Added: 3 months ago
From: redkb
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  • lol i'll just use the regular codes to solve the rubics cube

  • who else feels like a idiot

  • hey there can anyone tell me where to get the elemental cube from??? plz and ty

  • Very very intressting... WHAT ABOUT 1X1X1 !?!?!?!

  • wow.

  • isnt the universe supposed to have no end, if so isnt its mass supposed to have no end.

  • @vagvll no mass cant be created nor destroyed, our universe expands to infinity but mass stays same

  • @TripleFeedOfTheDay3 Thanks a lot.

  • @vagvll well ok

    

  • @vagvll the universe is finite but unbounded, it is like a rubber band, if you keep stretching it, does it gain more mass, of course it does not. this actually brings up the topic of one of the possible endings of our universe, if the universe keeps expanding, then there would eventually not be enough energy to heat the amount of space above absolute zero and all movement in the universe will stop

  • Note that he says the VISIBLE universe. Not the whole entire universe. Just what we can see. >_>"

  • Ow... Ow... oww... OOOWWWWWWW..... All of the insides hurt. All of them. From the fleshy pink think pan to the tips of my foot extensions.

  • how u find out?

  • @Thetrueofduty wikipedia...

  • ur smart

  • so basicly this guy is stating that he knows how many atoms there is in 1 universe and he states that all galaxies has the same amount of atoms. -.-

  • the 1x2x2 has 8 posibilities :D

  • @TheOp7master lol

  • @TheOp7master oh sorry 6...

  • Make a Video for the 17x17x17 Cube from Oskar...

    This will be insane :D

  • Isn't it 1.95 x 10 To the 160th?

  • i dont think this is right because there are a lot of atoms in a universe so in order for this to be true it would have to be a googolplex times 1000 at least to equal 10^80 universes, im not sure but there is no way to calculate how many atoms are in a universe

  • @skewbcuber we know the average content of planets and stars, average size and number of planets per star system, average number of star systems per galaxy, and we can see galaxies to the edge of the big bang. 10^80 has been derived via multiple different calculation methods, so it is expected that this number is CLOSE for what is visible. (10^80)^2 = number of positions in a V7, or a universe for every atom in the universe, his calculations are right

  • Hmm.. I wonder how many are there in the Oskar's 17x17x17. "Over The Top" ;)

  • I FOUND THE ATOM!!!!!!!!!!!!!!!!!!!

  • Addded To favorite !!

  • 3:48 Would be ... IMPOSSIBLE !

  • MY BRAIN D: MYY BRAAAIN !! MY BRAIN MELTED ARRRRRRRRRRRRRRRRRRGHGHGHZ ARJAFLBLBULUR LuBLRULbulrublulurlbulrulamjzr­anzl zfg n ..Ff.f.....f....dweqzsssssssss­ssssssssssssssssssssssssssssss­ssssssssssssssssssssssssssssss­ssssssssssssssssssssssssssssss­ssssssssssssssssssssssssssssss­ssssssssssssssssssssssssssssss­ssssssssssssssssssssssssssssss­ssssssssssssssssssssssssssssss­ssssssssssssssssssssssssssssss­ssssssssssssssssssssssssssssss­ssssssssssssssssssssssssssssss­ssssssssssssssssssssssssssssss­sssssssssssssss

  • this was the most amazing cube video ive ever seen..anything that talks about the universe is amazing !

  • Holy shit....

  • what an idiot

  • Comment removed

  • do you make this vocab. up ken???

  • 11x11x11 then?

  • what about the megaminx

  • I don't find this correct. I don't know what it is, just no way... I mean, you start at 10^19, and I cant see there being more than 10^80 permentations... mind explaining how you got this somewhat? I am not trying to argue, but just discuss it :)

  • what about the 11x11x11 or even do i bother to say the over the top 17x17x17?

  • Another question. Are the positions so that you could only achive them is you were to take out and flip a peice or two?

  • Anyone one else notice that the color pattern in the thumbnail is wrong?

  • just a question. How many position does a 17x17x17 have? I don't mean the one oskar van deventer made. I mean if the edge and corners also have colours??

  • Jesus. Christ.

  • MINDFUCK

  • 19 500 551 183 731 307 835 329 126 754 019 748 794 904 992 692 043 434 567 152 132 912 323 232 706 135 469 180 065 278 712 755 853 360 682 328 551 719 137 311 299 993 600 000 000 000 000 000 000 000 000 000 000 000 = 19 duoquinquaginitillion :)

  • @MrDanylodude 10^160

  • @MrDanylodude FUCK!

  • @MrDanylodude or on penn and teller's word, "MOTHERFUCKIN SHITLOAD"

  • how about a gabbasoft 20x20x20??

  • Now what about Oskar's 17x17x17 :)?

  • @B0lsj1 AWWWWWWW YEEEEAAAA!

    Time to go "Over the Top"! :D

  • IS THAT A REAL NUMBER?

  • so basically what you are getting at is that its over 9000

  • Too much math xDIf the math is xD

  • over 19,000,000,000,000,000,000,000­,000,000,000,000,000,000,000,0­00,000,000,000,000,000,000,000­,000,000,000,000,000,000,000,0­00,000,000,000,000,000,000,000­,000,000,000,000,000,000,000,0­00,000,000,000,000,000,000,000­,000,000,000,000,000,000,000,0­00,000,000,000,000,000,000,000­,000,000,000,000,000,000,000,0­00,000,000,000,000,000,000,000­,000,000,000,000,000,000,000,0­00,000,000,000,000,000,000,000­,000,000,000,000,000,000,000 Different positions. That's 312 zeros. I'm never buying a 7x7 cube.

  • that whas hard you are cool man!!

  • Awesome job man. Very cool way of explaining it.

  • Now try the 11x11. ;)

  • Wow, amazing video.

  • Absolutely pointless.

  • Thats crazy. What about a 2x2x2 :P

  • @cheesefarts91 31 million

  • Bullshit. Somehow. Maybe. I don't know. I am mindfucked.

  • .85mg? Shit, real men snort atleast 1mg.

    Woops, wrong subject..

  • found it, its right here---> .

  • OK, now make one for the 11x11!

  • I would think that it would be easier that that because there are some limitations to the possible positions, like the edge pieces cant be on the corner and green can't be on the blue,yellow,red corner. and there can be only 49 of each color so you can't have a "Atom" with 50 yellows and 46 reds, and so on.

  • i really wish i could understand what u just said :O

  • 17x17? >:)

  • i start looking on mars for the atom do u look on pluto?

  • my brain hurts

  • where do u buy an elemental cube. i want one

    

  • 190000000000000000000000000000­000000000000000000000000000000­000000000000000000000000000000­000000000000000000000000000000­000000000000000000000000000000­000000000000000000000 atoms! omg! (Really calculated)

  • BS you should make a video proving your math

  • Duoquinquagintillion Duoquinquagintillion Duoquinquagintillion Duoquinquagintillion. That is so fun to say. Duoquinquagintillion Duoquinquagintillion Duoquinquagintillion Duoquinquagintillion Duoquinquagintillion Duoquinquagintillion Duoquinquagintillion Duoquinquagintillion Duoquinquagintillion Duoquinquagintillion Duoquinquagintillion Duoquinquagintillion Duoquinquagintillion Duoquinquagintillion Duoquinquagintillion Duoquinquagintillion Duoquinquagintillion Duoquinquagintillion.

  • This is an outstanding video.

  • so u say all univers is smaller than a 7x7?

  • so red, how about in a super cube? you know, one with arrows that need to line up?

  • what about the 11x11? :P

  • @mukkie109 Are you kidding me?

  • thats was a cool vid.

  • Nice Video ^^

    Now do it for the Over the Top the 17x17x17 Cube ^^

  • How Many 0's are a duoquinquagintillion?

  • @AJN42996 alot...

  • @AJN42996 0.....but there are 2 o's ;p

  • fuck that shit

  • This may come across as a simple-minded response, but MIND=BLOWN.

  • i cant even spell miloin millon mil.. 1,000,000 i think?

  • @farmer2775 million :D

  • not true. 7x7 has more than 1 'solvable' position. so it is less than you say it is, but not by much :)

  • @ImaginaryHuman072889 Actually the other solved positions aren't counted in the 19 duoquinquagintillion. :)

  • @redkb so are the "other scrambled" positions taken out of consideration also? by other scrambled i mean multiple cube positions that appear to be scrambled the same way

  • @ImaginaryHuman072889 Yes, the 19 doquinquagintillion only represent discernible positions, including only one solved position. A 7x7 super cube would have many many more positions.

  • @redkb ok thanks! didn't know that. btw you're videos are awesome. you should do the math for a 17x17x17 supercube lol

  • @redkb Lol I subscribed because of the way you draw rubik's cubes

  • Duoquinquagintillion! :D

  • 19 duoquinquagintillion???

  • 190000000000000000000000000000­000000000000000000000000000000­000000000000000000000000000000­000000000000000000000000000000­000000000000000000000000000000­000000000000 or 19x10^160 or 19 duoquinquagintillion

  • kan you write in 19 duoquinquagintillion in numbers?

  • I cannon believe I understood this and I'm in the seventh grade.....

  • You mind fucked me so hard o--o

  • @DjRefunction loool

  • woah that was confusing 0_o..... but thats probably because im only in grade 7 xD

  • @EpicSoulChick haha. im in 12th grade n im still confused xD

  • @Amandork456 haha xD

  • I admire your patient, REALLY. But you must have real facts, just don't say things you aren't at least 75% correct.Sorry for my English :) I'm Portuguese

  • do the 17x17 PLEASE!!!!!!

  • great video! but what about the v symbol? aren´t there 4 solved (cube)atoms?

  • @Saltofreak123 There are but are not included in the 19 duoquinquagintillion 

  • This is bullshit. A single drop of water has millions of atoms. The ocean has MILILIONS AND MILLOINS AND MILLIONS of drops. Besides you don't know how, when and where the universe ends. Don't fool naive people!!!

  • @MrAntonioaag You're the one who is being naive. Do the math. 10^160 is really that big.

  • @MrAntonioaag No offense but some places don't have any atoms (i.e. vacuums , space) .

  • @tankerwife2001 The stars, the atoms, the planets, the living beings, the gases, the asteroids, light, ... Vacuum is just nothing but don't forget there are MANY other things dude.

  • Comment removed

  • great comparisons and stuff, i subscribed dudddee

  • I do enjoy this video and its previous 3x3 version due to the fact that it shows the sheer improbability of randomly achieving a solved state... on the other hand, that's why we have methods to solve them... now if you mapped the relationship of every position to  each adjacent position, you might start to notice some interesting patterns :)

  • I don't now if i don't understand the video or if the "universe thing" was a joke,but the number of permutation of 7x7 is 1.95 X 10^160 ,and, a mol has 6,023x10^23 atoms,so,with about 7 mols of anything,there would be more atoms...

  • @hOOk3rChamizo 7 mols would only be about 42x10^23 molecules. That's nowhere close to 10^160.

  • @redkb wow,that's right,sorry,i'm on test time,my brain now is so stupid....

  • This is probably my most favorite cubing video ever. It's so cool how you did everything.

  • i loved it men incredible i have no comments

  • How many in a 12x12? Lol

  • More precisely around 19,500,551,183,731,307,835,329­,126,754,019,748,794,904,992,6­92,043,434,567,152,132,912,323­,232,706,135,469,180,065,278,7­12,755,853,360,682,328,551,719­,137,311,299,993,600,000,000,0­00,000,000,000,000,000,000,000­,000 (If you think about it, still awfully inprecise)

  • what do you mean by "visible" universe, isn't it infinitely big ?

  • @808darkhands

    According to the big bang theory and everything related to it, no. The universe expands at an undefined speed (generally thought to be the speed of light, but it might be something else). The thing is : light cannot travel back from the edge of the universe fast enough for us to see it, to the visible universe is considerably smaller than the actual universe.

    I might not be the best person out there to explain it, but that's basically how it goes,

  • @Riboshom so is the visible universe just what we can see of it ?

  • @808darkhands Yep, it's the part of univere a man has yet discovered.

  • mind = blown

  • just like the 3x3 if you draw arrows on every sticker and sramble then solve it the arrows will be an defferent directions.

  • @MLSxEazoon Just like the 3x3, those positions aren't counted in 1.9x10^160 because for the most part they're indiscernible. If they were to be counted the number would be much much higher.

  • Bananas are blue

  • it's 43 trillion, not 43 quintillion...

  • @blackspirit94 its quintillion

    

  • @polakshavestds nope u.u

  • Great job, I liked it.

  • 43 trillion, no quintillion ;)

  • @Rafaaa30 it's quintillion....

  • @TheMachanga 1 Trillion = 1·10^18 // 1 quintillion = 1· 10^30

    It's a 43 trillions ;)

  • @Rafaaa30 Depends on wether you're using long-scale of short-scale numeration system.

    For an american, a billion is 10⁹. For an european, it's 10¹² because between millions and billions, they added milliards, which correspond to the "old" billion. Do the same for trilliond, quadrillions, quintillions and so on and you'll eventually get a sizeable difference.

  • @Riboshom Cierto, no lo sabía, pero eso sólo ocurre en 6 o 7 países. En los demás , existen mil millones, mil billones , etc... El video tiene razón de acuerdo a su país, En España y en muchos países es 43 TRILLONES pero en EEUU es 43 QUINTILLONES. :)

    Saludos ! :)

  • O_O

  • dude... now count 17x17 world bigger one XD

  • ...brainfuck

  • your amazing at math

  • Everyone stares at me when I solve a 7x7. I bet everyone would stare a lot more if I tell them that there are more combinations than atoms in 10^80 universes XD

  • WTF is duoquinquagontillion

  • @crayonthief1 The 7x7 has 19,500,551,183,731,307,835,329­,126,754,019,748,794,904,992,6­92,043,434,567,152,132,912,323­,232,706,135,469,180,065,278,7­12,755,853,360,682,328,551,719­,137,311,299,993,600,000,000,0­00,000,000,000,000,000,000,000­,000 permuations, or 19*10^157

  • so in theory the 7x7x7 cube should not be possible for a human to solve it?

    That makes me an alien 0_o

  • DO THE 1x1!!!! :P

  • i like bananas 

  • MCmister911 wow

  • @MCmister how many combonations do u think are on Oscar van davinders 17x17 cube

  • thumbs up if you think he should the 17x17?

  • @legoguy101able with directional arrows. lets see how many galaxies that would take up.

  • @legoguy101able A 17x17x17 Rubik's Cube has (provided Oskar would finally add colors to the corners and not just the center pieces) roughly 6.7 * 10^1054 different permutations.

    In a words that'd be called "sixty-seven centquinseptuagintillion".

    Using Kenneth's awesome Universe comparision, we'd need 10^527 Universes full of atoms.

  • Wow I loved it!!!!!!

  • what about the over the top 17x17???

  • how many atoms does a 11 x11x11 have

  • do you not know that the universe does not end = out to infinite amount of atoms. I really doubt that you have your calculations right(on the universe). Unless some scientist has found out that the universe does end...but i doubt that.

    And rubiksfan2000 is so right.

  • Don't listen to him guys, he's just making thoose numbers up ^^

  • do a 17x17 cube

  • 19,000,000,000,000,000,000,000­,000,000,000,000,000,000,000,0­00,000,000,000,000,000,000,000­,000,000,000,000,000,000,000,0­00,000,000,000,000,000,000,000­,000,000,000,000,000,000,000,0­00,000,000,000,000,000,000,000­,000,000,000,000,000,000,000,0­00,000,000,000,000,000,000,000­,000,000,000,000,000,000,000,0­00,000,000,000,000,000,000,000­,000,000,000,000,000,000,000,0­00,000,000,000,000,000,000,000­,000,000,000,000,000

  • @mrbob806 ...

  • is duoquinquagintillion even a number

  • @MrPurplefreak68 it is and infact there are larger ones...

    

  • How many 0s are in 1 duoquinquagintillion?

  • @Maxillian1000 see my above post =D

  • Petaminx please?

  • Im sorry, i couldnt hear, you see, i have this dick in my ear and i got mindfucked....

  • the 7x7x7 has many solved permutations, not just one, since the arrangement of centre pieces is unimportant..

  • WE WA WANT 17x17

  • make one about Oscar's 16x16x16 cube

    

  • MIndfuck!

  • How did you find out how many atoms are in our universe...

  • @rubiksfan2000 hes a magician