Featured Puzzle: Minesweeper #2
Using the clues given, mark all cells containing mines. Unlike the computer game, you get to see all the clues when you start.
Using the clues given, mark all cells containing mines. Unlike the computer game, you get to see all the clues when you start.
Using the clues given, mark all cells containing mines. Unlike the computer game, you get to see all the clues when you start.
You’ve been hired to examine a warehouse that’s rumored to be haunted. Your meter shows the total number of ghosts it detected. After a few short-range tests around the warehouse, you think you can exorcise them all now.
The Fleet of Love approaches! Use the clues within the grid to find the locations of all the ships shown around the border. The clues work similarly to a Minesweeper puzzle.
Place Jack o’lanterns in the grid in such a way to illuminate all of the unlit cells, using number clues and walls. Numbers show you how many lanterns are orthogonally adjacent to them. Walls block light. Some cells contain mirrors that reflect light 90 degrees.
As we all know, the average department store now is laid out like a maze, especially around Christmas. After all, you wouldn’t want to miss any bargains, right? Today, you’ll be putting up holiday garlands for one such store. Your goal is to create a single looping path that passes through all cells. However, this time, you’re drawing the walls, not the path.
A common puzzle mechanic involves creating a loop that passes through every cell of the grid. In most of them, you have to draw a line through the centers of each cell, with restrictions based around numbers, circles, or blocked cells. Miti works a little differently. Yes, your goal is still to create a single looping path that passes through all cells. However, this time, you’re drawing the walls, not the path.
For today’s puzzle, I’ve made some silly anagrams of popular spooky movie characters. Can you unscramble all 10 names?
Today’s the day of the total solar eclipse! Thousands of people have traveled to visit the path of totality. As you know, a solar eclipse happens when the moon passes in front of the sun. So let’s play with that theme. This grid is divided into regions. Draw a single closed loop that visits every region.
Place exactly one star and one cloud in each row and column to light the moons as shown. Stars give light, while clouds block it.