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Who can solve it?

48,274,502 次观看 • 1 年前 •via X (Twitter)

11 条评论

J 的头像
J1 年前

I watched this for 84 minutes waiting for someone to solve it 🤷‍♂️

Places Visited & Pictures Taken 的头像
Places Visited & Pictures Taken2 年前

How do you choose the best picture in less time?

call me Stevo 的头像
call me Stevo1 年前

It’s easy , do the outer circle , then one line, from the centre point, then do a split to finish the other two lines.

hariSolo.-_-. 的头像
hariSolo.-_-.1 年前

It’s impossible. These puzzles require a node with even legs. This shape has 4 nodes all with odd (3) legs.

Hardwire Media 的头像
Hardwire Media1 年前

I don’t believe it’s possible.

Burns Israelsen 的头像
Burns Israelsen1 年前

If a patten like this has more than two junctions with an odd number of lines, it can’t be done. Any odd-numbered junction needs to be the starting or ending point of the path. Also, a pattern like this will necessarily have an even number (0, 2, 4, etc.) of odd junctions.

Patrick Gunnels 的头像
Patrick Gunnels1 年前

Eulerian paths only exist in such systems when every node is of even degree. There is no solution.

Janakiram Jonnadula 的头像
Janakiram Jonnadula1 年前

It is built with for no solution

"Blue Nose" Panda 的头像
"Blue Nose" Panda1 年前

It doesn’t look possible to me 🤷🏻‍♂️

Captain Zarkonyus🚀 的头像
Captain Zarkonyus🚀1 年前

It’s only possible if you begin at the center. Bunch of idiots in the comments

halil 的头像
halil1 年前

1-complete the circle ( red) 2-continue until the dividing point (blue) 3-Complete the V with both feet (green)

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