Omg ! Thank you so much ! No way this could be done naturally haha I hate those fake pranks, and we could clearly see from the start how the smile face card was forcing it's smile. Great insight dood, and thanks for sharing the support for this theory.
You're on! If I am still around that is, I'll see you eight years from now! It's 2032... Hello future you and future me! Either we've escaped global destruction, or we're right in the midst of it... NB: Quite how I expect to find this comment again, when I can't even remember what I had for breakfast? 🤔
how this works: imagine you mark each square with a number. 1 being the top right, 2 being the top middle, 3 being the top left, and so on. When you are on an odd-numbered space, moving an even number of spaces guarantees you're still on an odd numbered space, and moving an odd number of spaces puts you on an even space. so moving an even number of spaces will keep whether it's an odd or even space, and moving an odd number of spaces will switch it from odd to even and vice versa. Therefore, as long as they can keep track of whether you're on an odd or even space, they can always safely remove one from the opposite guaranteeing you won't be on that space. From there it's just a matter of making sure all the remaining squares stay connected.
Okay but what about when you don't do as he says, picked the house square after he told you to move off of start and stayed there the whole time? Does that make me unpredictable or a spoil sport or a genius for guessing which square he'd remove next?
If anyone is curious on why this works, it's to do with even and odd numbers. If you replay the video and try to fail the test, you literally cant, because to get to a place that he will remove, you would need either an even or odd number of turns. if its even, then he will count to an odd number of turns, and if its odd, then he will count to an even number of terms.
It's impossible landing on any other card when following the instructions. Every turn he counts to a different number, sometimes you have five moves, sometimes three and so on, because he knows that this exact number of moves makes it impossible to land on a specific card. And this card is then removed :D
this works because the specific square you're on doesn't matter, just its parity if you label all the corner squares and the center square as "odd" and the edge squares as "even", each move you make, you're going from odd to even or even to odd so really, only the number of moves matters if it's an even number of moves, you're on the same parity as you were before, and if it's odd, you're on the opposite parity
This isn't about predictability, it's about numbers. Notice he always stops on an odd number. The one he takes away would always require you to take an even number of moves from the one you were on last time he stopped. The symbols are irrelevant. He just boxes you in by removing the ones an even number from the last stop until you only have one option.
When he said that I decided not to move my finger and my card got removed, if I actually made the move I’d have been on the smiley face and have lost 😱
Well, you couldn't guess it until the last moment. But this taught me something. If you can eliminate all possible possibilities it becomes possible to predict the opponent.
i think i have understood the trick, it can be shown in maths. his number of moves are 1,7,3,7,5,7,9 how find a route to each card from the start card, count the steps you move, and see if the number of moves for each card is odd or even (write it on the back), you should now get a checker map like this: (E for Even， O for odd, and start point can be set in any of the E card.) EOE OEO EOE now every time count ODD number of paths (odd adds up will make an even number, so the accumulated moves will be something like odd- even- odd- even.... until the end of the game.) when you say 1 move for the first action, you moved the finger away from an E card and since diagonal is not a valid move, the only options are the O cards, your finger will be moved to an O card regardless which of them you're on. and now you take away any E card, and it's mathematically impossible to be the one chosen by the guy. now count any odd number of moves and the total accumulated moves will become an EVEN number, meaning that the finger is now on one of the E card again, with the same magic, you can take away any O card and it won't be the one. and you can repeat the same steps until all the cards are taken down but one left, as long as you keep the pieces connected and walkable to other cards. now with this knowledge you should be able to make a much bigger EOE card matrix and place your start card on any E card you desire. and it will never fail. steps simplified: (Start card on any E spot) count and walk an odd number of moves, then take away a marginal card in any O spot. count and walk an odd number of moves, then take away a marginal card in any E spot. count and walk an odd number of moves, then take away a marginal card in any O spot. count and walk an odd number of moves, then take away a marginal card in any E spot. count and walk an odd number of moves, then take away a marginal card in any O spot. count and walk an odd number of moves, then take away a marginal card in any E spot. until forever.
It isnt about possibilities, its about the numbers he says, as we all start at the start, if he says an odd number, is imposible to get to the start again, and this aplies to all the figures, odd numbers blocks some, and even another ones
Gerardo Millan yeah that’s exactly what he said, he removed squares that were impossible to end on based on where you started and how many moves he told you to make
Proof that it’s not magic: Let’s imagine the stickers as a matrix, where instead of symbols we assign every sticker a number (a 0 or a 1) in a way that every 1 is vertically and diagonally connected only to 0s and vice versa. Thus we get such matrix: 1 0 1 0 1 0 1 0 1 Notice, that it is impossible to move from 0 to 0 and from 1 to 1. Thus, with every move, we will be switching from 1 to 0 or from 0 to 1. Knowing that we start from a 1 (in the top right corner), we can predict that after the first move, we will be on a 0, after a second - on 1, after a third - on 0 and etc. We can turn this observation into a rule by stating that after every uneven move, we will be on a 0 and after an even, on a 1. Now, if we remove a sticker with a number 0 after an even move (when we are on a 1) and a 1 after an uneven move (when we are on a 0), we are guaranteed that it won’t be the one the player is currently at. The author employs this strategy in order to lead us to the last sticker which he easily guesses as there are no other ones available. If you wanted to expand this trick, you can create an even bigger matrix of stickers like this, and the rule would still work: 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 However, it is important to remember to remove only the numbers from the sides of the matrix, starting with the corners as it is possible for the player to get stuck mid-way in a big one in a situation like this (the player’s number is in brackets and * are numbers that have been removed): 1 (0) * 0 1 * * 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 -> (1) * * 0 1 * * 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1
I was on the sad face on my 1st elimination , on the wavy lines on the 2nd, then chose the smiley face because the one I was on was eliminated so I was on the Q for my 3rd and last elimination
It's a cool math trick and after like years, kinda got it (hopefully) on why it's works. People who said for it wrong, pretty much did something wrong.
I already know this trick. Imagine the board as a checkered board. If the start is black and you move an odd number of times, you will always be on a white square. So you eliminate a black square and so on and so on
My maths teacher is pretty chill and cool. She showed this to us but then explained it as simple as possible and went back to letting us use calculators for our GCSE preps
Its all about maths,he's literally backing you into a corner by eliminating squares.And the alternating odd and even numbers made you chose what the possibilities are.Nonetheless,amazing trick.
No it is about maths as he is intentionally giving us a certain amount of moves so we can’t go to the isolated picture. It’s pretty simple really. That image is probably to trick u into believing he is doing some sort of psychological trick
@@bg1998 You didn't understand. He knows you won't be on that square because it doesn't matter what moves you choose, it is impossible. Try to go specially for the square he is gonna say and you will realize.
Ryan Walsh yep he only ever gives odd numbers, so using math, he can determine which squares are inaccessible and just eliminate them. Has nothing to do with predicting our thoughts and more to do with “prediction” through mathematics. Anyone with enough time on their hands and knowledge in mathematics can do this.
But Its not about predictivity,but you can't possibly (mostly) even after few attempts get there, i counted IT and its true,i think, you can try IT yourself
Its easy to understand how it works because each paper he takes isnt a possibility after a odd number of moves, and every "round" you can only move an odd number of times, taking options 1 by 1 so who said they didnt get predicted played the game wrongly or are lieying
People who say he didn't get it right either broke the rules or they are lying. If he got yours right it means you managed to follow the rules (it's actually a math problem)
Well first of all please write down the moves you made because there should be a mistake in them (you moved one more or one less probably) Imagine paining the tiles like a chess board. The Q l, crossed O, house and unhappy face are black, while the others are white Notice how every time he asks you to move an uneven number of times (1,3,7). Every time you move you change the colour of your tile from black to white or the other way around. Basically this way he will not be able to tell which tile you are on (unless there are only 2) but he will be able to tell the colour of your tile (black or white) So what he does is that he removes a tile from the opposite colour. If you followed the rules and you moved the required amount of times, you can't end up on the tile he removes.
everyone saying he was wrong: he’s not. it’s called math edit: wait omg what the hell happened i didnt really mean anything by this dont take me seriously how in the world would i know LMAO
I heard him and followed the instructions and was on a square he took of Let me show you what I did I was on bottom middle and moved to bottom left and back until I was out of moves and landed on a square he removed
@@Maw0 I guess whether you move diagonally or not, he'll still get it right, because after trying multiple times (moving diagonally twice, more than twice, not moving diagonally at all, and even just jumping to random spots) he'll still get it right.
If anyone is still confused about it, the cards were paid actors
I see, thank you for the insight
Omg ! Thank you so much ! No way this could be done naturally haha
I hate those fake pranks, and we could clearly see from the start how the smile face card was forcing it's smile.
Great insight dood, and thanks for sharing the support for this theory.
Plot twist
I'm dead LMAOOO THAT'S THE BEST COMMENT EVER!
I still dont get it
Everyone saying that he wasn't right
Me sweating in predictable
Its mathematically impossible not to end up on the happy face, they either lied or did it wrong.
Orange I redid the video making sure I did it right and there is a way to not end on the happy face
@@bwebs5074 no, you screwed up trying to end up on something different, it is mathematically impossible to not end up on the happy face, as he said
Orange i did land on it, I'm just curious on how it works if you would mind explaining.
Elmo The Killer how is it mathematically impossible?
My stupid ass thought that I need to move 5 times when he said "5" 💀
Same lol
SAMEEMMEMEMEMME
My bigthrashybrain thought the same untill i saw your comment 😅
oh shit😂😂😂wasnt it
I did the same thing all the time, and still ended up on the happy face!
I'll see everyone in 8 years when UA-cam recommends this too us all again
You're on! If I am still around that is, I'll see you eight years from now!
It's 2032... Hello future you and future me! Either we've escaped global destruction, or we're right in the midst of it...
NB: Quite how I expect to find this comment again, when I can't even remember what I had for breakfast? 🤔
hello
@@WinteerZ2007hello
hii
Hiii lol
All the ones he chose to remove were the ones I was going to choose next.
sameeee
Yeah lol
Same
Yes
Same😂
*only 2 left*
the guy: "move one more time"
me: "no."
😂😂
Bro literally me
I didn't, because at the start he said only to move if he called a number
@@PuurJarrett "one" is a number, right 😄
XD
I like the flashing of the happy note subtlety showing you the end result
ohhhhhhh daaaaamn
i saw that and still failed the test lol
timestamp?
how this works:
imagine you mark each square with a number. 1 being the top right, 2 being the top middle, 3 being the top left, and so on. When you are on an odd-numbered space, moving an even number of spaces guarantees you're still on an odd numbered space, and moving an odd number of spaces puts you on an even space. so moving an even number of spaces will keep whether it's an odd or even space, and moving an odd number of spaces will switch it from odd to even and vice versa. Therefore, as long as they can keep track of whether you're on an odd or even space, they can always safely remove one from the opposite guaranteeing you won't be on that space. From there it's just a matter of making sure all the remaining squares stay connected.
i aint read allat
You saved me from going paranoid. THANK YOU!!
Okay but what about when you don't do as he says, picked the house square after he told you to move off of start and stayed there the whole time? Does that make me unpredictable or a spoil sport or a genius for guessing which square he'd remove next?
@@Muis33no you just didn’t follow the directions
@@tuvv966 Exactly, and I was never going to, so am I unpredictable?
Okay so apparently I'm so predictable that a random guy knew what I was gonna do 8 years in the future?
Oi mate
that's deep
everybody here in 2021
Quick maths
I'm not even 14, and this is still deep!
Hah he did'nt predict that I was not playing this whole time
This is what happens when 2 brain cells collide... And it's mind blowing
O u t s t a n d i n g m o v e .
Well then he still was right the first few times in predicting where you weren't
didn't *
Modern problems require solutions
Well he didn't predict that I'd mess up so as far as Im concerned I won.
You’re unpredictability stupid!
Whenever I'm about to go to bed, sometimes I'll play this video right before. I don't know why, but it always comforts me and makes me sleepy
That's lovely 😊
name checks out
@@pradyumnaanand9071 what
ASMR and nostalgia for me.
I remember coming across this video at least 7 years ago at some ungodly hour
most random comment that i see lately
he only got one of his predictions wrong once, but that’s because i didn’t follow the instructions in an effort to be unpredictable.
@@ItsDrickMC same, i didnt put my finger on the start box
@@ItsDrickMC Maybe because there's choice involved? Duh?
He got most wrong for me
@@Rose-gf1se lmao i did that too once
I did follow the instructions and he was wrong
The most annoying thing for me is that I always knew which square he will remove next but I couldn't reach it
Emm...intuition? I don't know to be honest. I guess I was just lucky. But I knew it almost every time
same
@@anel9067 cause its an algorytm you can try to understand what he is goingt o remove next
@Lalo you can sorta guess that it'll be the most secluded square, or a square that requires a different amount of moves to what he's saying.
@@coconot1664 !!
If anyone is curious on why this works, it's to do with even and odd numbers. If you replay the video and try to fail the test, you literally cant, because to get to a place that he will remove, you would need either an even or odd number of turns. if its even, then he will count to an odd number of turns, and if its odd, then he will count to an even number of terms.
It’s possible if you repeat the squares
it is possible. he read me like a book the first time but when I saw this comment I tried failing and succeeded on my first try
@@Waronus😂
I won bro
@@MuniraWarsame I tried, unless you don't move the first time, you can't reach the house before he removes it.
Bro, I landed on the house the second before he removed it
guy: don't move diagonally
me: moves diagonally "bet he didn't predict that"
B-b-but you weren’t meant to do that
Tru, u r the tru rebel XD
69th like
god the actual single funny comment here
*This comment was copied off of silkpup but okay..*
my brain: *thinks its smart because it’s playing with two fingers*
this guy: *gets both fingers correctly*
Sebastian Zuñiga Salazar gg
Same😂
Same
Ah shit, i wanted to olay that Trick, but it was on my mobile so my fingers got knottet after the first round anyway...
It’s just math, you can’t get anything else, no matter what you do
i come back here every few years and he always gets me
yeah...basic math doesn't change randomly, lol
math will most likely never be changed
NGL I thought it was to see how long I could last before he got the one I was on so I predicted his moves
3 people in the comments:
- he got it right
- people who cant follow basic instructions
- liars
Exactly
I just noticed what was the trick. He flashed the smiley face on 01:03 quickly
@@kimjiwoo9031 no that doesn't matter
If he shows a different picture or shows none at all you still end up on the happy face. It is simple math
@@peterkorinek9881 it is possible to be on the V for the second one
@@peterkorinek9881 oh no actually it isn't I skipped the first move
bet he didn’t predict this would be in our recommendations in 7 years
*bet he did*
Bet he just realised
XD
I bet he didn't
bet most of you didnt watch this when it was uploaded
He took off my post-it note when he removed the 3 arrows there .
I'm so unpredictable i messed up with the instrucyions💀
Okay next: *predict when my dad comes back*
Next week you'll se your dad and his new wife
Step 1: win in lotto
ouch.
When you win on a lottery, or be famous
@@143platonicly don't forget the car, the spoiled child and the dog/cat
I was like "he's not gonna get me, I'm moving way too randomly" and then I landed on the happy face.
Roman A. Same 😭
It's impossible landing on any other card when following the instructions. Every turn he counts to a different number, sometimes you have five moves, sometimes three and so on, because he knows that this exact number of moves makes it impossible to land on a specific card.
And this card is then removed :D
@@cherrynado It's no prediction at all haha, it's guaranteed.. but sure a fun experience! ;)
SAAAMEEEE😭
because there are two choices and he knows what you'll choose,btw i choose the other🙂
Wow in my recommended 11 years later this is a piece of history that shall be passed down in the recommended for years to come
this works because the specific square you're on doesn't matter, just its parity
if you label all the corner squares and the center square as "odd" and the edge squares as "even", each move you make, you're going from odd to even or even to odd
so really, only the number of moves matters
if it's an even number of moves, you're on the same parity as you were before, and if it's odd, you're on the opposite parity
Oh my god I'm so stupid i thought i was winning everytime he removes a post it and my finger isn't on it.
same lmao
oh my god same, i only realized i was being "predictable" halfway through the video lmaooo
Lmao same
Same
bruh my finger was on the one he removed twice, I think I might've done it wrong 😭
No one:
Me: tries to play it sMaRt, going back and forth between the same sheets so he won’t get it right
Also me: *fails*
I cheated and didn’t start on the start square and still lost
@@hectichighlights882 LOL
@@hectichighlights882 yeah i literally did it and moving back and forth and still lose.
SAME WTF
@@myrtila I like ur pfp
i think i remember seeing this video a while ago and lost, but this time i ended up on one he removed. did i mess up? i just kept going back and forth
This isn't about predictability, it's about numbers. Notice he always stops on an odd number. The one he takes away would always require you to take an even number of moves from the one you were on last time he stopped. The symbols are irrelevant. He just boxes you in by removing the ones an even number from the last stop until you only have one option.
Math: exists
People who say they beat him: *No*
Wouldn't it be backwards?
People who say they beat him: exists
Math: *No*
But I did it over and I beat him so I'm rlly confused rn
Mingi's Fix On did you do it right? U cant move diagonally and you have to move once every time he says a number.
Mingi's Fix On i think that’s kinda mathematically impossible
you literally can beat him... it's not that hard...he said I wasn't on the wavy lines...I was on the wavy lines...easy
Him: Make one last move now.
Me: *Closes youtube*
Him: An outstanding move
Modern problems require modern solutions.
Nah, my iPad will just kill itself on its own, its 16% anyways
When he said that I decided not to move my finger and my card got removed, if I actually made the move I’d have been on the smiley face and have lost 😱
HJAJSJSJBDBE
@@MustacheDLuffy same
OMG IM IN LOVO WITH THIS TIPE OF VIDEOS
I’m so unpredictable that I didn’t even understand the instructions👍
Crush : "I like bad boys"
Me : *goes diagonal*
Username checks out
Copied comment
Nahi aap chutiye broo
when the crush says like bad boys. i tell her i do not use the candom
NV lol
man, I thought I was sooo smart when I just decided to go back and fourth between two spaces the whole game.
somehow he still won...
SAME LMAOO
Me 2
Wilbur too
same
SAME
Well, you couldn't guess it until the last moment. But this taught me something. If you can eliminate all possible possibilities it becomes possible to predict the opponent.
i think i have understood the trick, it can be shown in maths.
his number of moves are 1,7,3,7,5,7,9
how find a route to each card from the start card, count the steps you move, and see if the number of moves for each card is odd or even (write it on the back), you should now get a checker map like this: (E for Even， O for odd, and start point can be set in any of the E card.)
EOE
OEO
EOE
now every time count ODD number of paths (odd adds up will make an even number, so the accumulated moves will be something like odd- even- odd- even.... until the end of the game.)
when you say 1 move for the first action, you moved the finger away from an E card and since diagonal is not a valid move, the only options are the O cards, your finger will be moved to an O card regardless which of them you're on.
and now you take away any E card, and it's mathematically impossible to be the one chosen by the guy.
now count any odd number of moves and the total accumulated moves will become an EVEN number, meaning that the finger is now on one of the E card again, with the same magic, you can take away any O card and it won't be the one.
and you can repeat the same steps until all the cards are taken down but one left, as long as you keep the pieces connected and walkable to other cards.
now with this knowledge you should be able to make a much bigger EOE card matrix and place your start card on any E card you desire.
and it will never fail.
steps simplified:
(Start card on any E spot)
count and walk an odd number of moves, then take away a marginal card in any O spot.
count and walk an odd number of moves, then take away a marginal card in any E spot.
count and walk an odd number of moves, then take away a marginal card in any O spot.
count and walk an odd number of moves, then take away a marginal card in any E spot.
count and walk an odd number of moves, then take away a marginal card in any O spot.
count and walk an odd number of moves, then take away a marginal card in any E spot.
until forever.
It will fail in a case, where the player moves continuously between to stickers and then gets trapped with no moves left
not if you only take away the marginal notes and keep all the paths viable @@bulbazaurrex1898
but his start card is on an ODD
@@markylon It’s not. It’s assumed he starts at 0 (because he doesn’t need to do any moves to get there) and 0 is an even number
your mum
It's less about "predictability" and more about mathematical possibility, but that's still pretty fun.
It isnt about possibilities, its about the numbers he says, as we all start at the start, if he says an odd number, is imposible to get to the start again, and this aplies to all the figures, odd numbers blocks some, and even another ones
@@geroac25 I know, that's what I said.
@@geroac25 I think that's what he meant by mathematical possibility.
Gerardo Millan yeah that’s exactly what he said, he removed squares that were impossible to end on based on where you started and how many moves he told you to make
Stop poo pooing everything, let guy have his fun
He didn't predict me, I just knew where he wanted me to go.
same
So technically "we" predicted his prediction on us.
I wonder if the quick flash of the happy face near the beginning was to try and subliminally make you choose it, or if it was just a editing gag.
@@craig2196 timestamp?
@@angelaoriel5912 around 1:02
he didnt predict even a single option of mine
It’s simple, on any odd move you can’t be on the edge or the centre of the square and on any even move you are forced to be on the edge or the centre.
After reading the comments I feel like I'm the only person who he actually predicted where my finger would be
same
Don't worry I've seen a comment that stated that is mathematicaly impossible not to end on the happy face so they are lying
Same bruh-
Same tho
He predicted me..
Me:breaks the rules and goes diagonally
Also me: still ends up on the happy face
Mission failed, we'll get em next time.
Lol
We got'em On The First Half Not Gonna lie.
lol
this is my fav comment on the internet
I was on the happy face most of the time, this is interesting.
Immediately went to the bottom right corner when I could.
The fact I was on the wavy line thinking just because I was close to the end he was going to get it.
When you don't follow the instructions and he stills predicts what you land on
Dude, same, wtf
after 9 months, you got recommended this again didnt you
it didnt take 7 years this time, it took 9 months lol
Yeah, me too
@@imaesthetixanna3508 yea
this guy: *gots it right*
Me: *cold sweats*
cold sweat by para :D
me: *shut off the windows*
I got so scared
@@visogero3123 ayo Wilbur pfp O_o
@@seabur2472 indeed
Damn you're so spot on👑
I started watching this channel and I think I like it
FUCKIN HELL IT GOT ME AGAIN AFTER 3 YEARS I'VE TRAINED
Me after 6 😵
damn
SAME I WAS GIVING MY HARDEST TO BEAT HIM BUT HE STILL WON AHH
How'd you train?!!
It is because you trained that you are so predictable.
Worst part is that the one card he took away each round was my destination, but I couldn't quite reach it
Same
Me too :(
There were 3 times when he decided to delete the one I was already on ;-;
LOL
Oh same I was like dude stop ur freaking me out
Proof that it’s not magic:
Let’s imagine the stickers as a matrix, where instead of symbols we assign every sticker a number (a 0 or a 1) in a way that every 1 is vertically and diagonally connected only to 0s and vice versa. Thus we get such matrix:
1 0 1
0 1 0
1 0 1
Notice, that it is impossible to move from 0 to 0 and from 1 to 1. Thus, with every move, we will be switching from 1 to 0 or from 0 to 1. Knowing that we start from a 1 (in the top right corner), we can predict that after the first move, we will be on a 0, after a second - on 1, after a third - on 0 and etc. We can turn this observation into a rule by stating that after every uneven move, we will be on a 0 and after an even, on a 1. Now, if we remove a sticker with a number 0 after an even move (when we are on a 1) and a 1 after an uneven move (when we are on a 0), we are guaranteed that it won’t be the one the player is currently at. The author employs this strategy in order to lead us to the last sticker which he easily guesses as there are no other ones available.
If you wanted to expand this trick, you can create an even bigger matrix of stickers like this, and the rule would still work:
1 0 1 0 1
0 1 0 1 0
1 0 1 0 1
0 1 0 1 0
1 0 1 0 1
However, it is important to remember to remove only the numbers from the sides of the matrix, starting with the corners as it is possible for the player to get stuck mid-way in a big one in a situation like this (the player’s number is in brackets and * are numbers that have been removed):
1 (0) * 0 1
* * 0 1 0
1 0 1 0 1
0 1 0 1 0
1 0 1 0 1
->
(1) * * 0 1
* * 0 1 0
1 0 1 0 1
0 1 0 1 0
1 0 1 0 1
I was on the sad face on my 1st elimination , on the wavy lines on the 2nd, then chose the smiley face because the one I was on was eliminated so I was on the Q for my 3rd and last elimination
Hahaha jokes on him he didn’t predict I wasn’t playing the whole time
Ok Einstein
😂😂 LOL
Haha jokes on you, you just wasted 2:25 min of you time
@@azariahvalentine9366 jokes on you, you just wasted time replying to me
Lol
Everyone: predictions
My phone screen: I don't know what your doing, but could you *not*
lmfao
Standoffz lmao now this is how you’re supposed to do these types of comments not just like
everyone: predictions
me: what do I do
KKKKKKKKKKK
Your phone is feeling getting touched
i cose square the last time
I'm completely impredictable...makes me feel like i didn't follow the instructions
FIRST TIME MY MOVEMENTS WEREN’T PREDICTED
Me: *tries to be as unpredictable as possible*
This guy: "math says no."
That’s really good
He only got me on the last one-
maths*
@@Ak1rameowmeow wdym the prediction was you would end up on the smiley face on the bottom right
@@jayplays1710 no man i literally watched this a month ago
But now i really tricked him😎
Everyone: "everyone is saying he got it wrong"
Also everyone: "but he got mine right"
*confused noises*
Yeah i was on the happy face lol
It's a cool math trick and after like years, kinda got it (hopefully) on why it's works.
People who said for it wrong, pretty much did something wrong.
Same
You can't get it wrong lol. Its mathematically impossible.
The people saying he got it wrong didnt do it right.
it recomended me after 11 years and i crack the pridiction
I was just moving it every direction so that i could cover every paper XD
I already know this trick. Imagine the board as a checkered board. If the start is black and you move an odd number of times, you will always be on a white square. So you eliminate a black square and so on and so on
bruh never understood the trick but now i did. thx :D
thank you now imma go prank my friends and freaking them out
I was thinking it was something like that
Yea its really interesting how it works, and once you know it its obvious, but while you dont know it its like sorcery
You know he might even have colored the back of all the notes black and white 😂
My math teacher laughed so hard then gave a 15m speech on how this works
Math teachers, amiright
What did he tell you?
My maths teacher is pretty chill and cool. She showed this to us but then explained it as simple as possible and went back to letting us use calculators for our GCSE preps
15m speech🤣🤣🤣
I Choose Sad Face NGL 😆
WHATTT THIS IS AMAZING HOW DID HE DO THAT
Why make it so comlicated?
You can do this with making them only move 2 times
■■■
Guy: Make one last move now.
*Me: Closes youtube*
Me: "bet he didn't predict that"
this is so good
Got em
Got em
That was a good one 😂
You mad lad
Its all about maths,he's literally backing you into a corner by eliminating squares.And the alternating odd and even numbers made you chose what the possibilities are.Nonetheless,amazing trick.
True true
P.S. you watching this 9 years later too 🤣
@@vanyagelimson6034 thanks to the algorithm
denial is apart of acceptance
Yup
@@vanyagelimson6034 recommended 😂
the fact that i knew which square he will remove but i thought he predicts on what square we chose and remove it
I went diagonally just to fuck with him.
This is good math, it's impossible to go on the house at the start and it basically forces you not to be there by using math. Incredible.
I did go to the house (?) what is wrong with me ahahahha
But in the second puzzle after this apart he has failed,i have chossed de ball with risc
He kept getting me until my hand was on the arrow and he removed it XD
@@willaminab7024 same lol and I was confused seeing this comment
Can you explain a bit ?
As annoying motivators keep forcing me to think outside the box, I'm outside of those pictures now, moving around behind him.
I tried my hardest to survive but I realized at the end your supposed to try to get eliminated 💀
I'm so unpredictable I didn't even follow his instructions
Same... but is that me trying to be unpredictable or just not caring if I don’t follow the instructions? That is the question...
That's not being unpredictable, that's just cheating xd but whatever works best for you :3
@@lemonchewinggum2478 /woooosh
Wait thats illegal
@@Sam-ib5vu there's no joke for her to miss. it's not a woosh
This isn't about psychology. This is about mathematics.
No it is about maths as he is intentionally giving us a certain amount of moves so we can’t go to the isolated picture. It’s pretty simple really. That image is probably to trick u into believing he is doing some sort of psychological trick
@@bg1998 You didn't understand. He knows you won't be on that square because it doesn't matter what moves you choose, it is impossible. Try to go specially for the square he is gonna say and you will realize.
@@bg1998 the picture mightve been a mistake :3
exactly 😂 those of us who have a maths brain are relatively unimpressed
Ryan Walsh yep he only ever gives odd numbers, so using math, he can determine which squares are inaccessible and just eliminate them. Has nothing to do with predicting our thoughts and more to do with “prediction” through mathematics. Anyone with enough time on their hands and knowledge in mathematics can do this.
I knew this would get recommended to me after 10 years
Man. This worked.
Everyone: *laughing bc he wasn’t correct*
Me: *laughing nervously bc he got it right 3 times*
But Its not about predictivity,but you can't possibly (mostly) even after few attempts get there, i counted IT and its true,i think, you can try IT yourself
Its easy to understand how it works because each paper he takes isnt a possibility after a odd number of moves, and every "round" you can only move an odd number of times, taking options 1 by 1 so who said they didnt get predicted played the game wrongly or are lieying
me: *laughing nervously because he got it right every time*
He got me right EVERYTIME
Me: *laughing nervously because he got all right*
Everyone: “haha he didn’t get it right”
Me: “What kind of witchcraft is this?
People who say he didn't get it right either broke the rules or they are lying. If he got yours right it means you managed to follow the rules (it's actually a math problem)
Truuuuuuu
Well first of all please write down the moves you made because there should be a mistake in them (you moved one more or one less probably)
Imagine paining the tiles like a chess board. The Q l, crossed O, house and unhappy face are black, while the others are white
Notice how every time he asks you to move an uneven number of times (1,3,7). Every time you move you change the colour of your tile from black to white or the other way around. Basically this way he will not be able to tell which tile you are on (unless there are only 2) but he will be able to tell the colour of your tile (black or white)
So what he does is that he removes a tile from the opposite colour. If you followed the rules and you moved the required amount of times, you can't end up on the tile he removes.
@@peterkorinek9881 that is very informatioal thankyou
I got confused all the way so he didn't get my answers right at all :(((
bro the entire time i thought when he took one away it meant im unpredictable
Imagine a super hero movie where the villain just pulls stuff like this on the hero.
i think everyone'd watch it
everyone saying he was wrong: he’s not. it’s called math
edit: wait omg what the hell happened i didnt really mean anything by this dont take me seriously how in the world would i know LMAO
And it's called "you did it wrong."
I heard him and followed the instructions and was on a square he took of
Let me show you what I did
I was on bottom middle and moved to bottom left and back until I was out of moves and landed on a square he removed
@@tourmelion9221 Where did you start at first?
@@tourmelion9221 ua-cam.com/video/rZ3Pc_1Py1g/v-deo.html
he was wrong on mine because i kept moving up and down
Everyone: “wrong lol”
Me: *panicking because he got it all right*
He got it right for me too. lol
Lmao same for me
Because he can't be wrong (if you played correctly)
So all of you didn't cheat and understood the rules
Same
It's not prediction, it's just math, so far as you follow the rules results are guaranteed
But if you do it wrong.... well
i predicted him trying to predict me but i still couldn't win
idk why im getting this reccomended again after years but i beat it this time idk where i lost last time tho
Bet he didn't predict I would go diagonally
*_Hmmm..._*
But you aren't supposed to go diagonally
@@alpha_cadet6860 spurt
silkpup outstanding move
Mr PewPew r/woosh
Guy: Make one last move now
Me: *_moves diagonally_*
that's illegal
lol
how dar you
TO WHERE I- 😂
But you couldent move diagonally on the last move anyway-
YA GOT ME. Let's see if I still make the same choices when I randomly stumble on this video in a few years...
i just kept going between the bottom two at first then just randomly going wild. i guess im not predictable
Plot twist: it isn’t prediction or maths, this is a live video and he has a camera behind you
But he was wrong
Fbi
You actually scared me for a moment
Moo is tryna a get 2000 subs lol nah man the camera was off so he had to guess
why did I turn around LMAO
Me: moves diagonally
Him: still gets everything right
*nervous sweating*
That's what you get for breaking the rules.
then you moved 2 times diagonally
@@hendrik6156 I can't remember, but I probably did lol
@@skids3332 Do it again to see if they're right.
@@Maw0 I guess whether you move diagonally or not, he'll still get it right, because after trying multiple times (moving diagonally twice, more than twice, not moving diagonally at all, and even just jumping to random spots) he'll still get it right.
the sad part about this video is when you watch it you have to wait ages to watch it again so you can’t remember what he did
He removed the paper note in like 2nd to the last that I had put my finger on, did he win?
Pretty sure this is a mathematical thing considering he was the one deciding how many moves we got. We couldn’t really choose for ourselves.
It's not I think cas he was wrong and I didn't made any wrong moves
@@syro8777 I think you did, you'd have to end on the smiley face if you did it right
@Max how did you end up on the house? Write down the 8 moves you made
@@syro8777 you made a mistake. That's a fact
Exactly
He said to move Up, Down, Left and Right, so I move outside the box and wander around in the empty space.
Holy shet master.. *boom mind blown 😂😂you are UNPREDICTABLE
Dont hate the player hate the game haha
Rules are rules ....we followed em
hes out of line but hes correct or should i say hes out of box buh dum *slams head into symbol*
you are the chosen one...stay safe the world needs you
bro I landed on the unhappy face
I always come back to this video when I see it and I still always get tricked no matter what
I moved diagonally on the first move. Bet he didn't predict that.
how could he??? hahaha
Lol
I had him beat on the V. He had me on the house though. Also it's not as fun if you don't play by the rules he gives.
@@ulyssesthedm if you beat him the you did something wrong lol
No cause that’s just wrong😅😂🤣