Sudoku

Sudoku is one of the most beneficial games for both children and adults. Regularly playing Sudoku can lead to many positive developments, such as learning to look at things from different perspectives, improving problem-solving skills, and fostering creativity. Among the most popular puzzle games of all time, the general logic of Sudoku is to fill a 9×9 grid with numbers.

HOW TO PLAY SUDOKU?

Sudoku is about placing numbers logically. As a logic game, Sudoku doesn’t require calculations or special mathematical skills. The only thing needed during the game is the brain and concentration.

Sudoku puzzles are named according to their type and size. One of the most frequently preferred types is the classic 9×9 grid. This consists of 81 squares, with 9 squares in each of the 9 areas. Numbers from 1 to 9 must be placed in these 81 squares according to specific rules. In Sudoku, some numbers are already placed on the puzzle.

WHAT IS THE LOGIC OF SUDOKU?

In Sudoku, the goal is to arrange the numbers without repetition in a grid of 9 cells, divided equally into 9 sections. However, one of the most important points to remember is to arrange all the numbers from 1 to 9 in each column and row only once. Similarly, in the squares highlighted with thick lines, the numbers from 1 to 9 must be used only once.

HOW TO SOLVE SUDOKU?

Learning to play Sudoku can be a little daunting for beginners. If you are a beginner, you can find tips on how to play Sudoku to improve your skills here:

Sudoku consists of 9 squares arranged from top to bottom and left to right, which are further divided into sections of 9 squares. The numbers from 1 to 9 must be placed within these squares. To complete the Sudoku puzzle, you must fill it in such a way that each row, block, and column of the 9 squares contains each of the numbers from 1 to 9.
Look for rows and columns of 3×3 grids that contain 5 or more numbers. Experiment with unused numbers and work on empty cells. You will often find numbers that can only be placed in one position considering the other numbers already in the row, column, or grid.
Visually divide the grid into 3 rows and 3 columns. Each large column contains 3 3×3 grids, and each row contains 3 3×3 grids. Now, observe the columns or grids that have 2 of the same number. Logically, the remaining 9-cell section will contain a third copy of the same number. Then, look at all of the remaining 9 positions and glance at the area where you can find the missing number.