Dope Tech Episode 2

<<@hvfp says : what the hell>> <<@minoarno7415 says : What if it's just pi but looked at from the other side.>> <<@samuelegamerbr says : Fun fact: 2^N will always end in 2, 4, 6 or 8 aka 2^N will always end on a number that is divisible by 2>> <<@CoolGamer0625 says : 2763>> <<@Dedan-v5n5t says : 9:13>> <<@AINewsDailyPodcast says : Math degree here and my head hurts. Lol. Love this video.>> <<@alexdukay276 says : The first digit of the series of multiplications in not a zero but a number!>> <<@JakubOršula-ed1gw says : Wth😂 4:10>> <<@msontrent9936 says : I have never been so confused in my life.>> <<@T1N09 says : you know why you are in the comment section of this video, 4:00>> <<@villain54 says : Spoiler: why???????????????>> <<@OVSKnicks says : This makes so much more sense to me since studying cs and coding.>> <<@LeadFaery says : The more advanced maths is just “let me poke my head into the dimension where logic isn’t the same.” “Ok found it”>> <<@NotKnafo says : 24:22 thats worng>> <<@NotKnafo says : interesting you see the repeating pattern of 7 there with 142857 also would it be correct to say that caring the one is opposite of remainder?>> <<@misterphuzz says : Black magic fvckery. That's all I got that say about this.>> <<@poneill65 says : This surely is just absurd. These numbers only "equal" their absurd results because you didn't complete the calculation. You just stop bothering (at infinity), forgot about the "carry" and declared the intermediate result true. These "numbers" basically are defined to be a set where the rules for their calcularion are random, you can just change them whereever you want (in this case, at infiity). I could create a new set of "cant be arsed" numbers ("N-cba") just as easily. 13-cba is where I just can't be arsed to do more than 13 partial calculations and declare that the true result. That seems just as valid as "stopping" at infinity.>> <<@MennovanDongen says : 0,66666666666667=1/3????>> <<@divermike8943 says : 3:00 It's wild that multiplying such a large Integer by some number could give you 1.>> <<@BrandonHabelitz-n7t says : 4:13>> <<@declaredgoose says : 3:07 the answer is 6,000,000,000,001? explain>> <<@Sebastian-r8z8i says : if 1/n is a repeated decimal, then if you take out the "0." at the front, you get -1/n>> <<@Ezmoreth says : Homie there’s like 10^82 atoms. This is unfathomably large. The heat death of the universe will happen in 10^100 years, and>> <<@JJ_tmcMultiversal says : Here's my argument for why ....9999999999 = -1: Add 1 from the right side: you get ...00000000 = 0 so ...9999999 = -1.>> <<@squidipie8482 says : i always thought myself as really smart and clever(not completly baseless im not a narssasist) but whats truly humbling is that even just understanding this video is genuilny mind bending. You have to disregard everything you know and approach it from a fresh mind, but to think someone/someones managed to find alll of this at some point from nothing, be able to prove it, refine the theory and then apply this to in other complex maths problems with just again defy reasoning is genuinly humbling. these people are on a different plane of intelligence and no amount of hard work or studying can match it. increbily humbling and an amzing video as always>> <<@PavitraSVijayan says : I just watched this whole thing (and was fascinated by it), THEN realized I was barely in high school and have no reason to be watching this...>> <<@drakkondarkspell says : 1/2+1/4+1/16=13/16, not 9/16. 1/2=8/16. 1/4=4/16. Oops.>> <<@ober2257 says : "what" Joe Biden>> <<@growupwithkrischannelmadness says : 6^N= ...6>> <<@Dave-cn2ej says : This one hurt.>> <<@swampwiz says : The fundamental flaw is that there is an operation which is infinity minus infinity, and that is undefined, so anything past that is foofyland.>> <<@grasshopperfiddler says : You lost me. I think you skipped a step when you went to adic numbers.>> <<@TawanLaki0765 says : 33:05 67>> <<@gddurden7871 says : Sry, How is 0,99999999999 = 1. What????>> <<@Hilarius_Maximus says : I'll tell you what happens if keep squaring a number, you end up with a figure that closely resembles my bank balance.>> <<@ProCuber_-4ko says : 0 1>> <<@Sara-iy6kl says : I should watch this when I’m awake>> <<@SpaceAceGaming says : Solving Pi from the other side>> <<@cerberus9704 says : 25:33 state farm? :)>> <<@jayjay-ey8od says : I'm talking square biz to you, baby Square, square biz I'm talking love, that is That is, that is square biz Square biz Square biz, square biz I'm talking love Square biz, square biz Square biz, square biz I'm talking love>> <<@jarettweintraub98 says : Can someone explain to me why in a 3-adic system, ...202020 * ....020202 isn't also 0? In other words, why does one of the two numbers have to be ...0000 in order for the product to equal 0; can't it just be that one of the two digits is always zero?>> <<@DuyenPham-dl3tt says : Not the 67>> <<@NN_EDIT_S says : But at the end won't it be greater?I mean at last for example ...9999 must end right so if you add something to it it must be greater wouldn't it.>> <<@IANLEE-z6f says : 4:47 can't quite out my finger on it but this proof feels like begging the question>> <<@DalmBro.GiveYourLifeToJesus says : 17:28 wynaut We are all sinners that deserve eternal condemnation, but God not wanting to send us to hell, sent Jesus to die for our sins, so that if we accept his eternal grace and believe in Him we will live eternally with him in heaven>> <<@DylanHiggins-x3d says : AUGGGGH MY BRAIN>> <<@VineriaPlayz says : -->> <<@VineriaPlayz says : -u->> <<@VineriaPlayz says : ordt3>> <<@VineriaPlayz says : -ereeeeeeeee->>