Domino Snake
(Published on 17. February 2013, 16:47 by rimodech)
Place the given dominos in the grid so that they form a snake.
The normal domino rules have to be followed: same digits can only touch same digits. The normal snake rules have to be followed, too: the snake does not touch itself, not even diagonally.
The numbers on the left and above the grid are the numbers of cells occupied by dominos (or snake) in the respective row/column. The numbers on the right and below the grid are the sums of the digits on dominos in the respective row/column.
The head and the tail of the snake are placed in the grid (two circles).
The normal domino rules have to be followed: same digits can only touch same digits. The normal snake rules have to be followed, too: the snake does not touch itself, not even diagonally.
The numbers on the left and above the grid are the numbers of cells occupied by dominos (or snake) in the respective row/column. The numbers on the right and below the grid are the sums of the digits on dominos in the respective row/column.
The head and the tail of the snake are placed in the grid (two circles).
Solution code: Row 3, row 4 and column 10 ("-" for empty cells).
Solved by Ute2, pokerke, r45, ibag, MiR, moss, Luigi, Hansjo, ManuH, zorant, saskia-daniela, derwolf23, Mody, pin7guin, sandmoppe, Statistica, ffricke, CHalb, HaSe, Alex, jirk, Babsi, pirx, joyal, ildiko, ... zuzanina, cornuto, Saskia, lutzreimer, relzzup, ch1983, PRW, Thomster, Rollo, tuace, sf2l, uvo, rob, Joe Average, KlausRG, marcmees, Resu, Matt, skywalker, cdwg2000, misko, ChristJan, Mark Sweep
Comments
on 20. February 2013, 09:34 by CHalb
Ich mag Dominos generell nicht und Schlangen auch nicht besonders gerne. Aber hier hat mir beides Spaß gemacht. Tolles Rätsel.
on 19. February 2013, 09:31 by Statistica
Sehr schön, hat Spaß gemacht!
on 17. February 2013, 22:40 by ibag
Phantastisch!
on 17. February 2013, 22:10 by r45
Endlich mal wieder eine Schlange, und noch dazu so eine schöne. Danke!
on 17. February 2013, 22:10 by pokerke
Great puzzle! Thanks! Nicely logically solvable!
