ikr, I kept wondering how can they not figure out the only 2 ways to solve it. the way they did or that one in reverse edit: for those saying there's more ways to do it, I get it so stop bothering me with it. jeez
In a graph, you can make an eulerian path if all the nodes have an even number of edges except 2. In this case you have to start from the nodes with odd number of edges
This is acrually a key idea in decision maths, basically every place where 2 lines meet is a node and if you notice 2 nodes have an odd number of lines meeting there and the rest have even. To solve the puzzle you need to start and end at the different odd nodes cause each time you reach a node that isnt your end point, you need 1 line to enter and 1 line to exit
You have to observe the shape, it's one of these: 1. every intersection has an even number of paths - start anywhere, not much of a challenge 2. two (no more, no less) intersections have an odd number of paths - start and end in on of those intersections If the shape is not in any of these groups, it's impossible to draw
There are literally only 2 options to perfectly do this without overlapping lines. 1. Is the last solution 2. Is similar to the 1.: You start at the right side of the top square, just before the square runs into the vertical long line.
The trick to do those kinds of puzzles is to start in a corner where an odd number of lines start. If there is 3 or more zones with an odd number of lines, it's impossible to do. If there's only one...well, there can't be only one, but the 1st zone is where you have to start and the second one is where you have to end.
@@drianol4624 there are many, but all have in common that you start at the flag and end at the right end, or the other way around (the nodes with the odd number of edges into it)
I dont think you've thought this through, they edited those lines so we can see how much progress they have made, its utterly impossible to see the lines without the clip being edited
Look at the verticies. Even ones are nothing to worry about, you can enter and leave. But odd ones are tricky. So if you have 2 odd verticies, they must be where you start and end.
Solution: 1.If the graph has no nodes with odd number of edges, then every node can be the start/end 2.If there is only one node with odd number of edges, then the node is the state and end 3.If there are 2 nodes with odd number of edges, then one of them is the start, the other is the end 4.If there are more than 3 nodes with odd number of edges, then it’s impossible
Ah yes, an Eulerian Path. I am not gonna go in detail, but if you are struggling, remember that it's only possible to be solved if you start and end on an odd number of lines connected to a single node
I actually found a different way. I started at the far right side where the 3 lines connect and just drew the bottom line of the triangle starting from there. Simply finish the rest of the triangle until you have the bottom semi circle to do all the way to the flag and voila.
We learned how to solve such riddles in school last month. It's pretty simple: You always start at a point where an uneven number of lines cross and the rest goes nearly by itself.
@@jeremysun7365 That's interesting. Because I'm in 9th grade - so we learned it 6 years later than you. I guess the difference between the educational policies in different countries can be seen here.
every comment is missing the fact that they are blindfolded lmao The challenge is that they are all blindfolded and presumably have to start really quickly after taking the blindfold off, not being given much/any time to think about where to start. It’s easy to figure out after a few seconds but it looks like the idea here was to give them almost no time to think about it before going. It’s a lot harder and more down to luck when you consider you are basically just guessing at where to start and what to do.
This is a semi-Eulerian graph. There are exactly two nodes with an odd number of connections. Start and end at those nodes and you should complete it successfully.
That's actually pretty easy when you know graph theory( and in general but especially when you know graph theory) Because you know you need to start and end on the ones with odd number of ways to go
Of course it's fake, making people look dumb so you think you're smart and stay until the end of the video "knowing" what the solution is... Oldest trick in the world
For these: count the edges coming from the vertices. If there are ONLY two that have an odd number of edges, you must start at one and end at the other. Here, these two are at the bottom of the flag and upper right of the boat.
and you also have to make sure u end at a corner with an odd number of edges out of it since there are 2 vertices with an odd number of lines out of it
The trick to Euler circuits is by starting and ending at a vertex that has an odd number of paths coming from it. Or at least that helps in finding the solutions to the hard ones.
Also, puzzles like this work if and only if there are exactly two intersections with an odd number of lines going into them. If there are no intersections like this then the puzzle will be too easy, if there are more than two then the puzzle will be impossible.
@@Freakinawesome333 it’s possible for a puzzle not to work with two odd-numbered intersections. it’s also possible for a puzzle to work with one or zero odd-numbered intersections
Who is uneasy about woody not starting from right vertex of triangle....😔 Edit : Thanks for the 100 likes guys. This is first time I got this much. 1K😮
That's the easiest puzzle I've ever seen
🤓
Sai kha
🤓🤓🤓
Agreed
ikr, I kept wondering how can they not figure out the only 2 ways to solve it.
the way they did or that one in reverse
edit: for those saying there's more ways to do it, I get it so stop bothering me with it. jeez
Damn these guys really graduated from kfc wet floor sign leg fr
The leg tho 💀
Bro this hes gunny by a overused unfunny comment almost in 2024☠️☠️☠️☠️🤖
@@quemiracapoxdbro no one can read your reply clearly.
@@quemiracapoxdwhat
anyones more educated then you.
It’s a semi-Euler graph so you have to start from a vertex that has odd number of edges. You can start from the very right or bottom of the flag.
Yes in this case 😎
Yep, it's a Euler Path
Bro really bought up this shit on a CZcams short
@@Thatsweat its a youtube short about literally this *exact* problem. that is very specifically what this is for
Bottom right of triangle
In a graph, you can make an eulerian path if all the nodes have an even number of edges except 2. In this case you have to start from the nodes with odd number of edges
Graph theory lol
nerd
@@sexy.lemons "nerd" - 🤡
Eulerian graph has solely even nodes. semi-Eulerian graph has exactly 2 odd nodes
These guys graduated from McDonald’s academy 💀
UNDERATED LMAO
Ikr
OMFG I DIED😂😂😂😂😂😂😂😂😂
@@XAuroraXx 😊😊😊😊😊hd😂😂😂
@@XAuroraXx ñ😊
How cavemen solve a puzzle:
cavemen didnt have to solve puzzle , they just solved puzzle
Right they could just start from the flag and stuff but nope hard ways
yes, you gotta have like an iq of 75 to not guess this on the first try, or be on a full on meth spree
ezzz
Cavemen can solve this puzzle faster than these guys
This is acrually a key idea in decision maths, basically every place where 2 lines meet is a node and if you notice 2 nodes have an odd number of lines meeting there and the rest have even. To solve the puzzle you need to start and end at the different odd nodes cause each time you reach a node that isnt your end point, you need 1 line to enter and 1 line to exit
We need to see more competent people. That guy always win, he is in a league of his own compared to the others
He isn't the one who always wins. It is between 2 people, and the guy that won this one usually wins less than the other one.
The difficult part was to act like not knowing to solve that easy puzzle 😂😂
most east puzzle ever
You know what's more difficult? The west puzzle
It is physically impossible to do this puzzle if you can’t cross lines
ض١١١1١ش
\,/,---,U, ---,｜, -,｜,-
I can’t be the only one who figured it out as soon as they saw it-
same
There’s three ways to solve it that I saw
Trust me ur not
Luckily, no, you aren't
Ur not alone XD
The editor needs a raise
Last guy so excited that he pissed himself 💀
Aint no way it took them that long to figure it out. It clicked in my head as soon as I saw it
Ikr
Boys will be boys
@@kingmathieu5154
They are blindfolded they can't see what the other people did
@@pikapeach3071 Yeah, even then the person thats drawing should be able to see the pattern, no?
"I'd just stop if I were you" 😭😭😭💀
As soon as i read this comment, some guy said that
You have to observe the shape, it's one of these:
1. every intersection has an even number of paths - start anywhere, not much of a challenge
2. two (no more, no less) intersections have an odd number of paths - start and end in on of those intersections
If the shape is not in any of these groups, it's impossible to draw
😂😂😂 bro casually said why you even carrying on
I just noticed there's two ways to do it but white hoodie did it the least common way. Nice! 👍
He did it the wrong
🤢🤢🤢🤢🤢🤢🤢🤢🤢🤢🤬🤬🤬🤬🤬🤬🤬🤐🙅♂️🙅♂️🙅♂️🙅♂️🙅♂️🙅♂️🙅♂️🥂
There are many many ways tho
There are 3 that I can find
@@whyaskpage no he didnt
Similar to watching those game ads of only 99% can do it 😂
Yes yes yes yes p
90% of them in this video couldn't get past pink level.
You are so right; all they want is the increase the interaction of the viewers on their channel by making people comment on their posts! Thanks.
i do this
Yes
i miss that "unLucky" part 🤣
The funniest thing woody showed them all how to do it 😂😂 just left one line 😂😂
That’s what I was thinking
Blindfolds 😅
I'm sitting here the entire time seeing FOUR ways to solve this and losing my mind cz they can't see ANY one!😭🥴
I literally drew it multiple times on the back of an envelope before getting half way through the video hahaha
إلى لايمنيزؤ.مصتبزتثنتبخثويخيتBienvenue dans le presse-papiers Gboard. Le texte que vous copiez est enregistré ici.
At the begging that YES-NOOO🤣
@@walidbouharaoua3799 ظهر
Right💀
When you realise that the first one did correctly if he started from straight right.
No. The line below, or line to the left wouldn't have been possible for him to get.
There are literally only 2 options to perfectly do this without overlapping lines.
1. Is the last solution
2. Is similar to the 1.: You start at the right side of the top square, just before the square runs into the vertical long line.
If he would have started at the bottom right of the triangle and went up he would have made it.
The trick to do those kinds of puzzles is to start in a corner where an odd number of lines start. If there is 3 or more zones with an odd number of lines, it's impossible to do. If there's only one...well, there can't be only one, but the 1st zone is where you have to start and the second one is where you have to end.
@@drianol4624 there are many, but all have in common that you start at the flag and end at the right end, or the other way around (the nodes with the odd number of edges into it)
If you ever think you’re worthless, just remember there’s these guys doing this
The first guy woulda gotten it as well if he'd just started on the next right corner instead.
Nobody realised that the line was too perfect and went over them💀
I dont think you've thought this through, they edited those lines so we can see how much progress they have made, its utterly impossible to see the lines without the clip being edited
Gah damn you're dumb
i did i am looking for people that relised in the coments
?
Yeah...thts just to show us wht they did cus they drew with a thin marker
How could anyone not get it after the first guy practically showed you the right way
How can someone not solve it after one look?
They are wearing blindfolds, but yes this is incredibly easy
Because they were wearing blindfolds. It's kinda hard to see through them.
They’re wearing blindfolds
Because they’re obnoxious idiots looking for internet views?
When the NPCs finally solve the puzzle on day 142
this is a great one! I needed hours to do this!
You don’t have to be that smart to actually be able to do that 😂
Its really not that hard
Fr but we cn conclude that one trait is certainly passed down through the whole family tree..
You just have to be tall
I solved it after like 10 seconds
👫🦶✍️😚😍👇
i just stood at my desk internally screaming at them to get it right. omg
😂😂😂 aah same, just mine was not internal.
Just pure idiots..thats how i surpass my feelings💀
@@tusharha_.r jhgkc
Please tell me they're doing this on purpose, or human may really be devolving at this point.
@@livelydodo yeah uhh well, they are actually doing it and its not staged
Meanwhile Lisa be like:
“It’s just so easy why can’t you just do it right?!” “They keeps messing up” “ONE MORE TIME!” “NOPE ONE MORE!”
Look at the verticies. Even ones are nothing to worry about, you can enter and leave. But odd ones are tricky. So if you have 2 odd verticies, they must be where you start and end.
It's so simple that I want to cry
🫶😽😻
@@michellemarques2266 Wtf
@@michellemarques2266 yep. It's so stupit
FR
FR
Took me like 2 attempts to see it, and I'm on sleeping pills right now.
That make the too of us
@@Master_KSL34 that makes the three of us
@@yukisob that makes the four of us
WTF you take pills
@@ameer.a_r that makes the five of us
I love how ads have stolen this video for their games 💀
Most easier one seen far!
Me thinking the challenge was to draw perfect lines😅
aame here 🤣
Samee
Lol
Same lol
Same, at first lol
Error 404- Brain cells not found
Everyone says they're dumb but then I realize they're blindfolded.
Solution:
1.If the graph has no nodes with odd number of edges, then every node can be the start/end
2.If there is only one node with odd number of edges, then the node is the state and end
3.If there are 2 nodes with odd number of edges, then one of them is the start, the other is the end
4.If there are more than 3 nodes with odd number of edges, then it’s impossible
Bros literally keep their brains in their knees
Bro just start from the top 😭💀
From top its easy
@@sylox3486 هو من الاعلى صح ✅
or the edge of the boat on the right side
You can’t start at the top of the dlag
You can’t make a square without crossing over
They waited till the last second so they can all dramatically scream
Give this to a 2nd class student in Asia
The satisfaction I got when white hoodie started from that point
Ikr lol
@@lovinq._.b4k3r18
Good
It's still wrong. He crossed the red line
8l
the fact that there is multiple ways to do it-
true, i see 3..😁
Yes
@@leenperegrino1126 12 in total
@@charlieg6799 ???
@@charlieg6799 two - the bottom of the flag or the rightmost corner. They all start at one and end at the other one.
The first guy literally shows how it's should be done
coolest part is with a little graph theory knowledge like euler circuits, you can easily destroy these puzzles
that was so simple, even a baby could solve it-
they are baby btw.. YK..
I know thats a joke but baby coudnt solve that unless they are genius
@@probably8712 A 6-year old kid definitely can
Correct
I just did it in first try today at my class
Meanwhile red line that was painted while photoshoping:🗿
It’s because they drew it with something light, so they made it more noticeable by editing in a red line
yeah lol
The goal is to draw it in one line not to fill it perfectly
@@Anonymous-ei8ex can you read? They talked about the red line being photoshopped
@@lividoesstuff r/woooosh you didn't get the joke
Ah yes, an Eulerian Path.
I am not gonna go in detail, but if you are struggling, remember that it's only possible to be solved if you start and end on an odd number of lines connected to a single node
I actually found a different way.
I started at the far right side where the 3 lines connect and just drew the bottom line of the triangle starting from there.
Simply finish the rest of the triangle until you have the bottom semi circle to do all the way to the flag and voila.
Now I see who direct those game ads.
Best comment ever 💀😂
😂😂😂😂
And even they managed it so seriously
мне 15 лет и я задаюсь вопросом.. вы что.. совсем тупые? это уровень ребёнка которому 4 года..
777, lucky!
"Just act excited, they'll watch"
And I did 💀
@@xpt0557same
This is why i love the dont recommend button
This feels like a mobile game ad
bro graduated from mcdonalds harvard
The fact that crossing it was a lose but at the end it was a win 💀
crossing lines, that just counts as a corner
Please tell me this is satire and you're just not that stupid
So is no one gonna talk about how they went through the lines and defied logic?
and how he wiped a line that was never drawn?
@@georgewilliams551 nah there was a line
They do this so that it looks more clear
It wasn’t acc drawn the line was just edited on to what was there
Greenscreen
the first option is correct. he specifically began not to draw a line from three points
These people probably have the most Oscars in the world
Me the whole entire vid: DIDN'T NEED TO CUT ME OFF
But you didn’t have to cut me off*
SAME! 😂😂🤣
Make out like it never happened and that we were nothing
qq@@Dumb- and I are going1vd we w
Cringe
Nice acting skills guys!
Never seen people struggle over puzzles that easy to solve before, props to you!
@🛡️ومِنهم مَن ينتظِر bro what does this have to do with puzzles
250th like
bro they're having fun and that's all there is, people are probably miserable around you.
Finally, my knowledge of semi-Eulerian graphs has come in useful.
This puzzle is soo easy. I was getting frustrated watching this but I don't want to say anything mean! You have an amazing video!!🎉😊
youtube shorts are like the backrooms. you just suddenly end up in some random ass place and have no idea how you got there
LMFAO FACTS
Its funny and true, favorite comment. You get a follow from me now
I also have adhd
That's too true.
There are so many shorts that this applies to. At this point it’s not even funny
We learned how to solve such riddles in school last month.
It's pretty simple: You always start at a point where an uneven number of lines cross and the rest goes nearly by itself.
and if there are more than two odd intersections it is impossible
It is grade 3 material if I remember it correctly.
@@jeremysun7365 That's interesting. Because I'm in 9th grade - so we learned it 6 years later than you. I guess the difference between the educational policies in different countries can be seen here.
ᆢㄹㆍㅇㄱ1
And if even there's no odd points, You can solve the quiz from anywhere.
That means every one line riddles must have two or zero odd points
every comment is missing the fact that they are blindfolded lmao
The challenge is that they are all blindfolded and presumably have to start really quickly after taking the blindfold off, not being given much/any time to think about where to start. It’s easy to figure out after a few seconds but it looks like the idea here was to give them almost no time to think about it before going. It’s a lot harder and more down to luck when you consider you are basically just guessing at where to start and what to do.
always the last one gets it right🗿
her: he is probably out with another girl
Him and the boys: trying to draw the perfect boat
don't be sexist
him:she is probably with other boy
she and girls:drawing a perfect boat
Girl it’s just a joke😂 love the support though❤
@@riyasingh2729your just being sexist yourself lad💀
@@riyasingh2729 Honey it’s not reversing sexism because you changed the roles
@@riyasingh2729 lmao!
My brain releasing big sigh when one of them do the right thing 😂 ..
me casually applying graph theory to this
Very very simple buzzle...🥳🥳
Its very very simple to spell puzzle.
"How fake do you want this to be?"
"Yes"
It's not fake, they're just simpletons.
what part of it is fake? their board?
How stolen do you want this comment to be?
Yes.
You’re so funny and original
@@alexfinglebee223 at some parts you can see it's edited, the drawing goes on top of them..
This is a semi-Eulerian graph. There are exactly two nodes with an odd number of connections. Start and end at those nodes and you should complete it successfully.
I was shocked at how easy it was; I was the kid who could never figure out the house with the X in it
That “YE- no” got me 😂
Very funny ?
Chutiya log
Loser ahh
First guy has no clue how close he was! 😂
How people aren’t able to get this on the first try is beyond me
That's actually pretty easy when you know graph theory( and in general but especially when you know graph theory)
Because you know you need to start and end on the ones with odd number of ways to go
‘’HOW FAKE DO YOU WANT THIS!’’
THEM:All the way
Of course it's fake, making people look dumb so you think you're smart and stay until the end of the video "knowing" what the solution is... Oldest trick in the world
😅How is it fake?
its not fake, they are just really really really stupid
It’s not fake, they draw it with a pencil but it can’t be seen on the camera so they edit it to make it more clear
"Just over react and be very loud, they'll watch"
Got it in two tries, easy enough when I thought about how to do it! Brain exercise for real!
For these: count the edges coming from the vertices. If there are ONLY two that have an odd number of edges, you must start at one and end at the other. Here, these two are at the bottom of the flag and upper right of the boat.
Yes, simple graph theory
Yup I learned this about 2 seconds ago :not me just learning this
For those wondering, you have to start at a corner with an odd number of edges sticking out of it
No one was wondering. Everyone already knew, we’re wondering if the video is fake or are they really this low iQ
oh nice, but i just figured it out by randomly trying patterns
and you also have to make sure u end at a corner with an odd number of edges out of it since there are 2 vertices with an odd number of lines out of it
@@NA-oi9qt 🌕🌕
@@penielchew5937this guy knows Euler
these guys are the youtube game ad beta testers
I'VE FIGURING IT FOR 38 DAYS THANK YOU
From the beginning I already know what to do it's the easiest puzzle I could have taken.
The trick to Euler circuits is by starting and ending at a vertex that has an odd number of paths coming from it. Or at least that helps in finding the solutions to the hard ones.
I see you took a course on networks as well
Now that's some actual good piece of information
@@ImaybeNormalYes, it is a path. Euler Paths traverse every edge exactly once, but can visit each vertex as many times as necessary.
Yeah there’s 2 odd nodes in this one. You start from one and end on the other.
bros graduated from Taco Bell Restroom
If you're wondering...
Starting with the right end of the lower step of the flag will do the job.
Pro tip: the two intersections with exactly 3 lines going into them are the start / end points
👍
Also, puzzles like this work if and only if there are exactly two intersections with an odd number of lines going into them. If there are no intersections like this then the puzzle will be too easy, if there are more than two then the puzzle will be impossible.
@@Freakinawesome333 it’s possible for a puzzle not to work with two odd-numbered intersections. it’s also possible for a puzzle to work with one or zero odd-numbered intersections
Them wiping the board:
Me: 😐
@🛡️ومِنهم مَن ينتظِر shut up
that is the easiest puzzle ever bro 💀💀💀
this is the easiest puzzle I've ever seen
Who is uneasy about woody not starting from right vertex of triangle....😔
Edit : Thanks for the 100 likes guys. This is first time I got this much.
1K😮
Sooo much. I mean he literally got it in 1st place only if he had drawn it from the right vertex
@@fyting_demons He must have realised it afterwards but they didn't show it..
@@ShivamRathore-cf4dc yeah maybe...
DhkdojsUWKXPWKUDFOWBZEORJSDZRKODKDZDNXODMZEAWKURNFORNUWNFPENRJFPDF6EKFOPELND6RNODFUUMEG6RN❤💕❣💞💝
@@ShivamRathore-cf4dc JFLRP1KFURNXÜEKDZWKPDKRUDLFÖKEZWELPFKRURTKD7DKWPEKUFNXOEIEIL💌💟❣💞💝💗💙💚💛🧡💜💓💕💖❤
I did first try in my head 😭, just saying this cause it was honestly confusing watching them fail so many times
Dragon Age inquisition taught me - start from the vertex with uneven number of arms. Rest is easy.
I'm surprised any of the mammals had thumbs to hold a writing implement. That's the easiest puzzle possible.
BRUH how are they struggling with this.. 😭
For you to comment this...
it is very easy puzzle ❤️
actually
Ya