnumbers7660]

Nah it’s TGFUH HYIJ NTHVIIN FTY. HRTHII

[@asaventurasdejosh]

@@kingofnumbers7660 you mean 50

[@TheSussyBoyInYoutube]

1:44 also first hex code that is grey

[@Loadingandloaded]

Grey is #808080 #999999 is slightly lighter

[@chipichipichapachapaWHY]

​@@Loadingandloaded So light gray isn't gray

[@Nick-the-fox]

Nope first hex code is #141592 Which is a shade of blue

[@chipichipichapachapaWHY]

@Nick-the-fox He said the first hex code that is grey, not the first hex code

[@Yemyu_VR]

After 3 days of hard work and dedication.. I have memorized all 202,112,290,000,000 digits of pi! 🥳🥳

[@angeleffect]

what's the last one

[@why7938]

2

[@NicoPlayZ9002]

good job

[@Yemyu_VR]

@@angeleffect 2

[@NoProductionsGD]

there is no "all" here buddy.

[@butterflycage]

did anybody else notice the "420" in 2:07?

[@olegtarasovrodionov]

What is 420 special for you?

[@butterflycage]

@@olegtarasovrodionov its as special as 69

[@jollygooberino]

2:47 here is le special number

[@Erbium-68]

​@@butterflycage69 and 420 aren't special

[@sabbymc3517]

Me😊

[@hamzahaq610]

Fun fact: the “most digits memorized” appears at 3:14 and I accidentally paused the video at that time without knowing its 3:14

[@Idkanymore1234]

it appears earlier

[@Sw3den_mapping]

And hey! 3.14 is pi!

[@baronvoncalculus]

:o

[@glowstonelovepad9294]

The weird part about the 6 nines in pi is that it's preceded by a 4 and followed by an 8, so in pi divided by 2 and pi times 2 (tau), there would be 7 nines at that position.

[@DuochromaticBichromes]

Ππ

[@PizzaGuy25]

I like how you never stop making videos!

[@Twin138956Productions2019]

We're getting a fact for 314 with this one 🗣️🗣️🗣️🔥🔥🔥

[@Blutania]

meanwhile 628...

[@WritingCountingOriginal]

I always see you in Yenji Jem’s comments

[@AnythingGoes457]

REAL (also hiiii!)

[@numberblockboy]

Twin Productions, can you do most liked episodes of BFDIA?

[@jevilcatfan123]

How are you everywhere

[@AKIsExtraChannel]

This video is geπiunely amazing. It brought me back to the times wheπ I used to try aπd memorize as much of Pi as I caπ. I maπaged to memorize 33 digits, but siπce this video came out, I learπed 18 more. Thaπk you for startiπg my career, aπd briπgiπg me back to a good time. You are oπe of, if πot the BEST KZbinr I've watched that isπ't Jackπjellify. I just waππa say... Thaπk you.

[@YenjiJem]

Thank you very much, I'm glad you enjoyed! I was the same way. As a kid i used to sit in math class and just memorize a pi poster the teacher had up. I think I managed to memorize over a 100 digits at one point, but no way i remember that many now.

[@AKIsExtraChannel]

@YenjiJem Wow! That's iπterestiπg how we both tried to remember lots of Pi at oπe poiπt. Also, did you kπow who I was talkiπg about when I said Jackπjellify?

[@theawesomeguy3053]

Those n's look familiar...

[@Alittlebitofeverythingoffical]

Jacknjellify mentioned

[@johngabrielsalazar5030]

This channel is quite literally thoughts in my brain that I am just either way to lazy to google or have forgotten about.

[@Hernos28]

It's funny to think that there's a string of 100 ones somewhere deep in there

[@blithegd8]

Ayy the legend is back with another banger!! 🎉 😊 ✨

[@chrisrj9871]

Anybody with three-6's-phobia is going to have a hard time with this video.

[@darkblack12]

hexkosioihexekontahexaphobia

[@pvpqs]

6:45 666 666 666 666 666 (66)

[@baronvoncalculus]

I have a fear of evil. I know that it will get me to hell.

[@LTG_Lanny]

The first repeating set of three numbers is 644

[@Idkanymore1234]

6 is different!

[@LTG_Lanny]

@ wdym?

[@Rativ777]

644 is the first 3-digit combo in [the letter p in greek but it's lowercase] to appear again*

[@LTG_Lanny]

@@Rativ777 that’s what I said, no? The first one is around 185 and the second is around 200. I have like 250 memorized ish

[@DiggyPT]

​@@Rativ777dud if you don't have the π symbol JUST SAY PI

[@FranticErrors]

3:57 3 000s in a row (subtle foreshadowing)

[@juliaitiharaoliveira7648]

I saw 70000 at 5:31 I paused at the perfect moment

[@lamonte5255]

I see it!

[@AKIsExtraChannel]

Pause. Click the timestamp. Click twice, really fast. You will see the 70000 referenced.

[@BashoHarden]

Yes, I see it!

[@Kyle-eh8qw]

Got it

[@Cheese_10.5]

I see it too :D

[@AMERICAOfficialYT]

0:00: Introduction 0:12: Earth's Circumference 0:20: First Repeating Digit 0:26: First Zero 0:30: Circumference of the Universe 0:40: First appearance of 69 0:44: Every Digit 0:53: 100th Digit 1:01: First Set 1:11: First Repeating 3-Digit Number 1:21: Four ascending sequential digits 1:32: First Appearance of 68 1:44: The Feynman Point 2:03: 1,000th Digit 2:18: The Number of the Beast 2:29: Latest 3-Digit Combo 2:41: 10,000th Digit 2:48: 69420 2:52: Self-referencing Digits 3:09: Most Digits Memorized 3:20: Fives and Twos 3:35: 100,000th Digit 3:47: Pi in pi 3:59: Seven Threes 4:12: 1,000,000th Digit 4:19: Lucky Seven 4:29: Seven Ate Nine 4:39: Jenny's Number 4:51: Eight Fours 5:03: Nine Sixes 5:14: Euler's Number 5:25: Self-referencing Digits II 5:35: Ten Sixes 5:45: 1,000,000,000th Digit 5:54: Eleven Ones 6:07: All Ascending Digits 6:19: Twelve Sevens 6:31: Thirteen Eights 6:44: Seventeen Sixes 6:58: The End of Pi... 7:09: Outrodution

[@asaventurasdejosh]

2:15 DDDD-DID YOU SE THE 000?

[@spaceboi0713cm]

and the 7777?

[@asaventurasdejosh]

​@@spaceboi0713cm yes.

[@Unknown8193-g6g]

Confirmed: is not a frame perfect. And i saw them

[@miguelcarlotorres3038]

And the 16470?

[@Unknown8193-g6g]

@@asaventurasdejosh yes too

[@carlooz8877]

( 5:56 ) First string of numbers containing the length of it only found in the digit in that string (11 digits, just ones)

[@michaellyga4726]

Math: *insert infinite series here* Coding: math.pi Engineering: Three, take it or leave it. Politics: en.m.wikipedia.org/wiki/Indiana_pi_bill

[@kekevids134]

accurate

[@tinaceru241]

3.1416

[@tinaceru241]

3.2

[@tinaceru241]

3.15

[@ginniebowman2259]

2:29 Did anyone notice the two 658's?

[@kristinaluland]

Yes, but there is a 27 in between them so it doesn’t really count

[@ginniebowman2259]

@kristinaluland Did I ever say they were together?

[@Somebody71828]

Imagine if pi is secretly the actual library of babel with every information encoded in it

[@baronvoncalculus]

0:13 Earth's circumference 0:21 First concatenation 0:27 First zero 0:34 Circumference of the universe 0:40 Nice 0:45 First string containing every base 10 digit 0:53 100 digits! Three cheers for AsapSCIENCE! 1:02 First 3-digit concatenation 1:11 First repeating 3-digit string 1:22 First string of ascending digits 1:32 Latest appearance of 68 (last 2-digit combo) 1:45 The Feynman point 2:04 1K 2:19 EVIL AAAAAAHHHHH OH NO 2:30 Latest appearance of 483 (last 3-digit combo) 2:43 10K, what a milestone. 2:49 69420, not so nice. 69430 better. 2:53 "This sentence has thirty-one letters." (Self-referential) 3:10 Three cheers for the Guinness record holder! 3:20 Fives, twos, fives, twos! 3:35 Thanks for 100K digits! 3:49 "There's deja vu" - Bing Bong 3:59 THREEEEEEEEEEEEEEEEEEEEEEES 4:13 Thanks a million! 4:19 The tastiest jackpot there is. 4:30 "Why was 6 afraid of 7?" 4:40 Jenny 4:51 Four from BFB sure would love this. 5:03 NOOOO MORE EVIL PLEEEEASSEEE 5:14 "2.71828183 is approximately the value of the constant e" - Daniel Wedge 5:26 "This sentence has thirty-three letters." (Self-referential) 5:36 PLEASE NO MORE EVIL 5:45 One billion! 5:55 2047, no more fish :( 6:07 I am called the Count... 6:19 MOAR JACKPOT 6:32 What if Saw from BFDI said this out loud? 6:46 PLEASE!!! NO MORE EVIL!!! DEVIL BE GONE!!!! 6:59 We'll never reach the end.

[@R.Z.2024]

Noice

[@jelly6199]

BFB

[@doreenellul]

If saw Said 13 8s it woukd sound like "ATE ATE ATE ATE ATE ATE ATE ATE ATE ATE ATE" with a voice crack

[@atsuda8541]

Missed opportunity to call them Pilestones !!!

[@cobaltguyyyyy]

soon enough the quadrillionth digit of pi will be found

[@circle277]

it's 0

[@Sw3den_mapping]

​@@circle277how do you know?

[@mathismt1222]

@@circle277 nah its 4

[@NoProductionsGD]

no no, i have a STRONG feeling the quadrillionth digit will be 7

[@Ambavion]

@@mathismt1222No 6

[@FlameMage2]

0:39 Nice

[@FranticErrors]

6:09 tied for longest chain of non-repeating numbers/ascending numbers

[@6ix1ne4our2wo]

4:41 what does this mean

[@dirp_dcb9531]

It’s a song

[@tkmaaa1430]

i've never realized that pi is very cool

[@itsyourfavoriteboi]

MAY THE HISTORY BOOKS KNOW I WAS HERE BEFORE THIS VIDEO REACHED A MILLION VIEWS

[@citronvannalemon]

same here i guess

[@jamarionwalls3928]

same

[@charlesjunior562]

same

[@yajtubeteevee1677]

me too ig

[@HitSpaceGD]

You got it

[@amphi1182]

Probably the scariest thing about this is how if pi truly is infinite and never ends, there is bound to be any string of numbers ever said. I could joke that there might be 22 million 7s in a row but if pi is infinite then yes, thats true. How far it is into pi would be more than every atom in the universe but its still there. And if its infinite, that also means that the string of 22 million 7s appears an INFINITE AMOUNT OF TIMES. It can vary as much as it likes but there will always be an infinite string of those numbers.

[@AuralPods-gm4pg]

Damn this got me thinking

[@OrderingU]

Awesome now what's at the [insert big number here] spot?

[@DumbThingsOrSomethingIdko]

9

[@DigitalAqua.]

when is every number is interesting for the 300s coming

[@YenjiJem]

@@DigitalAqua. Very soon

[@2048tile-s5y]

Rush E at 5:15

[@dx243_]

massive respect to yenji jem's computer for having to parse 200 trillion characters

[@44Hd22]

Third digit is first repetition of a digit. 4:43 Is Jenny from math?

[@Randombaconplayzz]

Yes he is the guy with all thoses apples and bananas and soap that he dont need

[@palmossi]

Whos Jenny?

[@europium-mj8cu]

0:41 どういう意味かな？

[@HitSpaceGD]

Grab your pickaxes, we're going to the pi mines!

[@leahle2446]

Look! We found the thirteen eights! That’s really rare!

[@DarshPatel-j7x]

Look! We found 100 9s that’s UNCOMPUTABLY RARE

[@Bn7100-RBLX]

I DUG SEVENTEEN SIXES HOLY SHOOT

[@TH3_SH00T1NG_ST4R]

look! I found 7 threes and lucky sevens!

[@MatteoFuenzalida-v1n]

We found pi in pi! That's super rare!

[@AlkhamarSall]

Finaly you are back!!

[@ST3LLAR31]

MATH NERDS ASSEMBLE! 🗣️🗣️🗣️

[@zaqgamingstuff]

GOOOOOOO!

[@TFB2K-baubau]

YESSIRRRRRRRRRRRR

[@RokaruTheZombie]

RAAAAAAAAAAAAAAAAAAHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH

[@omgitsgreebeguys]

LET'S GOOOOOOOOOOOO

[@patriziaimpicciche6450]

BRUM BRUM RAGAGTAGYAGTT

[@aaqilplays]

Babe, new Yenji Jem video just dropped

[@PhilAm-Animations317]

6:59 I HAVE FOUND THE LAST DIGIT OF PI😂

[@BLP_Memes]

Well… not really the _last_ …

[@GriffinForte]

I said that one time because I got to notepads limit but I guess there is a lot more to go

[@circle277]

not the last digit

[@jir_UwU]

technically speaking if pi is infinite, there has to be a sequence of digits containing infinitely many digits of pi somewehre deep withij pi

[@Arufi000]

2:56 what how

[@plashplash-fg6hd]

The number 1 is in the first place after the decimal point.

[@DaRealCrazyChannel]

This is really cool!

[@ARandomGamerLolBro]

1:14 technically not because of the 999 999

[@gabrielhong2800]

But that’s before 999999?

[@HexStudios2763]

Then that means right now Pi has 202,112,290,000,000 DIGITS.

[@XVYQ_EY]

Guys, the last digit of pi is 2

[@its_epicchip_not_erick_chip]

Here is a fun fact of 432: in music 432 hz is sometimes called the natural tuning frequency

[@Iamsean311]

2:07 You missed 420!

[@wrpnew]

And 2019!

[@interbeamproductions]

Also, the digit 1 was absent between positions 3 and 37 0:30

[@DiggyPT]

woah i never realised that when looking at pi. that's weird

[@YenjiJem]

I too never realized that.. but i do know there is a string of 156 digits where 4 is absent somewhere around the 200,000 mark.

[@Bn7100-RBLX]

I want to see a number absent for 1000 number

[@Uncoolproductions888]

pi lore

[@Bn7100-RBLX]

me when pi, tau and Euler lore:

[@ProwlerGokuTheOne]

202 trillion is already unfathomably big

[@SulkendorIsAwesome]

5:55 Hyper Eleven

[@Tethrarxitet]

petition to call 11,111,111,111 Ultraleven

[@LucidMlem]

2:19 I see it... I see a far more iconic number next to it...

[@dzr-58kl]

0:21 u forgot a palindrome right next to it

[@lilyjuice530]

0:21 u forgot a palindrome right next to it

[@JoshyW-g3r]

46264

[@patriziaimpicciche6450]

3:48 "Pi has numbers that never repeat"

[@isavenewspapers8890]

Nice video! But at 6:57, I would've put an ellipsis at the end.

[@JunoStation_DB1]

2:36 2 Seprate 658 in a 2 number Gap at 8,543-8,545 (first 658) 8,548-8,551 (second 658)

[@gab_v250]

0:37 "this is the most digits we'll ever need" so the rest is just flexing, huh [don't take it seriously, it's a joke]

[@LTG_Lanny]

How could this “joke” even offend anyone

[@Vileplume87]

​@LTG_Lanny you'd be suprised

[@SulkendorIsAwesome]

Yenji Jem is such an awesome channel

[@earth_YTT]

At this point just call it 3.14

[@ThatUkrainiGuy1]

auctilly 3.14159

[@leto222]

@@ThatUkrainiGuy1you can't correct him like that when you just spelt "actually" "auctilly" 😭

[@VoidfluxOrb]

@@leto222 auctlluuayll, you're WRONG. Anf, it's 6.28

[@leto222]

@@VoidfluxOrb australia, you are WRONG it is 554.54588448249923

[@azure00009]

Austerlitz, you are WRONG and it is 3.1416

[@adammuzyka3576]

First Digits 0:11 Circumference? 0:12 Two 3s 0:22 First 0 0:26 ... 0:37 69 0:41 Randomovicha 0:45 100th Digit 0:54 Three ones 1:03 Pozision 360 1:27 Three 0s 1:31 Six 9s 1:45 Year 1989 2:06 666 😳 2:22 69420 2:49 16470 2:53 ERROR 404 Occurred 3:12 Many 5s 😵 3:20 π's First Digits 😵 3:49 Demon Streak 4:00 1 000 000th Digit 4:13 Soooooo far 😵 4:16 7 7s 4:21 4Eit4 4:56 3x Demon Streak 5:06 Euler 5:15 111111111111 5:55 0-9 6:08 Huh?!?!? 6:59

[@the98goober]

p

[@numberblocks5thecreator363]

2:55 oh boy thats what i was waiting for

[@Orangeisanoob]

New π video guys

[@kjrichardson2892]

What a great video!!! 🍰

[@Nutball-Studios]

First

[@longforchannelnamenumbers]

you cloudve said anything other then 1st

[@jamarionwalls3928]

3.14159 i disliked, i dont like

[@JoshyW-g3r]

He is first

[@Bfcwow88]

That is amazing how they found so many numbers

[@Trixe-space]

How long did the research for this take?

[@TheBlazerader]

that was so cool to watch!

[@isavenewspapers8890]

3:59 This reminds me: there's an irrational number where a sequence of 7 identical digits occurs much, MUCH earlier than position 710,100. It's at position 761, which is astonishing considering the odds. This number is actually related to π, and the sequence is a string of seven 9's, much like the six 9's in π. A lot of fans of this number, I would say, have an objectively incorrect view of why it's good: they'll tell you something dumb about radians or complex exponentiation or something. But the truth is that τ, the ratio of a circle's circumference to its radius, isn't really about any of those. Nobody really cares about clarity or reducing errors or showing compassion to confused math students. In the grand scheme of things, none of that actually matters. τ has *seven* consecutive 9's at position *seven hundred sixty-one.* And that, ultimately, is what makes it beautiful.

[@YenjiJem]

Wow... that's insane!

[@findystonerush9339]

@@YenjiJem Also The number 710,100 actually occurs in the first 1000 digits of pi at position 851 here: 46850352619311881710100

[@cuberman5948]

the first year (that I could find) is at the 1K mark as well! (1989) Edit: to clarify, the first 4 digit year is at the 1K mark. That year being 1989, which is a real 4 digit year.

[@rainbowsmoothie5083]

The first year is 1 at the 1 mark.

[@just_meliah]

wym by first yr

[@DiggyPT]

did you forget all of history or something? time existed before the 20th century there were years before that even when going by your own weird rules, 2019 literally appears 2 positions before 1989

[@NoProductionsGD]

no the first year that appears in π is 3

[@cuberman5948]

​@@DiggyPToh

[@Z_ynth]

dang i cant wait for an edit to drop on pi milestones

[@ieditlogos419]

Pi: the mathematic library of Babel.

[@asaventurasdejosh]

You went into "THE PI"

[@P4NMAN1]

how the hell do people even find this many digits

[@crystalz_playz]

Most common used numbers: 0: 8 times 1: 23 times 2: 12 times 3: 15 times 4: 17 times 5: 11 times 6: 48 times 7: 30 times 8: 37 times 9: 27 times All repeated numbers count as one individual one each time.

[@danielyoutubechannel407]

when was the last 4 digit number?

[@circle277]

6716

[@Itzy_day]

what video editing software? (NOT DAVINCI RESOLVE!!!)

[@ValentinaNicoletti10]

This is so dumb and smart at the same time

[@rockyfuentes6723]

Did anyone notice the 555 at 3:09 ?