First of all, it is not a minor detail because in this exercise the lines can’t touch at any point. If they’re touching at EVERY point that’s presumably worse. Second, the way that you’re conceiving of it, 1-1 and 3-3 aren’t connected by “a line”. They’re connected by multiple lines. Wherever there’s an angle, you’ve formed a new line. This isn’t the layman’s definition of a line we’re dealing with here. It’s the mathematical definition of a line (a series of connected points in a single dimension).
The puzzle is topologically impossible. (I don't consider any escape from the box.) We can ignore the 2-2 connexion. Since 3-3 connexion must be a continuous path without self-crossing, it means such a connexion adjoined with the top and left edges of the box must form a closed curve. By a slight perturbation, we can assume that the interior of such a closed curve contains the top left 1. Therefore, the two 1s belong to different connected components by the Jordan curve theorem. □
BEST ANSWER: 3 is already connected to 3 through the two sides of the box. And 1 is also already connected to 1 through the two sides of the box. To finish all you have to do is simple, connect 2 to 2 with a line! Only a true genius can see the simplicity of the solution. Genius means providing the SIMPLEST solution to an apparent difficult problem or situation! QED
Other geniuses write books that are fun to read, such as: Richard Feynman: Surely You're Joking, Mr. Feynman! and Nicklas Brendborg: Jellyfish Age Backwards, Nature's Secrets to Longevity
She’s clever! Given she connect 2 to 2, draw line from 1 go anywhere to connect 1. Then clip the whole square with scissor and fold diagonally 3 to 3. 👍 you connect the last number 🤘
1 Corinthians 15:1-4 KJV Bible [1] Moreover, brethren, I declare unto you the gospel which I preached unto you, which also ye have received, and wherein ye stand; [2] By which also ye are saved, if ye keep in memory what I preached unto you, unless ye have believed in vain. [3] For I delivered unto you first of all that which I also received, how that Christ died for our sins according to the scriptures; [4] And that he was buried, and that he rose again the third day according to the scriptures: Ephesians 2:8-9 KJV Bible [8] For by grace are ye saved through faith; and that not of yourselves: it is the gift of God: [9] Not of works, lest any man should boast. Romans 10:9-13 KJV Bible [9] That if thou shalt confess with thy mouth the Lord Jesus, and shalt believe in thine heart that God hath raised him from the dead, thou shalt be saved. [10] For with the heart man believeth unto righteousness; and with the mouth confession is made unto salvation. [11] For the scripture saith, Whosoever believeth on him shall not be ashamed. [12] For there is no difference between the Jew and the Greek: for the same Lord over all is rich unto all that call upon him. [13] For whosoever shall call upon the name of the Lord shall be saved. John 3:16 KJV Bible For God so loved the world, that he gave his only begotten Son, that whosoever believeth in him should not perish, but have everlasting life. John 14:6 KJV Bible Jesus saith unto him, I am the way, the truth, and the life: no man cometh unto the Father, but by me.
Go from the top right corner of the bottom 3 to the right lower corner of the top 1 then over to the top 3 bottom left corner, go back to the top one top right corner draw to the top left corner of the 3 follow the line down to the side and to the one, go from 2 to 2. No lines were crossed :)
Just draw a circle starting from the first box with number 3 then going to all the boxes then connect the two remaining box with number 2. Thats it plain and simple
Connect 2 and 2 then draw an oblong around them, then connect 1s and 3s to the oblong. Eureka, you can traverse around the oblong without crossing lines.
Simply Re-draw a line on the border line on the top side of the number starting from 1 connecting to 3 on the right side from the same border and then move downwards in the bottom side of 1 on the right side. This will clear your number 1 line and then rest 2 and 3 can be taken accordingly.
It can be done without going outside the big box and without crossing a line you made. First connect 2 to 2. Then draw a line from top right corner of bottom 3 to bottom left corner of upper 3. Then draw a line from top box 1 down and through bottom box 3, without crossing a line you drew, and then over to the bottom box 1.
The only solution is to think outside of the box here. Either you literally draw the line outside of the box, or you can draw a bridge that goes over 1 line.
Easy! Connect 3’s by connecting the side of the square of the lower 2 without crossing the inside of the box and same with connecting the1’s thru the other corners of the lower box 2! Because the 2’s boxes has been connected already! So the shape after connecting the lines would be X!
There is no solution for this. This is exactly what one give another just to tell him/her that he/she has no brain. While the teachers him/herself cannot do
We can join 1-1 & 3-3 from outside of the box Because, she didn't say that you can't join them from outside of box. And she said only to don't cross the line. My English is very poor if I had made any mistake then comment me.
It's straightforward and simple to solve this puzzle in a three dimensional environment. The lines between boxes 1 and 3 never touch because they are in a different vertical plane. It is absolutely impossible to solve it in a two dimensional environment if you stay within the boundary of the outer box.
If you can cross the purple line but she says that only the same number can meet the other, so it is impossible unless the purple lines within the inner walls is not ment to be ignored.
She said that you cannot cross the lines but she did not say that you can't go outside the box get it think outside the box it's a metaphor!! And no I don't have a high IQ I've just seen this before LOL
Connect the 2's directly with a short straight line, connect the ones keeping the connecting line inside the rectangle, connect the 3's by keeping the connecting line outside the rectangle. None of the connecting lines have crossed. Done.
I figured out 😁 So simple, those numbers are showing in the corner will become 2, 3 se ek number leke 1 ko de do esa dusri taraf bhi kro then 2 ko 2 se connect kr do 😉
You don't need to go outside the box. I figured out a way in about a minute and a half. I must be a genius! 😂😂😂😂😂😂. Just draw a line from corner of box number 3 to corner of box number 1.. then to corner of box number three. Then draw line from corner of box numbef 1 to exact corner of box number 1.
@@salbahejim Technically 2 and 3 are already connected by lines that do not cross (the box itself) all you need to do is draw a line between the 2's (this is also why I get many answers wrong on tricky tests).
How about using a "half circle bump" in the line and the line underneath it technically does not cross it but goes underneath it. This is done in electrical circuit diagrams to indicate no connection between the wires. There is nothing in her instructions that would not permit it. it is easy to solve based upon that premise, which she does not refute. Sanjosemike (no longer in CA)
Recognized that immediately, after making certain she did not place any restrictions on whether or not all lines were required to be inside the larger drawn box.
that is correct the only can't do was you can't cross the lines. She didn't say you can't draw lines through boxes e.g. connect the 1's by drawing a line to and thru 3. She also didn't say you cannot take a line up out of the large square and circle around to connect the like number. Oh no.
It's sad that people can't figure this out. It took me all of maybe 50 seconds. So what you do is draw a small line from both the 2's not fully connecting them then between those lines draw a circle such that the line from both 2's align on the outside of the circle. From there place line from all numbers and connect them to the circle. You have now connected the numbers without crossing any lines. For people saying she didn't say you can't go outside the box and all this. The rules are simple connect the numbers, don't cross lines. This accomplishes both I believe.
What if you connect the 1s and 3s like this: draw a line from the inner corner of the top left 1to the inner corner of the top right 3, then down to the corner of the other 1, and finally across to the corner of the remaining 3? The 1s are connected (picking up a hitchhiking 3 on the way) and the 3s are connected (again picking up a hitchhiker). No lines crossed - problem solved!
If your IQ is high enough, you can ignore the rules and do anything you want to any problem. No need to solve the problem, just have fun. Don't worry, be happy.
I found the solution! 💡 Step 1: Connect 1 to 1, and 2 to 2 in the normal method Step 2: To connect 3 to 3, you must draw the line **outside the box**. It doesn't cross any lines at all, and it literally connects. Take a closer look. Both "3" boxes literally touches the wall, which can let you connect them
Once you connect 2 and shes done... both 2s and 3s touch the box lines already. If you dont consider existing boxes as lines then just touch the lines on 1 to the inside corners of the other 1 box. Then the line connecting 3 should go right through the point on the corner and 1line... not "crossing" but touching...
I know the answer..the line must be in the spere movement from 1 goes to 3 left bottom and then towards no 1 at the right bottom and continue the line to no 3 at the top right..there u go..
If your iq is more than 1000 you'll skip this video😌
😂😂😂😂
Iq is more than 10000 directly come to the comment section 🤣🤣🤣🤣
👍👍
Wah
Is your IQ is 100000000000000 u will not read this comment ohhhhhhhhhhh
She never said lines cant go out of the box
Yes bro
Simple😂
Ya same thought process with me
Yes simple
Ohh bhaiii CutiypA ka had hota hai
Blood is red,
Veins are blue,
but the comment section had no clue.😂😂😂
😂 Well Said!! Highest IQ here!
Yes correct
Yes
😂😂😂
What ajok😂😂😂🤣🤣🤣👌👌😀
Wow! It is so easy to solve. You just need to fold the paper, and let number 3 touch the another 3. That is it:). Done ✔️ 👍
😀
That's genious
ممكن تحط الحل في قناتك ؟
Savage reply
😂😂😂
I just put a line between the boxes marked "2". 1 and 3 are already connected. That they're connected by the same line, is just a minor detail.
How??
First of all, it is not a minor detail because in this exercise the lines can’t touch at any point. If they’re touching at EVERY point that’s presumably worse. Second, the way that you’re conceiving of it, 1-1 and 3-3 aren’t connected by “a line”. They’re connected by multiple lines. Wherever there’s an angle, you’ve formed a new line. This isn’t the layman’s definition of a line we’re dealing with here. It’s the mathematical definition of a line (a series of connected points in a single dimension).
@@matthewnewton8812 gosh.... tell me you don't understand sarcasm, without telling me you don't understand sarcasm 🤣
Can you tell the answer
My high level IQ said stop solving and just read comments 😂😂
I do it.
Yes me too
That's what I did 😉
Ha ha ha...i did the same
😆 🤣 😂 😹 😆
This is when you “think out of the box”, it’s technically the only solution
Bingo
I respectfully disagree 😊
😂
Literally….
rather, think through the box
She never said you can't draw a line outside the box.
That's what I thought
My thinking exactly!
Right
Go through box #1 and connect
Exactly
The puzzle is topologically impossible. (I don't consider any escape from the box.)
We can ignore the 2-2 connexion. Since 3-3 connexion must be a continuous path without self-crossing, it means such a connexion adjoined with the top and left edges of the box must form a closed curve. By a slight perturbation, we can assume that the interior of such a closed curve contains the top left 1.
Therefore, the two 1s belong to different connected components by the Jordan curve theorem. □
It is possible because you can take it outside the box , she did not tell, we can't cross the border
😅
I don't know what you said, but it sooound smart! 😂
My first thought: think outside of the box. My IQ must be 1000 😂
BEST ANSWER: 3 is already connected to 3 through the two sides of the box. And 1 is also already connected to 1 through the two sides of the box. To finish all you have to do is simple, connect 2 to 2 with a line! Only a true genius can see the simplicity of the solution. Genius means providing the SIMPLEST solution to an apparent difficult problem or situation! QED
Mind blowing
Except you that missed that part where "you have to..." Which means the already connected box idea fails. A true genius pays attention.
100 missed calls from IIT
Me searching for answers in the comments and thinking I have such a great iq🤣
We are legend s
Me too
Me 3
Me too
Me 4
she said "connect all the way from one to one (1-2-1) and three to three (3-2-3)"
Abe hoshiyaar title bhi to padh le
Bhai itni iq kaha se laate ho.. ?
Lol
Fir vi to cross kar raha hai
@@Anonymous-kr5er chor bazar
You please make a video of solution for the same.
Other geniuses write books that are fun to read, such as: Richard Feynman: Surely You're Joking, Mr. Feynman! and Nicklas Brendborg: Jellyfish Age Backwards, Nature's Secrets to Longevity
She never said we can go outside the border now that is called IQ
That’s what I thought
@BS | ANMOL how?
Super sister me to did the same thing
Dang was too late to type this
It's called "thinking outside the box".
Legends be thinking OUTSIDE of the BOX😂😂😂
Literally Me : Aren't 1s & 3s Already connected.
She never talked about Overlaps n out-of-Box methods
Yes
I was actually thinking that 😅😅
Me🙋♂️😂😂😂😂
Lmao thats me 😭
She’s clever! Given she connect 2 to 2, draw line from 1 go anywhere to connect 1. Then clip the whole square with scissor and fold diagonally 3 to 3. 👍 you connect the last number 🤘
Yes
That's cool
Lol...too much trouble
not valid, since they have to be connected with lines
1 Corinthians 15:1-4
KJV Bible
[1] Moreover, brethren, I declare unto you the gospel which I preached unto you, which also ye have received, and wherein ye stand;
[2] By which also ye are saved, if ye keep in memory what I preached unto you, unless ye have believed in vain.
[3] For I delivered unto you first of all that which I also received, how that Christ died for our sins according to the scriptures;
[4] And that he was buried, and that he rose again the third day according to the scriptures:
Ephesians 2:8-9
KJV Bible
[8] For by grace are ye saved through faith; and that not of yourselves: it is the gift of God:
[9] Not of works, lest any man should boast.
Romans 10:9-13
KJV Bible
[9] That if thou shalt confess with thy mouth the Lord Jesus, and shalt believe in thine heart that God hath raised him from the dead, thou shalt be saved.
[10] For with the heart man believeth unto righteousness; and with the mouth confession is made unto salvation.
[11] For the scripture saith, Whosoever believeth on him shall not be ashamed.
[12] For there is no difference between the Jew and the Greek: for the same Lord over all is rich unto all that call upon him.
[13] For whosoever shall call upon the name of the Lord shall be saved.
John 3:16
KJV Bible
For God so loved the world, that he gave his only begotten Son, that whosoever believeth in him should not perish, but have everlasting life.
John 14:6
KJV Bible
Jesus saith unto him, I am the way, the truth, and the life: no man cometh unto the Father, but by me.
Even thanos with 5 infinity stones cant solve this😂
Go from the top right corner of the bottom 3 to the right lower corner of the top 1 then over to the top 3 bottom left corner, go back to the top one top right corner draw to the top left corner of the 3 follow the line down to the side and to the one, go from 2 to 2. No lines were crossed :)
Problem solved : no : 1 and no : 3 are already connected with box lines. U have connect no : 2. ☺️
Glad I am not the only one who saw that. so how high are our IQs to be able to sole it that way?
Legends-cheking comments
Normal people-thinking answer
You must be a real degenerate if you think reading comments makes you a legend lol
Good spellers-spelling "checking" correctly.
Yea but comments doesnt have answer.
"think out of the box" fits here.
Hii army
Yes
@@aditiagrawal841 hii💜
@kimparkminhokookie yea 💜💜
Thanos with 5 stones be like:
Rules: no crossing lines
No thinking outside of the box
No going in other number spots
Thanos: not even i can solve it
Just draw a circle starting from the first box with number 3 then going to all the boxes then connect the two remaining box with number 2. Thats it plain and simple
"if your IQ is over 150, only *ThEeEn* can you solve it*
“So if you can make it *Doiutwit* this *widio* “
Connect 2 and 2 then draw an oblong around them, then connect 1s and 3s to the oblong. Eureka, you can traverse around the oblong without crossing lines.
Think out of the box 😂 these are just pieces of cakes for me now 😂😂
Ya me too 😅
Ya brooo
Wap
OMG you are genius 🤣
Can the lines be outside the box
I figured it out. It’s so easy my brain is 2000 IQ.
I used dotted line....... The crossed but dint crossed🤣
That is actually pretty clever. Me thinks you have the highest IQ if us all
😃😃😃🤭🤭🤭👏👏👏
I will give you that, you are the smartest of all of us…🎉
I would've thought of that
That's some smart thinking right there
You are too smart
You just have to connect 2 & 2 and then it is done as the purple coloured lines are already connected
Simply Re-draw a line on the border line on the top side of the number starting from 1 connecting to 3 on the right side from the same border and then move downwards in the bottom side of 1 on the right side. This will clear your number 1 line and then rest 2 and 3 can be taken accordingly.
skip 1000
It can be done without going outside the big box and without crossing a line you made. First connect 2 to 2.
Then draw a line from top right corner of bottom 3 to bottom left corner of upper 3. Then draw a line from top box 1 down and through bottom box 3, without crossing a line you drew, and then over to the bottom box 1.
The only solution is to think outside of the box here. Either you literally draw the line outside of the box, or you can draw a bridge that goes over 1 line.
What if I just go outside the box
Sometimes u gotta think outside the box
Just what I thought, no rules that say you can't
@@buttermankissesflies I was just about to say that’s out side the box thinking
good
It doesnt say. you have to write it in it
Easy. There is no rule that tells me I am not allowed to cross the square with my lines. 👍🏻
Yeah. It's impossible otherwise
That's what thought bro!
Can the lines be on the same line but not cross?
Not only asking questions sometimes give answers too
Was this supposed to be hard?
@@KatheBrunnick-g9lyea if you dont cheat as fuck. Like going outside the box or using the actual box. That misses the whole point.
Well, that was fun! Thank you! Who solved the puzzle from Squares of Hell?
The problem is not to solve, if you stay inside the box.
Connect 3s on outside the box
Thats what I thought as well lol
Damn I got it wrong I was thinking of connecting the ones outside the box🤔😜
Ideologically 1 and 3 has been connected already but it depends on which you chose first. ✌️ Cheers.
Connect them with black line
Yea the black one
What is ideological about that?
Her: Only high IQ can get it correct
Me: I am going out of box
You never told to get out of the box lol
Must the line be within the square?
Easy! Connect 3’s
by connecting the side of the square of the lower 2 without crossing the inside of the box and same with connecting the1’s thru the other corners of the lower box 2! Because the 2’s boxes has been connected already! So the shape after connecting the lines would be X!
There is no solution for this. This is exactly what one give another just to tell him/her that he/she has no brain. While the teachers him/herself cannot do
Think outside the box.
Or make a bridge ...
You forgot the theys….
We can join 1-1 & 3-3 from outside of the box
Because, she didn't say that you can't join them from outside of box.
And she said only to don't cross the line.
My English is very poor if I had made any mistake then comment me.
1 n 1 is already connected through the box made....jzt connect 3 to 3 and 2 to 2 inside the box ....done ✅😅
I believe so
It's straightforward and simple to solve this puzzle in a three dimensional environment. The lines between boxes 1 and 3 never touch because they are in a different vertical plane. It is absolutely impossible to solve it in a two dimensional environment if you stay within the boundary of the outer box.
connect 1-1, outside the box, 3-3 inside the box, 2-2 as short or long as you can, that's no brainer.
Legends coming outside the box because she did not say that
even mee ❤
Go outside the box or go around the edges on the 1’s or 3’s
U didn’t told that
We can cross the box😂😂😂
I pasted it…..😂😂
Me too!
Or go by the outside
That's impossible without going out of the box. But she never said that.
Who said anything about not going outside of the box?
I don’t think it has anything to do with an iq
Screw her box 🙏
If you can cross the purple line but she says that only the same number can meet the other, so it is impossible unless the purple lines within the inner walls is not ment to be ignored.
Actually you can do it if you pull one of the lines outside the box
@@clevinmenezes8229 that's Exactly what he's saying. Purple line=outside line
Easy, draw line outside the box and connect the numbers because she doesn't say you can't draw line outside the box 😂😂😂😂
Ez
"Oh no" sounds like off Rick and Morty.
There’s no rules that say I can’t draw out of the box
This question takes 'Think out of the box' to a whole new level
She said that you cannot cross the lines but she did not say that you can't go outside the box get it think outside the box it's a metaphor!! And no I don't have a high IQ I've just seen this before LOL
Connect the 2's directly with a short straight line, connect the ones keeping the connecting line inside the rectangle, connect the 3's by keeping the connecting line outside the rectangle. None of the connecting lines have crossed. Done.
I figured out 😁
So simple, those numbers are showing in the corner will become 2,
3 se ek number leke 1 ko de do esa dusri taraf bhi kro then 2 ko 2 se connect kr do 😉
I solved really I am not lying please believe me please ♥️🥺🥺🥺🥺🥺🥺🥺
Either connect out of box, or Connect 1-1 through the corner of one 3, and then connect 3-3. The two line joint at the corner of 3, not a cross.
Make a circle ⭕️ touching all the points 1&3 then connect the 2
Yes
What will be the answer to this puzzle? Please make a video on it as soon as possible.
she doesnt know either prob
Its easy u could conect the 2&2 and the1&1 then fold the page in half from the corner and then there is a new surface and then connect the 3&3
You can easily connect numbers drawing one line, (like the 1 to the other one 1) via the outside of the square.
When I saw it that's the first thing that came too my lol
that does not count
She never said that we have to remain inside the big rec. box and the rest you know.....😁😁
Even you can remain on lines of the box 🙂
@@real_adarsh_pandey Yup....but it won't be visible clearly.
@@MYNAME-ic9yg You can use different colour pen
Same thinking broo
Ya I was also going to say that
Think outside of the box... that's it 😂
The very definition of “Think outside of the box!”
You don't need to go outside the box. I figured out a way in about a minute and a half. I must be a genius! 😂😂😂😂😂😂. Just draw a line from corner of box number 3 to corner of box number 1.. then to corner of box number three. Then draw line from corner of box numbef 1 to exact corner of box number 1.
Out of the box be like:"Hey i am here ya know??
Just by hearing her voice caused my IQ to drop by 10 points
One of those puzzles where you have to think outside the box
LOL! How often is that saying meant literally?
@@salbahejim Technically 2 and 3 are already connected by lines that do not cross (the box itself) all you need to do is draw a line between the 2's (this is also why I get many answers wrong on tricky tests).
Box ke outside se connect kar sakte hai.
How about using a "half circle bump" in the line and the line underneath it technically does not cross it but goes underneath it. This is done in electrical circuit diagrams to indicate no connection between the wires. There is nothing in her instructions that would not permit it. it is easy to solve based upon that premise, which she does not refute.
Sanjosemike (no longer in CA)
If you were smart, you’d ignore every word she said.
I felt sorry for my IQ level 😂😂😂😂
Then i watch this video 18 times so now i know how to sove this
How bro
I watched this several times and confused the hell out of myself, then I realized that I'm gonna just connect the 3's on the outside. S**t!!!
Make little holes that go through the other side of the paper, and none of your lines will cross each other
Draw one of the lines on the outside of the box.
Recognized that immediately, after making certain she did not place any restrictions on whether or not all lines were required to be inside the larger drawn box.
That’s high IQ thinking.
My iIQ is 149 therefore could not connect without crossing the line. Sorry…..
😂😆😆😆😆
Draw 1 to 1
Draw 2 to 2
No need to draw 3 to 3 cos it is already draw 😜🤪
Any electrician could easily solve that 😂
My IQ level is must be above 100000 😂😂😂
Just think out of the box and you get it 🤣🤣👍
You said the answer, thanks
It is me 🙋♂️ 😂😂😂
@@prashant7774 uncle ?
Said you cant cross the "lines" the box has lines
Follow the lines. She says you can't CROSS them. Very simple
that is correct the only can't do was you can't cross the lines. She didn't say you can't draw lines through boxes e.g. connect the 1's by drawing a line to and thru 3. She also didn't say you cannot take a line up out of the large square and circle around to connect the like number. Oh no.
@@billpowers1807I think the “boxes” are supposed to be thought of as points, here. So no this doesn’t work.
Can you go outside the box?
It's sad that people can't figure this out. It took me all of maybe 50 seconds. So what you do is draw a small line from both the 2's not fully connecting them then between those lines draw a circle such that the line from both 2's align on the outside of the circle. From there place line from all numbers and connect them to the circle. You have now connected the numbers without crossing any lines. For people saying she didn't say you can't go outside the box and all this. The rules are simple connect the numbers, don't cross lines. This accomplishes both I believe.
What if you connect the 1s and 3s like this: draw a line from the inner corner of the top left 1to the inner corner of the top right 3, then down to the corner of the other 1, and finally across to the corner of the remaining 3? The 1s are connected (picking up a hitchhiking 3 on the way) and the 3s are connected (again picking up a hitchhiker). No lines crossed - problem solved!
If your IQ is high enough, you can ignore the rules and do anything you want to any problem. No need to solve the problem, just have fun. Don't worry, be happy.
NAH BRO I PROMISED MY FRIEND A REAL SULOTION AND IF I DONT FIND IT IM GONNA GIVE HER 20. IM GETTING PISSED AT THESE COMMENTS.
You have to think "Out of the Box"
Exactly, who says that you have to stay in the box?
@@michaelsantos8518 exactly
My IQ is dumbfounded by the other IQ’s
I found the solution! 💡
Step 1: Connect 1 to 1, and 2 to 2 in the normal method
Step 2: To connect 3 to 3, you must draw the line **outside the box**. It doesn't cross any lines at all, and it literally connects.
Take a closer look. Both "3" boxes literally touches the wall, which can let you connect them
Once you connect 2 and shes done... both 2s and 3s touch the box lines already. If you dont consider existing boxes as lines then just touch the lines on 1 to the inside corners of the other 1 box. Then the line connecting 3 should go right through the point on the corner and 1line... not "crossing" but touching...
This is literally thinking out off the box
I know the answer..the line must be in the spere movement from 1 goes to 3 left bottom and then towards no 1 at the right bottom and continue the line to no 3 at the top right..there u go..
The requirement is already fulfilled by the drawing. The boundaries of the box drawn already connects them as you want it to be.
Except for the two 2’s. Connect those and you are done.