Classical Mechanics and the Physics of Motion

Understanding how objects move and interact in space is fundamental to physics and engineering. This text-based course guides you through the principles of classical mechanics, breaking down complex physical phenomena into clear, digestible concepts. You will gain a solid intuitive and mathematical grasp of physical motion, frames of reference, and force dynamics. What you will learn: Understand core mechanical concepts including displacement, velocity, and acceleration. Analyze frames of reference and relative motion in physical systems. Apply principles of dynamics and forces to evaluate physical systems. Calculate work, energy, momentum, and conservation laws in practical scenarios. Explore modern computational modeling approaches used to simulate classical mechanical systems. The course begins with essential terminology, reference frames, and foundational definitions of motion before moving into forces, energy, and analytical problem-solving. Designed specifically for beginners, this course requires no prior physics background beyond basic algebra. Start reading today to build a strong foundational knowledge of classical mechanics.