This video provides a clear, step-by-step tutorial on how to determine the side length of a square when the area is known. Through three distinct examples using different colors and units (cm² and m²), it guides viewers through the logic of inverse operations without explicitly introducing complex algebraic notation. The narrator explains that since a square's area is length multiplied by length, finding the side means identifying a number that multiplies by itself to equal the given area. The video explores key mathematical themes including geometry, measurement, and the relationship between multiplication and area. It reinforces the concept of "perfect squares" (9, 25, 64) and visually demonstrates how to use multiplication facts to solve for unknown dimensions. The repetitive structure serves to build confidence and fluency with the procedure, allowing students to practice the thinking process three separate times. For educators, this resource is an excellent tool for introducing the concept of square roots in a concrete, geometric context. It bridges the gap between basic multiplication and algebraic thinking. Teachers can use it to help students visualize why the inverse of squaring a number helps find geometric dimensions, making it suitable for lessons on area, perimeter, and pre-algebraic reasoning.