World's Most Complicated Puzzle

[MrRoblox3sonic]

easy as well 1+1

[neversalmon]

easiest maze ive ever done

[spedsped11]

Tricky tricky I get my last move and I'm screwed

[MrBassilio]

There does not exist a possible solution. Guys don't waste your time trying

[ArCaS664]

i had a puzzle like this in second grade

[N00BRemixer]

easy

[IGNORANCEISTHEENEMY2]

I solved it!! reply me if you want an explanation :)

[BlueSnowfox94]

.. this house would allow for no privacy and would be inadequate for most common furniture placement methods.. who designed this, Peewee Herman?!

[BlueSnowfox94]

no it's not.. just watch the video and then look five degrees to your right and see the picture of the solution...

[SargenttPepperr]

MISLEADING TITLE!!!!!!!!!

[supercheeses1]

darn looks like my pet dragon larry has to stay home because of rule number 5.

[BlanBlan19901990]

As long as rule 5 is in play, this puzzle is impossible.

[MrDarktyrant66]

easy AF

[dark0blade]

ui start at the bottom center door way then go left then down go in again at the lower left side then go up and go out upper left side then around the corner and go back in at the top left sqaure go to the centyer line out top right around the corner into upper right corner(right wall) then down and go back out on the lower right side around the corner again back inside from lower right portal then you go left then up (rightside gate of center) then trough the center top wal and then back down

[dark0blade]

@dark0blade ah nvm made a mistake (almost had it tho)

[SixPackForSure]

SOLVED IT!!!

[NoirMeneldor]

It's like the Problem with the seven bridges of Königsberg by Euler, i can't be solved.

[Thats1000]

I did it in 2 seconds Im the BEST

[SNiperKID000]

4738332042873578 and a apple

[kratosblue5]

does charzard count as a fire-breathing "monster" persay?

[BFarnsey]

@kratosblue5 As Pokemon is short for Pocket Monster... Yes.

[KidChibi607]

I solved it now remember ime 11 so let me be your motivation guys :D

[cyprel]

@KidChibi607 I dare people to actually proof they have solved this, since this puzzle can't be solved.

Let's make it easy. We give every door a number, starting at the top, and going from left to right.

So there's two doors at the top: 1&2,

3 doors in vertical lines: 3&4&5,

then four doors, 6-9

another four doors, 10-13

and three doors at the bottom, 14-16.

What's your solution?

To everyone: This puzzle can't be solved. But if you think you did, I dare you to tell me your solution.

[BismuthWasTaken]

there are 3 rooms with 5 doors, and the exterior has 9 doors. Of course it's impossible.

[MesieurAsshole]

It says in rule 1 you can only have one continuous line through a doorway. It doesn't say there might be multiple lines in the full puzzle. Just start off with multiple lines. And it says in rule 3: LineSSSSSS may intersect. Which states there are more lines.

Or you use fire-farting monsters.

[BartvG88]

@MesieurAsshole the rule that lines may intersect does not entail that there are more than one line, because a line can intersect with itself. :) rule 6 prohibits multiple lines.

[badtaylorx]

that was easy....2nd try

[Bloodaxe1890]

@badtaylorx mathematically impossible tasks are easy i agree.

[rocketeer101]

got it not really that hard, in fact, it was very easy

[imagoodboy11]

I SOLVED IT!!LOL! IMMPOSSIBLE MY ASS!! You guys just gave up too early...

[cyprel]

@imagoodboy11 I'm just going to keep posting this until people get the message:

If you pretend this was the 'easiest thing ever' and it took you 'ten seconds to solve', you're only showing that you're either didn't get the instructions, or you're lying to make yourself look smart. As said many times before me, this puzzle is impossible to solve. (watch?v=CQNH2ifOAQE)

[imagoodboy11]

@cyprel Okay, so to clarify with my understandings of the puzzle. The objective is to go through all of the doors once no doubling. No going through walls, or spliting the line into multiple one, needs to be one continuous line. Okay I got that, What I dont see are any limitations into which would restrict me more. For example: It says that you can start anywhere on this puzzle correct? It does not specify whether it had to end on the outside or the inside...right?

[imagoodboy11]

@cyprel The only goal is to fill the doors with one line only, no doubleling, with one continous line. Its simple. And to be honest, when people say its impossible, I think that they just gave up to easily before reading inbetween the lines.

[cyprel]

@imagoodboy11 No, when people say it's impossible, it's because simple math proves this. I dare you to show me the solution you found. I've already seen a lot of them, and not a single one was correct.

So to be honest, when you say it's possible, I think you just didn't get it.

[imagoodboy11]

@cyprel Alright fine, you got me...lol...I got pretty close though...lol. Oh well, just cant let me live in my own moment of illusionary triumph of the impossible huh? So yes, I admit that I was wrong because I miss counted the number of doors that I drew on the one that I solved it on. I have to say though, it was quite enjoyable trying to figure out this puzzle, not really a puzzle if you ask me but. But there, now you have your answer.

[cyprel]

@imagoodboy11 Well, I guess maybe the point of this puzzle is not to solve it, but to figure out it can't be solved. A new twist to an old recipe, so to speak.

[sto420ner]

just solved it... it is not impossible... took me about 10 trys to get it right though

[Bloodaxe1890]

@sto420ner mathematically impossible tasks are easy i agree.

[jhl0712]

lol ppl say its easy but this is mathematically impossible watch

watch?v=hVH4EW3VGRE&list=UURd9­JHiQvqwT8O4d0QGI9jQ&index=24&f­eature=plcp

8:40

[ShadowGladiator21]

It's not complicated, it's impossible

[LegoTechnic1]

...first try. He's obviously joking bout the difficulty.

[AarkonD]

i found this rather easy 2dn try i got it

[stidukka]

@AarkonD You're stupid. Its impossible task.

[xenariz]

@AarkonD same, its too easy

[QuebecShufflers]

EZ PZ



[DownWithReligion80]

i farted long and strong

[ivykid9]

The only thing I ask is... WHERE IS THE ENTRANCE!?!?

[iMarksify]

:O ITS A LIGHTSABER! O WAIT...... Thats just your dislike bar..

[Tubz84]

Not possible, taking each room to be a node, for the puzzle to be solvable 3 out of the 5 nodes would have an odd order, ergo it's unsolvable.

[JamesTR4]

The reason this problem is unsolvable is the following. If you begin outside a 5 door room, you can enter, leave, enter, leave, enter...So any 5 door room must be the final room. If you begin inside a 5 door room, you may leave, enter, leave, enter, leave...So a 5 door room can only be either start or finish. However, the problem is, we have three 5-door rooms...we are essentially fuked...

[cjansenson]

Using graph theory u can show it is unsolvable

[1N73RC3P7OR]

Pretty easy.

[AhYaOk]

its solveable

[rrlloo1]

done

[1eyeswideshut]

Now either i am extremely dumb...or i am not understanding this at all...what is the purpose? to enter one door and exit another??

[BartvG88]

@1eyeswideshut you're both :) The goal of the puzzle is to go through all the doors following the rules. The purpose of such a puzzle is to train your analytical skills.

[MrTeppyboy]

by applying trigonometric calculus you can easily use x as a factor of the unknown amount of sticks which makes the paramecium caudatum equilibrium, so all we have to do is use pythagoras to work out the sum of the centripetal acceleration using a fulcrum. therefore rule #2 has been violated

[poison3dd]

I love how people are saying that they've figured it out, but it's physically impossible to do, as proved my Euler. The quick check for all these types of puzzles is that every room must have an even number of doors (one to go in, and one to go out). That's the basic idea, if you want the rigorous proof look it up.

[AnnihilationGM]

Did it in 5 seconds

[Skytwister]

rather easy

[crazyballer111]

graph theory!

[thespireking66]

where is the beginning and the end

[eliscmj]

A room with an uneven amount of doors needs to be either the beginning or the ending, we have three of these rooms, hence, it is unsolvable.

[BanderHM]

we need Euler's rule to see first if it's solvable or not ;)

[jiawhein]

simple.

[kiteal1]

done

[ChuckTid]

I really thought I had an answer, but then I saw the "no fire-breathing monsters" rule.

[iZehro]

They said you cant take you pen of the paper and that your line can only go through each doorway once (plus no fire breathing monsters) so what if your trace your line back then continue in a different direction?

[MJPK13]

way too easy

[dtayl120]

@MJPK13 no it's not, it's impossible. you sir are a liar

[Nogoals92]

lol first try, what luck

[dtayl120]

@Nogoals92 no you didn't

[Nogoals92]

@dtayl120 derp

[programagor]

I don't think this one is solvable. Lets take a closer look at one room with 5 doors:

- if you start inside, you exhaust 1 door out (4 remaining), 1 in (3 rem.), 1 out (2), 1 in (1) and last 1 out, so you end outside of that room.

- if you start outside of that room, you use 1 door in, 1 out, in, out, and 1 in, so you end inside, locked.

So the path must start in one 5-doored room and end in other to, but there is still one left. There is solution (3T4jT5NAZZo), but it violates rule 2 given here

[Utrilus]

@programagor o common

are you so simpleminded, its solvable, look at it so there are 5 rooms and you need to pass trough the walls of every room, there you go! It ain't hard at all

[rcmeyerson]

@programagor I think it was euler that proved this was impossible.

[xxjdogg310xx]

@programagor who cares

[SparkFastt]

@programagor

Great Puzzle! It actually is solvable. While the above comment is truly valid, you are forgetting that the 5 door rooms are all touching a 4 door room. You are correct that you need to start either inside the 5 door room that is touching both 4 door rooms, or start from outside the puzzle, and enter a 5 door room that is only connected to one 4 door room. To Illustrate, my solution will follow:

[SparkFastt]

@programagor

1) Start inside bottom 5 door room.

2) Go through top left door into the top left 5 door room.

3) Go through the right door into the remaining 5 door room.

It is worth mentioning at this point, that now, all 4 door rooms are now essentially 4 door rooms.

4) Go through the bottom left door into the room you started.

5) Go through the bottom door, taking you outside the "house"

6) Enter back in the house via the door on the bottom-right

[SparkFastt]

@programagor

7) Exit the house again via the door on the right.

8) Enter the house via the top right door.

9) Exit this room by entering the 4 door room on the bottom-right

10) Exit this room via its last door on the left.

11) Go straight across into the other 4 door room on the left

12) Exit this room on the bottom, leaving the house

13) Re-enter the bottom-left 4 door room on it's left side.

14) Leave this room by using the top door into the top-right 5 door room.

15) Only door left.

[JamesTR4]

@SparkFastt wrong, you left two doors. The top right door and the top left door

[SparkFastt]

@JamesTR4 Look again at number 8 and 15.

[JamesTR4]

@SparkFastt nope still wrong. I just meant the top right room's right door. You never went through there. so ur false. But i proved why u cannot solve this below, don't worry

[Nomanaski]

@programagor its possible, you need to weave in and out of the doors making sure you leave 2 doors left in the room so you can come back and weve through those, it works. wish I could show you

[theapocalyps1627]

@programagor WHAT?????

[DBDJ93]

i did this on my first try, this is easier than a puzzle i see in a book (and what i mean by easy is a maze that a 3 year old can solve :D) lol

[qazwsxjoe]

got it its not that hard

[neoston101]

make it a pic post in on a website put link to it so we can download the pic then draw lines on it i lose track of where i have gone.

[GangsterCallejero01]

SOLVED IT.

[Schindlabua]

Thats a basic graph problem - if you're interested in this, check out 'Seven Bridges of Königsberg' and the 'Eulerian path'

[SlykeThePhoxenix]

Solved on my first try.

[joblagz]

this is a physical puzzle that involves paper and pencil.. you must use another sheet of paper to jump through doors..

[billizkuelpwn87]

solved on my first try

[trainboy437]

Where do you start and end?

[nrgpirate]

I knew it was missing one dimension in this.

[Nattidati]

man i did it with the first try

[PrckoBas]

When I was 13, somebody gave me this (math) problem. After almost 2 weeks I discovered: there was no solution for the problem.

When I became 17 I learned enough mathematics to prove statement and it is true: there is no solution for this, this is trick question.

[RileyPivot]

I solved it before I even looked at the thumbnail.

[Aerodyll01]

I solved it first time, absolute pisscart.

[NNOTM]

It's pretty easy to prove that you can't solve it, and an unsolvable puzzle isn't complicated.

[yeoldebernz]

Dammit! Now there's sharpie marks all over my screen! THANKS A LOT!

[GregBluehorseDragon]

BORING, next vid.

[TheSqueakSquad64]

fine i will split the line in 3 :3

[JaguarsShadow94]

You cannot solve it D:

[JaguarsShadow94]

@JaguarsShadow94 To all the people who think they solved it: put it up. proof it.

[AndreLoveLivia]

i still dont get it... hmm...

[TheKonKolaGuy]

EASSYYYYY

[icajuja]

SOLVE IT!!!! it´s not so complicated!

[nehemiahjacob]

So easy....I solved it

[ThePrimith]

The first rule to this is that you need to go through all the doors.

The second rule is that you can only go through each door once.

That being said, this puzzle is impossible. There are 3 rooms with 5 entrances, 2 with 4 entrances. You can only start in one 5 door room and end in another, but you still have one leftover 5 door room where, no matter how you approach it, there will be an unsolved door.

[SoulxxpinkyxxEater]

this was so i easy i beat it in 5 seconds -__-

[Buddy1306]

If we're allowed to start outside the structure and finish inside, then yes, I solved it.

[thalhah90]

put some awful face at the end of the puzzle.so much win!

[wowfood]

well... that was easy. Start outside on the bottom middle doorway, and weave from outside the structure to the inside going around clockwise. When all the outer doors are filled in that'll leave you in the bottom right. Left one, up a room, through the room to the left and down, every door filled in.

How is this difficult?

[AJnoPants]

@wowfood You went through the door between the top two rooms twice, you're only allowed to go through each door once. The problem is impossible, not difficult.

[xSpiromaticSx]

@wowfood you used already the room in the middle the weave goes through that room on the way to the bottom right room left one up and your stuck you can't go left ......try again ... it's easy

[ThePigmod]

did it on my 1st try! :D

[sonicneo1]

But I can "lift the pencil?"

[KyleEmmzy111]

i win i erased some :D

[SmashMasterFox]

This was incredibly easy.

You're just stupid.

[YouLostAGame]

I played caterpillar on this video trying not to touch the walls :p

[aaez0222]

15 seconds i think . was easy :P

[RobertKilmer]

I started in the bottom left. Looped around and ended in the top left.

[farges76]

12 sec's



[Leshembenda]

Dude it's impassible all the ppl that are saying that they solved it nither are lying or just didnt do it right

[skgjh1]

there is one type of way to do it, start IN left upper room to straight line right out, then, right side in, left to the middle room, up right, then down again to right under room, down out, left underroom under in , 1up, down in middle room left middle room , left out, left in, up, then ''cheat a line close to the right up room (not through) '' then arround the house middle room under in but drawit to themiddle. then fold the paper such that the line goes throught the cheat door'' and its legal

[kikimoraWTF]

lol eazy as fuck!

[SourceStrike]

i did it, first try, too easy...

[harpazz]

start from the middle room in 1st line and it should be allright ;) i did it

[3pi1pi]

Jokes on you, I'm a contractor who specializes in making doorways

[orangetj1]

can we end anywhere in the puzzle too?

[deathwolf195]

this was easy, and I didn't cheat

[jeniwdagoood]

Omg, this was sooo easy!

PS: Im a fire-breathing ghost whith a scissore to cut my line into two, maybe even three if Im feeling hardcore ;)

[dawnmaster96]

that wasnt hard at all! o.O

[Arjanismijnnaam]

Not split the line into two? I'll split it into three then.

[KingOfGold12]

just go straight to the right start from the left

[ZekkMixes]

i solved it but then i realized i cheated cuz fire breathing monsters apparently aren't allowed

[thedavide00]

Solved it. And yes, i looked into the description.

[XzeferoxEX]

easy ==

[dodonec81]

it's tooooooooooooooooooooooooooooo­oooooooooooooooooooooooooooooo­oooooooo EAAASYYY



[BPGamers1337]

i did it :D

[spaz102]

There are three rooms with an odd number of doors. Four if you include the 'outside'. Which means that there are four places the line must either start or end at, rendering the puzzle impossible.

[ScaryDayDreams]

you end up inside one of those 'room' things. 1st try, finished, you had a good run, maze

[ev1lcupcak3]

stop posting this "puzzle" as a solvable puzzle. ITS FUCKING IMPOSSIBLE

[TheRealUnQ]

yay!!!! i solved it!!.... w8... what? no fire breathing monsters?... awwh

[BosonCollider]

To exhaust a door from a room you have to either walk in or out of a room.

If the room has an odd number of doors, you have to go in or out an odd number of times.

If you started outside that room, you'll end up inside when the doors are exhausted. If you started inside you'll be locked out.

So either you have to start there or end there. If there's more than two that's obviously impossible.

[12D3gorilla]

@BosonCollider you forgot that by going out of one room, you also enter another, so some doors belong to two rooms. It is definitely solvable, you just have to know where to start

[docteree]

you are retarded

[loalstella]

euler's theorem: in order to do so there should be zero or two rooms with an odd number of doors. so there's no way

[UltimateOptics]

To be honest its not that hard.. did it on my first try...

[yakatuus]

Yeah, I thought I had figured it out in about five tries so I drew it out to be sure; I kept missing a gate. The odd number of odd numbered rooms makes this seem impossible. With five doors, each room requires you to be in a different state than initially, e.g. if you start outside, you will end up inside and vice versa. As you cannot start outside two different five-door room and end up inside both, there is no solution.

[hannes3120]

it's impossible if you know that this is a question to find a Eulerian path and this is impossible because there are 3 rooms (knots) with an odd number of doors (paths) (the two in the higher level and the one in the middle below)

[cyprel]

Okay, LOL at all the people claiming they've solved it, pretending to be smart. If you pretend this was the 'easiest thing ever' and it took you 'ten seconds to solve', you're only showing that you're either didn't get the instructions, or you're lying to make yourself look smart. As said many times before me, this puzzle is impossible to solve. (watch?v=CQNH2ifOAQE) Joke's on you.

[apgmk1970]

People complaining about the instructions need to learn English. Nice puzzle, but the third rule makes it too easy.

[plukerpluck]

@apgmk1970 *sigh* you realise that this isn't possible right... assuming you can only travel through a doorway once as per the first rule. So somewhere, you went wrong.

[Monk3yKILLER13]

DID IT!!!...haha im Smert.;.'.,;.'

[BlackvsRainbows]

yay i win :D

[pianofriken]

Not possible. If a room has an odd number of doors, you must start or stop in that room. So you must start or stop in three rooms...

[corbezz]

mmm took me like 2 seconds maybe i didnt get the instructions?...

[MegaTurtle43]

Okay...Okay...Okay.. MOTHER FUCKER

[yourface1350]

I DID IT!!!OMG!!!!

[JohanKristo]

What's to solve? Find you way through?...

[floresjfr10]

Seriously? I solved it in 12 sec. Not hard at all.

[kklloopp]

go around the edge and then go inside, done!!!