Classical Mechanics: Foundations of Motion and Force

Physics and engineering rely entirely on a deep understanding of Mechanics—the study of how forces affect objects. Without this fundamental knowledge, solving complex technical problems is impossible. This course provides the rigorous, concept-driven foundation you need to accurately model and predict the motion of objects in the real world.Upon completion, you will possess a robust framework for analyzing mechanical systems, calculating forces, and applying conservation principles to solve multi-step problems in any technical field.What you'll learn:<ul><li>Understand vector analysis and coordinate systems for accurately describing position, velocity, and acceleration.</li><li>Apply Newton's three laws of motion to calculate forces, predict changes in momentum, and analyze equilibrium.</li><li>Master the principles of work, kinetic energy, potential energy, and the conservation of mechanical energy.</li><li>Analyze the dynamics of rotational motion, including angular momentum, torque, and moment of inertia.</li><li>Practice systematic problem-solving methods for setting up and solving challenging, multi-variable mechanics problems.</li><li>Configure basic models involving oscillations and simple harmonic motion (SHM).</li></ul>This course begins with essential terminology and fundamental definitions, progressing systematically through kinematics and dynamics before tackling energy, momentum, and rotational motion. The material is focused on developing strong analytical skills through written explanations and guided practice exercises.This course is designed for absolute beginners or those needing to reinforce their foundational knowledge of classical physics, with no prior technical background required.Start building your mechanical intuition today.