Core Concepts in Foundational Physics

Physics is the foundational science that explains how the universe works, governing everything from planetary motion to modern electronics. A strong grasp of its core principles is essential for success in any scientific or engineering discipline. By the end of this course, you will have a deep, text-based understanding of the fundamental laws of classical physics, enabling you to confidently analyze physical systems and solve quantitative problems using established scientific methodologies. What you'll learn: * Understand the system of units, dimensional analysis, and the mathematical tools necessary for vector manipulation in physics problems. * Apply Newton's three laws of motion and the conservation of momentum to accurately model and predict the behavior of moving objects. * Analyze the concepts of work, kinetic and potential energy, and power, focusing on the principle of energy conservation in closed systems. * Explore the fundamental principles of thermodynamics, including heat transfer mechanisms and the laws governing energy flow and entropy. * Grasp the basics of static electricity, electric fields, potential, and the operational principles of simple direct current (DC) circuits. * Practice solving foundational problems across mechanics, energy, and wave phenomena using step-by-step, written analytical methods. This course is structured to provide a thorough introduction to the core areas of physics. We start with fundamental terminology and measurement standards before moving systematically through mechanics, energy, thermodynamics, and the basics of electromagnetism. This course is designed for absolute beginners and anyone seeking a solid, foundational review of classical physics principles. No prior knowledge of college-level physics or advanced mathematics is required. Begin your journey into the laws of the universe now.