Ever wonder how a video game works? It's not magic. It's a world built entirely out of algebra and physics.

Character Movement: Your character's position is stored as (x, y, z) coordinates. Every movement is an algebraic update to those values.

Game Physics: A perfect jump arc isn't an animation; it's a quadratic equation calculated in real-time.

3D Graphics: Every object on screen is a collection of vertices (points). Linear algebra (matrices) is used to rotate, scale, and move them.

Collision Detection: The game is constantly using inequalities to check if the boundaries of two objects are overlapping.

Artificial Intelligence (AI): An enemy NPC deciding to attack is running an algorithm based on variables like your health and distance.

Damage Calculation: 'Your sword does 10 damage, but the enemy has 2 armor.' That's a simple algebraic expression.

Procedural Generation: Infinite worlds in games like Minecraft are created using complex algebraic algorithms.

Game designers and programmers are artists who use algebra as their paintbrush.

The next time you play, don't just see the graphics. See the beautiful, complex algebra running underneath.