This educational video provides a comprehensive introduction to the physics of light, defining it as an oscillating electromagnetic wave. The instructor breaks down complex abstract concepts by first explaining electric and magnetic fields separately, using clear diagrams and real-world analogies like magnets and iron filings. The video then combines these concepts to visualize light as two perpendicular fields—electric and magnetic—oscillating together as they travel through space. The lesson delves into the specific wave properties of light, including wavelength, frequency, and amplitude. It effectively connects these mathematical and physical properties to human perception, explaining how wavelength and frequency determine the color we see, while amplitude determines the brightness. The video uses helpful animations, such as 3D graphs and water wave comparisons, to make these invisible phenomena easier to visualize. This resource is highly valuable for physical science and physics classrooms as it bridges the gap between static electricity/magnetism and wave theory. It is ideal for introducing the electromagnetic spectrum, teaching wave properties, or explaining the fundamental nature of light. The video includes a built-in review quiz and summary, making it a ready-to-use lesson component for checking student understanding of key physics vocabulary.