Number Puzzle: Solve 34 in 11 Lines Using 1-17

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The discussion focuses on a challenging puzzle that requires placing the numbers 1 to 17 in circles so that the sum of the numbers on each of the 11 lines equals 34. Participants express their views on the complexity of the puzzle, with one claiming to have a unique solution. There is a correction regarding a specific line's sum, indicating that one proposed combination does not meet the requirement. Another participant suggests that there are only two symmetrical solutions, implying a limited number of configurations. Ultimately, Borek's solution aligns perfectly with the original poster's, reinforcing the idea of a unique solution to the puzzle.
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Using the numbers 1 - 17, place the numbers in the circles so that the sum of the numbers on every line equals 34. There are 11 lines. I have one solution. I think this is a very challenging puzzle that few can solve.
 

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Hi Helios!
From top to down, and left to right:
13
4,7,17,6
9,1
5,3
11,8,15
16,14
10,2,12
:smile:
 
As far as I can tell 10+2+12 in bottom line is not 34...

Seems to me like there are just two solutions - symmetrical, so in a way there exist only one.

14 - 16 4 8 6 - 3 1 - 13 11 - 5 17 12 - 7 2 - 10 9 15

(these are rows)
 
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Borek's solution is an exact match to mine. This solution looks unique. Thanks all for your efforts with this puzzle.
 
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