Foundations of University Physics: Mechanics and Core Principles

Stepping into university-level physics can feel daunting without a solid grasp of core physical laws and mathematical reasoning. This written course breaks down fundamental concepts into clear, digestible explanations so you can approach complex problems with confidence. You will build a thorough understanding of physical quantities, vector analysis, and Newtonian mechanics, developing the analytical intuition needed for technical and scientific fields. What you'll learn: - Understand fundamental physical quantities, unit systems, and dimensional analysis - Master vectors, coordinate systems, and kinematics in one and multiple dimensions - Apply Newton's laws of motion to analyze forces, friction, and equilibrium - Calculate work, kinetic energy, potential energy, and conservation laws in closed systems - Analyze linear momentum, impulse, and collision dynamics - Explore rotational motion, torque, and angular momentum fundamentals - Practice systematic problem-solving methods through structured written walkthroughs The course begins with foundational terminology, coordinate representations, and mathematical tools before advancing into force dynamics, energy principles, and rotational systems. Designed for first-year science and engineering students, self-learners, and anyone seeking a solid grounding in classical physics from the ground up without prior advanced preparation. Start reading today to establish a dependable foundation in physics.