Physics Fundamentals: Kinematics and the Laws of Motion

Understanding how objects move and interact is the cornerstone of physics and modern engineering analysis. This course breaks down the mechanics of motion into easy-to-digest theoretical principles accompanied by structured problem-solving practice. You will develop a solid mental model of physical systems, learning how to describe, analyze, and predict movement in various dimensions. You will start by mastering foundational terminology, physical units, and vector representation before progressing to quantitative problem solving. What you will learn: Understand fundamental physical concepts including displacement, velocity, scalar quantities, and vectors. Calculate uniform and non-uniform acceleration across various paths and dimensions. Apply Newton's laws of motion to real-world force interactions and equilibrium scenarios. Analyze momentum, work, kinetic energy, and energy conservation principles. Solve practical mechanics problems through structured step-by-step written exercises. The material begins with foundational definitions and core principles before moving into guided practice sets designed to solidify your understanding. This course is ideal for absolute beginners, students preparing for introductory physics courses, or anyone looking to build a strong grounding in classical mechanics without any prior physics experience required. Start reading today to master the essential principles of motion.