Featured Puzzle: Bricks #1
“All in all, it’s just another brick in the wall.” On this day in 1979, Pink Floyd released one of their most well-known concept albums. The Wall sold over 30 million copies. Today, we celebrate with a Bricks puzzle.
“All in all, it’s just another brick in the wall.” On this day in 1979, Pink Floyd released one of their most well-known concept albums. The Wall sold over 30 million copies. Today, we celebrate with a Bricks puzzle.
Today, we have a simple Bricks puzzle.
Fill in the grid with the numbers 1 to 8 without repeating a digit in any row or column.
I learned about Chain Sudoku puzzles fairly recently, and thought they’d make for a visually cool presentation. This form was popularized under the trademarked name Strimko, which was invented in 2008 by the Grabarchuk family. They’re similar to Jigsaw Sudoku puzzles, with jumbled regions, except they are not necessarily orthogonally contiguous.
Oh no! The creatures in the grid have hidden all the numbers of this Sudoku puzzle! Fortunately, you still have some clues.
Happy Baba Marta Day! This is a Bulgarian holiday to celebrate Grandmother Martha, the bringer of spring. Observers exchange and wear red and white tassels, called Martenitsas to guard against evil. Once the wearer has seen a stork or blossoming tree, they remove the Martenitsa and hang it from the tree.
Today’s puzzle, colored to resemble a Martenitsa, is Comparison Sudoku.
Fillomino is another popular Japanese puzzle. Divide the grid into polyomino regions that each contain a single number, ranging from 1-9.
Fillomino is a popular Japanese puzzle. Divide the grid into polyomino regions that each contain a single number, ranging from 1-9.
Fillomino is a popular Japanese puzzle. Divide the grid into polyomino regions that each contain a single number, ranging from 1-9.
You’re the coordinator for this year’s Secret Santa party. Each of your seven guests brought a present for each of the others. You mixed in the gifts from you, and arranged them in a neat grid, with one present for each guest in each row and column. No idea why – you just liked the arrangement. But then the labels fell off of most of them! Fortunately, you were able to remember a bit about how they were arranged. Can you deduce the rest of the labels?
In Futoshiki, your goal is to fill the grid with numbers from 1-7, without repeating a digit in any row or column. Inequality symbols between cells always point to the smaller number.