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Can you beat this shit?
posted in Off Topic
1
#1
-14 Frags +

http://images.4chan.org/b/src/1380194280730.jpg

Because I can't. Am I autistic?

[img]http://images.4chan.org/b/src/1380194280730.jpg[/img]

Because I can't. Am I autistic?
2
#2
-5 Frags +

Yeah.

Yeah.
3
#3
-9 Frags +

http://puu.sh/4ABDc.jpg

[img]http://puu.sh/4ABDc.jpg[/img]
4
#4
-9 Frags +

lines are straight
impossible

lines are straight
impossible
5
#5
6 Frags +

Working on now
Troll confirmed :P there's an extra door too many, it is literally impossible, if you take away one door from the outside or the one connecting the two top boxes it can be done but otherwise impossible.
You can't win, because no matter which room you start in, every other room has to have an even number of doors so that you can enter and exit and not get stuck, or leave a door unused. This is not true in this plan, therefore impossible.

http://t1.gstatic.com/images?q=tbn:ANd9GcRv3RzVcMlADCF715r4On9EKS5yDxDVLkL89hz2Cl1mTBrlvPC3lQ

Working on now
Troll confirmed :P there's an extra door too many, it is literally impossible, if you take away one door from the outside or the one connecting the two top boxes it can be done but otherwise impossible.
You can't win, because no matter which room you start in, every other room has to have an even number of doors so that you can enter and exit and not get stuck, or leave a door unused. This is not true in this plan, therefore impossible.
[img]http://t1.gstatic.com/images?q=tbn:ANd9GcRv3RzVcMlADCF715r4On9EKS5yDxDVLkL89hz2Cl1mTBrlvPC3lQ[/img]
6
#6
-8 Frags +

4chan link, obviously impossible

4chan link, obviously impossible
7
#7
-4 Frags +

nvm

nvm
8
#8
11 Frags +

Every time I think you people can

Every time I think you people can
9
#9
4 Frags +
The2DollarHookerit is literally impossible

Thank god.

[quote=The2DollarHooker]it is literally impossible[/quote]

Thank god.
10
#10
7 Frags +

what's important is that the text was written by alfa. trough the doors!

what's important is that the text was written by alfa. trough the doors!
11
#11
14 Frags +

ez

Show Content
ez

[spoiler]http://i.imgur.com/abDv6ve.jpg[/spoiler]
12
#12
0 Frags +

http://en.wikipedia.org/wiki/Seven_Bridges_of_K%C3%B6nigsberg

http://en.wikipedia.org/wiki/Seven_Bridges_of_K%C3%B6nigsberg
13
#13
0 Frags +
The2DollarHookerWorking on now
Troll confirmed :P there's an extra door too many, it is literally impossible, if you take away one door from the outside ... it can be done but otherwise impossible.

Specifically you'd have to take away the door between the outside and the bottom middle room, because you either need every room to have an even number of doors, or exactly 2 rooms with an odd number of doors, where the outside counts as a room as well.

[quote=The2DollarHooker]Working on now
Troll confirmed :P there's an extra door too many, it is literally impossible, if you take away one door from the outside ... it can be done but otherwise impossible.[/quote]

Specifically you'd have to take away the door between the outside and the bottom middle room, because you either need every room to have an even number of doors, or exactly 2 rooms with an odd number of doors, where the outside counts as a room as well.
14
#14
4 Frags +

You can prove that it's impossible:

If a room has an even number of doors, then the line doesn't have to start or end in that room. (It can always enter through one door and exit through another.)

If a room has an odd number of doors, then the line has to start or end in that room. (Easy case with one door: Exit through that door. Next case with three doors: Exit through one door, then simply pass through the other two like if the room has an even number of doors.)

But three rooms have an odd number of doors (top left, top right, bottom center), and no line has three ends.

(Edit: Totally missed The2DollarHooker's post. Yeah, what he said.)

You can prove that it's impossible:

If a room has an even number of doors, then the line doesn't have to start or end in that room. (It can always enter through one door and exit through another.)

If a room has an odd number of doors, then the line has to start or end in that room. (Easy case with one door: Exit through that door. Next case with three doors: Exit through one door, then simply pass through the other two like if the room has an even number of doors.)

But three rooms have an odd number of doors (top left, top right, bottom center), and no line has three ends.

(Edit: Totally missed The2DollarHooker's post. Yeah, what he said.)
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