Classical Mechanics: Foundations of Motion and Energy

Do you want to understand the fundamental laws that govern how everything moves, from a falling object to orbiting planets? Classical mechanics provides the essential framework for all physical sciences and engineering disciplines. By the end of this course, you will be able to analyze complex physical systems, calculate forces and motion using Newton's laws, and confidently apply conservation principles (energy and momentum) to solve practical problems. What you'll learn: * Understand kinematics and dynamics, mastering the mathematical language used to describe motion in one and two dimensions. * Apply Newton's three laws of motion to analyze forces, calculate equilibrium (statics), and predict trajectories for various physical setups. * Master the concepts of work, energy, and momentum, and apply conservation laws to simplify problem-solving for closed systems. * Learn the principles of universal gravitation and orbital mechanics, analyzing gravitational forces and planetary motion. * Practice translating physical scenarios into mathematical models, focusing on practical application through structured written problems. * Configure foundational concepts like special relativity to understand the limits and context of classical physics. This course begins with fundamental definitions and mathematical tools before systematically introducing forces, energy, and momentum. The emphasis is on building intuition through extensive written problem sets and conceptual checks. This course is designed for absolute beginners in physics, engineering, or mathematics who need a strong, foundational understanding of classical mechanics. No prior college-level physics or advanced mathematical knowledge is required. Start reading today and unlock the core laws governing the physical world.