Logic Masters Deutschland e.V.

Mini 2 mod 10

(Published on 28. December 2024, 18:50 by StatisticallyYes)

Normal Mini Sudoku rules apply (each row, column, and given 2x3 box must contain the digits 1 to 6).

Everything is mod 10 and digits in a cage must add to the sum in the top left corner - e.g. if the number in the corner is 0, the digits might sum to 10, or 20, or 30, etc. Digits cannot repeat in cages.

Link to sudokupad

If you enjoy this puzzle, I also have other mod 10 puzzles of varying difficulties, that you can find links to here.

Solution code: Row 4

Last changed on on 29. December 2024, 18:38

Solved by xocolatl, SKORP17, Sherlang, jalebc, Jowser, Uhu, pepe74287, Killer-Ly , Rollo, oklux, cmoa, efnenu, vlin, mrlemmelook, brimmy, rictech, mnhuik, Deanzo, PersonWhoExists50306, thoughtbyte, BenTen, ... pahughes71, drifting, zrbakhtiar, cmigas, peep50183, ecavalli, Supertaster, stafen, teuthida, ParaNox, dzamie, dhdydg, Drawoon, Raistlen, arangues, Thomster, Coneson, bereolosp, ManuH, moss, Gizmo
Full list

Comments

on 31. December 2024, 19:41 by dzamie
Unfortunately, 6x6 has a small Killer range for each cage size, so the modulo doesn't really affect anything aside from breaking SudokuPad's killer calc.
Still, this was pretty nice even if it's basically a normal Killer.

on 30. December 2024, 01:16 by JKBongos
Great use of given digits and a fun solve!

on 29. December 2024, 18:38 by StatisticallyYes
Added restriction on digits not repeating in cages. Thanks everyone! I will fix the rules in sudokupad as soon as I’m at home.

on 29. December 2024, 16:55 by geronimo92
Not solvable if you dont say in the ruleset that "digits cant repeat in a cage" !!

Last changed on 29. December 2024, 14:16

on 29. December 2024, 13:03 by fishsaltyak
What is mod 10? The rules should explain. Thanks.

Edit: rules also do not state that numbers cannot repeat in cages.

on 28. December 2024, 22:06 by mrlemmelook
First time trying a mod-puzzle. Its a very nice puzzle for a learner, thanks a lot :)

Difficulty:1
Rating:80 %
Solved:85 times
Observed:3 times
ID:000LBC

Enter solution

Solution code:

Login