Physics Modeling in Excel: Mechanics, Collisions, and Momentum

Simulating complex physical systems doesn't require expensive specialized software. By leveraging the computational power of spreadsheets, you can model real-world mechanics and visualize physical laws dynamically. This text-based course guides you through building functional physics models from scratch, starting with fundamental definitions and progressing to interactive simulations. You will transition from theoretical physics concepts to practical spreadsheet implementations, learning how to structure formulas to solve complex mechanics equations automatically. This approach turns abstract theories into tangible, working data models. What you'll learn: - Understand the foundational mathematics of center of mass and linear momentum - Build dynamic Excel formulas to calculate systems of particles and rigid bodies - Simulate elastic and inelastic collisions using algebraic solvers and dynamic arrays - Configure iterative calculations to model continuous circular motion over time - Analyze conservation of momentum using modern spreadsheet data tables and charts - Practice troubleshooting formula errors in complex multi-step physics equations We begin with essential terminology, establishing a solid foundation in mechanics before moving step-by-step into spreadsheet configuration. You will learn to structure your data logically, apply built-in math functions, and design clean templates that calculate physical outcomes instantly when variables change. This course is designed for beginners, students, and educators who want to merge physics principles with practical Excel modeling skills. No prior spreadsheet programming experience is required. Start building your own interactive physics models today.