Electromagnetic waves are composed of two oscillating fields: the electric field (E) and the magnetic field (B). These fields are always perpendicular to each other and to the direction in which the wave travels. As the wave moves forward, the E and B fields continuously change in strength and direction, creating a dynamic and self-sustaining pattern. 📌Support us - Like/Share/Follow👆❤️ ✅Follow @math.magazine 🔥 for more !!... ✅Follow @manim.animations 🔥 for more !!... ✅Follow @math.magazine.m

A charged particle placed in a field creates a region where forces act on other charges. The arrows surrounding the particle represent the direction and strength of the field lines, showing how the influence spreads through space. This visualization is often used in physics to explain electric or magnetic fields, where the pattern of arrows reveals whether the field radiates outward or curves around the charge. Understanding this concept is essential for studying interactions between charges and