Ripple Effect # 7
- Details
Here are three Ripple Effect puzzles, similar to Suguru puzzles with their grids of various sizes and regions ranging from size 1 to 5. They differ in that a number in a cell must be separated (horizontally or vertically) from another number of the same kind by at least as many cells as the number itself. Phew! Otherwise, if there is a 2 in a cell, then the number 2 will not appear in the two cells on either side or above or below it. It should be noted that, unlike in Suguru, numbers placed diagonally have no effect. There can be a 2 in a cell and another 2 in the diagonal cell touching the first cell. For the rest, simply fill each region with the numbers 1 through N, where N corresponds to the size of the region.
These games have three different difficulty levels
1)

Puzzle :ripple_7X7_00029.pdf
Solution :ripple_7X7_00029_sol.pdf
2)

Puzzle :ripple_7X7_05332.pdf
Solution :ripple_7X7_05332_sol.pdf
3)

Puzzle :ripple_7X7_12180.pdf
Solution :ripple_7X7_12180_sol.pdf
In my book The Ripple Effect Challenge you wil find 323 grids (with different size) of this delicious puzzles.
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The Ripple Effect Challenge |
Have a good day !
No commentsArrow Maze # 10
- Details
What better way to give your brain a workout than with an arrow maze? The goal is to create a path that passes through every square on a grid. The path starts at the top-left square and ends at the bottom-right square. Since the grid has 25 squares, you must determine which squares were visited and in what order. The arrows in the squares indicate the direction to the next square, and the squares with numbers indicate the position of the square along the path. Logic and insight are required to play these three puzzles.
Rules : Rules of Arrows Maze
1)

Puzzle :lafe_5x5_00801.pdf
Solution :lafe_5x5_00801_sol.pdf
2)

Puzzle :lafe_5x5_00802.pdf
Solution :lafe_5x5_00802_sol.pdf
3)

Puzzle :lafe_5x5_00803.pdf
Solution :lafe_5x5_00803_sol.pdf
If you like these puzzles my book Arrow Maze Challenge will please you with many more puzzles with size ranging from 4x4 up to 8x8. A real treat for every puzzle lover !
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Arrow Maze Challenge |
Have fun.
Super Sudoku 16x16 # 22
- Details
A super sudoku is a sudoku with a larger grid (16x16). Then it has 16 regions, columns and rows. You need to use numbers from 1 to 16. Now you know everything there is to know about this puzzles.
1)

Puzzle :super_00811.pdf
Solution :super_00811_sol.pdf
2)

Puzzle :super_00812.pdf
Solution :super_00812_sol.pdf
My books Super Sudoku Challenge and Super Sudoku Challenge v. 2 will delight any Super Sudoku fan.
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Super Sudoku Challenge 1 |
Super Sudoku Challenge 2 16x16 |
Have fun!
Hyper Sudoku 3d # 23
- Details
Why not try solving a 3D Hyper Sudoku? It consists of two puzzles, each made up of two cubes placed side by side. Since the cubes are 4x4x4, you must place the numbers 1 through 9 in every region, column, and row. Remember that each row (or column) starts on one face of the cube and ends on another face. But also, when two cubes touch, additional rows are formed that start on the right face of the first cube and end on the left face of the second cube.
Rules : Rules of Sudoku 3D
1)

Puzzle :hysu2_4_S_R1_00006.pdf
Solution :hysu2_4_S_R1_00006_sol.pdf
2)

Puzzle :hysu2_4_S_R3_08628.pdf
Solution :hysu2_4_S_R3_08628_sol.pdf
These three books packed with Hyper Sudoku 3D puzzles are sure to delight you (available on Amazon).
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Hyper Sudoku 3D Challenge 1
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Hyper Sudoku 3D Full Blast
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Hyper Sudoku 3d Challenge v.2
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Yakazu # 8 The Super Yakazu
- Details
Here’s a 17x17 Super Yakazu puzzle for Yakazu fans. This mega-grid is designed to satisfy the appetites of the puzzle’s many admirers. There are several entries, but none is larger than nine squares, so you’ll need to use the numbers 1 through 9. If you’re looking for a bit of a challenge, this is it. In any case, it doesn’t require complicated solving techniques—it just takes a little longer to complete. I’m thinking of publishing a book featuring puzzles of this size.
Rules : Rules of Yakazu
1)

Puzzle :yaka_17x17_00020.pdf
Solution :yaka_17x17_00020_sol.pdf
Have fun.
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