Logic Masters Deutschland e.V.

Broken to Pieces (puzzle is fine BTW)

(Published on 2. May 2021, 06:45 by AlienRenders)

XV Arrow Sudoku with top-left cell containing all the digits 1 to 9

Rules:

1. Normal sudoku rules apply

2. The top left cell of each box contains all of the digits from 1 to 9.

3. Cells separated by a V sum to 5.

4. Cells separated by an X sum to 10.

5. Cells on an arrow sum to the digit in the circle. Digits may repeat if allowed by other rules.

6. Not all XV's are given.

Solve Online

Puzzle:

Solution code: Enter row 8 and 9. No spaces.

Last changed on on 2. May 2021, 16:40

Solved by cfop, zhergan, ICHTUES, SKORP17, Muhammad
Full list

Comments

on 6. August 2022, 11:39 by Muhammad
Magnificent piece of logic, thanks.

on 13. August 2021, 15:43 by uvo_mod
Labels angepasst.

on 19. July 2021, 19:59 by ICHTUES
What a beauty of a puzzle!
There is so much beautiful logic in the beginning. The break-in is mind-blowing.

on 24. May 2021, 04:37 by AlienRenders
Yes, you can certainly contact me. Let me know if you need a specific contact. I don't see any messaging support here. I'm AlienRenders#0073 on discord. Sorry for the late reply. And yes, there is an elegant series of steps to solve this puzzle.

on 20. May 2021, 22:44 by ocaly
I really want to solve this puzzle but I can't seem to find anything logical and I keep getting stuck at the 489 triple using the "top left of each box" rule. could I get into contact with you because so far it has been a great solve... such logical nice steps you have to do but it keeps getting impossible after I need to put the 4 somewhere in the top left of each box. It creates 3 low digits and thats a big problem, because it makes it impossible to solve.

on 2. May 2021, 16:40 by AlienRenders
Added rule that not all XV's are given.

on 2. May 2021, 13:31 by SKORP17
bei diesen Rätseln ist es üblich anzugeben, ob alle x bzw. v gegeben sind.

on 2. May 2021, 10:25 by AlienRenders
Missing angle bracket in html.

on 2. May 2021, 10:25 by AlienRenders
Added that digits may repeat on arrows.

Difficulty:5
Rating:N/A
Solved:5 times
Observed:11 times
ID:000650

Variant combination Online solving tool

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Solution code:

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