Fundamentals of Physics: Mechanics and Problem Solving

Physics forms the foundation of how the physical world behaves, and mechanics is its most essential core branch. Understanding mechanics allows you to analyze motion, forces, and energy with mathematical clarity and precision. This course guides you through core theoretical concepts and foundational problem-solving strategies to build strong analytical skills from the ground up. What you will learn: • Learn essential physics terminology, standard units, frame of reference concepts, and vector math basics • Analyze linear kinematics including position, displacement, velocity, and acceleration • Apply Newton's laws of motion to resolve complex static and dynamic force scenarios • Master principles of work, energy conservation, power, and momentum balance • Explore rotational dynamics, torque, angular momentum, and mechanical equilibrium • Practice structured physical problem-solving techniques through detailed written exercises. The course begins with clear definitions and core mathematical tools before progressing toward comprehensive physical systems analysis. Designed specifically for beginners and introductory physics students, no prior advanced coursework is required. Begin reading today to construct a confident, foundational understanding of classical mechanics.