Analyzing Simple Harmonic Motion and Waves in Excel

To truly grasp the physics of oscillations and wave mechanics, you need to see how the equations behave in real time. Static formulas on a page can only take you so far, but translating those principles into dynamic spreadsheet models brings the concepts of Simple Harmonic Motion (SHM) and wave propagation to life. This course bridges the gap between theoretical physics and practical data analysis, showing you how to model complex physical systems using standard spreadsheet tools. You will transition from solving textbook equations by hand to simulating physical phenomena digitally, building a solid foundation in both classical mechanics and modern data modeling. By structuring physical variables in spreadsheets, you will gain a deeper, intuitive understanding of how amplitude, frequency, phase constants, and damping factors interact. What you'll learn: - Understand the core mathematical principles of Simple Harmonic Motion, wave equations, and superposition. - Construct dynamic Excel models to simulate free, damped, and forced oscillations. - Apply modern Excel formulas and dynamic arrays to generate precise wave data points. - Create clear, interactive scatter and line charts to visualize wave interference and phase shifts. - Analyze physical parameters by setting up numerical solvers to calculate frequency, period, and energy conservation. - Practice modeling real-world wave phenomena, including sound waves and electromagnetic wave approximations. This text-based course starts with fundamental physics definitions and basic Excel formatting, gradually progressing to complex multi-wave superposition and damping models. You will read step-by-step explanations, review structured formulas, and build your own simulation sheets at your own pace. This course is designed for physics students, engineering aspirants, and spreadsheet enthusiasts who want to apply computational modeling to classical mechanics. No advanced Excel experience is required, though a basic familiarity with high school algebra and physics is helpful. Start modeling physical systems and elevate your analytical skills today.