Fill the grid so that every row and column contains the numbers 1 to 5 exactly once without repeats. Use the adjacent < and > symbols to guide you, ensuring the open side always faces the larger number and the point faces the smaller number.
Extend rays from the numbered suns to cover the grid.
Rules:
- Rays travel horizontally or vertically.
- Each sun number shows the total cells covered by its rays. Sun cell is excluded from that number.
- Every empty cell must be covered by exactly one ray.
I'm trying new football themed puzzle I posted it on my Patreon if you like to try it https://www.patreon.com/MrBrainGame/posts/weekly-social-29-162395015
Draw fishing line from each number to a fish. The number gives you the line length in number of cells, including fish cell. Lines move horizontally and vertically, and cannot cross. Every cell contains exactly one line part.
Fill each region with the numbers 1 to the size of that region, using each number exactly once. Cells that touch, including diagonally, cannot contain the same number. This rule also applies within the same region. Repeated numbers are allowed in the same row or column as long as the cells are not adjacent.
🎉 Six Months of Puzzles
This month marks six months since I started publishing printable puzzle collections.
To celebrate the milestone, all three June collections are now available:
🧩 Brainstorm — my largest collection yet, featuring 59 puzzles covering logic, wordplay, visual challenges, Sudoku, and more.
🌿 BrainBreeze — a smaller collection of five relaxing puzzles designed for quiet pencil-and-paper solving.
🎁 BrainDrop — a free collection featuring Sudoku, Nonograms, Futoshiki, Skyscrapers, and Kakuro.
Thank you to everyone who has solved a puzzle, left feedback, shared a kind comment, or simply followed along during these first six months. Every bit of support has helped shape these collections into something better.
Here's to the next six months of puzzles.
Happy puzzling!
Link to free collections https://www.patreon.com/collection/2035788
Numbers around the grid tells you how many tents are in that row/column. Every tree has exactly one tent connected to it. Tents can't be in neighbouring cells even diagonally.
Let's try a quick Ditloid challenge. 🧠
If you're new to Ditloids, here's an example:
7 D in a W = 7 Days in a Week
The numbers and letters are clues to a common phrase, fact, or expression.
🧩Can you solve these?🧩
26 L of the A
12 S of the Z
88 K on a P
Lets have fun, create your own Ditloid add it to comments and lets all try to guess it? 👇
Place a single flower in each designated area, ensuring that there is only one flower per row and column. Additionally, flowers should not be placed in adjacent cells, including diagonally.
Draw a single continuous loop along the grid lines.
A number in a cell tells you exactly how many of its four sides
are used in the loop. The loop cannot cross or branch.
Number inside circles(islands) tells you how many bridges this island has. Two islands can be connected with max two bridges. Bridges can't cross and can go only vertical or horizontal. In the end all islands need to be interconnected
Hi everyone!
I would like to hear some more feedback about logic puzzles, both the ones you can find here and the ones you can't.
Which puzzles do you like: Sudoku variants, math-based ones, or others?
Do you ever print them for solving, or do you use tablets or phones?
Have you competed, or do you plan to compete, in any local, online, or world puzzle-solving championships?
Populate the yard with a hidden network of gopher burrows. Numbers indicate exactly how many gopher holes are located in the surrounding eight cells. Total of 10 holes are in the grid.
Draw a line from start(1 top left) to end(1 bottom right) following the patern 1, 2, 3, 4, 1, 2, 3... you can move i any direction(even diagonally), but line can't cross itself. Every cell needs to be visited
Connect independent trees using straight lines in up to 8 directions. The number inside each circle indicates its total root connections. Only a single root can link any two trees, and roots cannot cross