PixelMath - Math Puzzle

**Pixel Math Puzzle** is a neon math and logic game where every equation is built from a grid of glowing pixels.

Each level starts with an incorrect equation. Your task is to fix it by switching pixels between **0 and 1**. Tap a pixel to turn it on or off, change the shapes of numbers and symbols, and make the equation correct before you run out of moves.

Every puzzle gives you a limited number of moves. You must study the equation carefully and decide which pixels need to change. One pixel may turn a number into another number, complete a symbol, or remove an incorrect part of the equation.

The game reads the current pixel arrangement and shows the equation below the board. As you make changes, you can immediately see how the numbers and symbols are being interpreted. When the equation becomes valid, the level is complete.

Pixel Math Puzzle includes **500 handcrafted levels** across **5 difficulty categories**. The early levels introduce the basic mechanics with simple equations and generous move limits. Later levels require more precise changes, better observation, and careful planning.

Some puzzles can be solved by changing a single number. Others require changes across multiple parts of the equation. Because every level has a fixed move limit, random tapping is not enough. You need to find an efficient solution.

Use the **Reset** button to restore the original equation and try again. When you are stuck, use the **Hint** system to get help without skipping the puzzle.

### Features

* 500 handcrafted math puzzle levels

* 5 progressive difficulty categories

* Switch pixels on and off with simple taps

* Limited moves in every level

* Real-time equation reading

* Correct and incorrect status feedback

* Reset and hint options

* Retro pixel-matrix visuals

* Bright neon interface

* Short, focused puzzle sessions

* Gradually increasing challenge

* No complicated controls

Pixel Math Puzzle combines arithmetic with visual pattern recognition. You are not simply choosing an answer from a list. You must physically rebuild the equation by editing the pixel grid.

Look at the numbers. Count your remaining moves. Find the exact pixels that need to change.

Can you fix all 500 equations?