Foundational Physics for Technical Problem Solving

A strong foundation in physics is the bedrock for nearly all technical and engineering disciplines. This course provides a robust, conceptual, and mathematically rigorous introduction to the essential areas of mechanics, electromagnetism, and modern physics. By the end of this course, you will be able to approach complex physical problems systematically, apply conservation laws with precision, and translate real-world scenarios into mathematical models. What you'll learn: * Understand the fundamental laws governing motion, energy, and momentum in classical mechanics. * Apply vector calculus and differential equations to model forces, fields, and dynamics in two and three dimensions. * Master the principles of electricity and magnetism, including circuit analysis and electromagnetic induction. * Analyze the concepts of wave-particle duality and basic quantum mechanics within Modern Physics. * Practice systematic problem-solving methodologies, including dimensional analysis and error propagation. * Configure complex multi-step problems using conservation laws for energy and momentum. This course is structured to first define essential physical quantities and units, then progress through detailed treatments of mechanics and electromagnetism, concluding with the foundational concepts of modern physics. The material emphasizes reading and understanding the mathematical framework necessary for physics application. This course is designed for absolute beginners who need a strong conceptual and mathematical grounding in high-level physics, requiring no prior expertise beyond basic algebra. Start building your essential physics toolkit today.