Logic Masters Deutschland e.V.

L7 Weenie

(Eingestellt am 26. April 2024, 00:35 Uhr von KMD)

Hello, Kennet's Dad here. This is another, hopefully weekly, entry of an approachable puzzle. Consider leaving a comment; it encourages others to try.

Rules:

  • Normal sudoku rules apply.
  • Every string of three adjacent digits on a teal line must contain one digit from each modulo 3 set: 147, 258, 369.
  • Every string of three adjacent digits on a tan line must contain one digit from each entropic set: 123, 456, 789.
  • Digits joined by an X sum to 10. Digits joined by a V sum to 5.
  • Digits joined by a white dot are consecutive. Digits joined by a black dot are in a 2:1 ratio.
  • Not all Xs, Vs, or dots are necessarily given.

Solve using Sven's Sudokupad

I have a YouTube channel where I discuss and analyze literature and poetry. And please consider a free subscription to my novel.

Lösungscode: column 7, top to bottom


Gelöst von SudokuHero, Steven R, rictech, Alce, AAndrei_Truther, Golden_Agent, hearnicane, atomvic, jalebc, ananth, wang, Willkimo, ZigZagWonderer, Enkerro, davidjshort, Bjd, Woody03130, ark29, pyroinpink, ... chanelaw, EL3CTR1CK, McParland57, Vaurien, forsen, hsimah, W1n5t0n, macmillan333, scushuaishuai, A very large bear, jnmh, NeroChaos, greemi01, QuiltyAsCharged, hurrynot, deangaudet, asii, PippoForte
Komplette Liste

Kommentare

am 26. April 2024, 17:44 Uhr von Ragna
Fun puzzle! Thank you. :-)

am 26. April 2024, 14:35 Uhr von PinkNickels
Excellent setting. Flowed very smoothly.

am 26. April 2024, 12:02 Uhr von sof
a great puzzle as always
thanks :>

am 26. April 2024, 07:56 Uhr von ark29
Wow. This was great! I had a wonderful time solving it. Never felt tough, but never felt straightforward either.

am 26. April 2024, 03:34 Uhr von AAndrei_Truther
50:43 , great puzzle

am 26. April 2024, 02:32 Uhr von rictech
This was very nice, each deduction was a discovery and the groups of clues worked great with each other!

Schwierigkeit:2
Bewertung:93 %
Gelöst:147 mal
Beobachtet:8 mal
ID:000HU3

Rätselvariante

Lösung abgeben

Lösungscode:

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