Logic Masters Deutschland e.V.

Who Keeps Inviting Zero!? (0-9 Challenge)

(Published on 15. November 2024, 00:22 by The Bard)

Who Keeps Inviting Zero!?

Place all the digits 0-9 in each row, column, and box, but one digit in each will not fit. The missing digit can vary or repeat.

Kropki Dots: Digits separated by a white dot have a difference of one, digits separated by a black dot have a ratio of 2:1.

Odd: Digits in a grey circle are odd.

Region Sum Lines: Digits in each box along the blue line add up to the same value.

Killer Cages: Digits in cages add up to the value in the corner if given and do not repeat.

Solve on CTC

This is a sequel to the puzzle Who Invited Zero? and Who Invited Zero Again?

If you like this puzzle you may enjoy some of my other puzzles too, click HERE to see the other puzzles I have made.

Solution code: Row 5

Last changed on on 15. November 2024, 00:31

Solved by hardline35, lune, Nylimb, redgecko, PinkNickels, SKORP17, cg24, Calvinball, marcmees, dtoto, Rearden, rudarobson, v8nagrom, Carolin, Tompzini, teuthida, MaxSmartable, mezkur7, snowyegret, belnovic, xkg640, lmdemasi, Sus, susadoraku, QuiltyAsCharged
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Comments

on 21. January 2025, 00:06 by QuiltyAsCharged
Excellent! Very cleverly designed puzzle

on 16. November 2024, 12:30 by marcmees
Very Nice. Thanks

on 16. November 2024, 03:23 by Calvinball
Thank you Bard that was lovely! I shall take that d12 inspiration with glee.

on 15. November 2024, 14:37 by PinkNickels
I can't get enough of these 0-9 puzzles! Thanks so much, Bard! Appreciate your continued contributions to the hobby!

Last changed on 15. November 2024, 05:06

on 15. November 2024, 04:17 by Nylimb
Please clarify: In box 2, do the 2 parts of the blue line separately sum to the common total (as is usual for region sum lines), or is the sum of both parts together equal to the common sum?

~~
Sorry for the confusion.
Each part sums seperatly. So in R2C4 equals R3C7.
The Bard
~~
Thanks. Nice puzzle!

on 15. November 2024, 00:59 by hardline35
Very nice puzzle! Thank you!

Difficulty:3
Rating:91 %
Solved:25 times
Observed:6 times
ID:000KRC

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Solution code:

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