Physics Modeling in Excel: Laws of Motion and Friction

To master classical mechanics, you need more than just formulas in a textbook; you need to see how variables interact in real-time. This text-based course shows you how to use Excel as a powerful simulation tool to model physical systems and solve complex mechanics problems. You will start by building a strong foundation in Newton's laws of motion and the mechanics of friction, translating these core physical principles into dynamic spreadsheet calculations. Through step-by-step written tutorials, you will learn to construct numerical models that simulate real-world physical scenarios and predict outcomes. What you will learn: Understand the foundational concepts of Newton's laws of motion and static/kinetic friction; Translate physical equations into dynamic Excel formulas and dynamic arrays; Build numerical models to simulate block-on-incline problems and multi-body systems; Use Excel's solver and data tables to analyze threshold forces and limiting friction; Practice setting up parameter-driven physics simulations to visualize changes in velocity and acceleration. The course begins with essential physics definitions and spreadsheet setup principles before moving into practical modeling exercises for single-body and multi-body systems. This course is designed for beginners in computational physics, students preparing for competitive engineering exams, or anyone interested in applying spreadsheet tools to scientific modeling, with no prior Excel experience required. Start modeling physical systems and elevate your analytical skills today.