A Conceptual Exploration of Orbital Motion Through Electromagnetic Intuition

This preprint presents a conceptual and pedagogical exploration of orbital motion and the apparent imperceptibility of large-scale motion, written from the perspective of an electrical engineering student. The work documents an intuitive attempt to reason about planetary stability using electromagnetic analogies such as induced effects and Lenz-like opposition, and then carefully examines where such intuition breaks down. Rather than proposing a new physical theory, the manuscript traces a learning path from engineering-style reasoning toward the established concepts of inertial frames, conservation laws, and gravitational geometry. The intent is reflective and educational, aiming to clarify common misconceptions and to bridge intuitive engineering analogies with formal physical understanding. Feedback, critical comments, and suggestions for improvement are welcome, particularly regarding clarity, pedagogical value, and alternative ways of explaining the transition from electromagnetic intuition to inertial-frame reasoning.