Fundamentals of Physics: From Classical Mechanics to Nuclear Concepts

Understanding how the physical universe works is key to making sense of nature, technology, and modern science. This structured course provides a clear introduction to the foundational principles of physics, taking you step-by-step from everyday physical phenomena to the building blocks of matter. You will start by mastering essential terminology, units of measurement, and core physical quantities before exploring how forces and energy interact. Through written breakdowns and practical problem setups, you will develop strong scientific reasoning skills. What you'll learn: - Understand fundamental mechanics, including motion, forces, work, and energy conservation. - Explore thermodynamics, heat transfer, and wave behavior. - Examine electricity, magnetism, and basic electromagnetic fields. - Study atomic structure, radioactivity, and core nuclear physics principles. - Apply physical reasoning to real-world scenarios and modern scientific concepts. The reading material begins with foundational definitions, scalar and vector properties, and simple motion before advancing through thermodynamics, field concepts, and introductory modern physics. Designed specifically for beginners, this course requires no prior physics experience or advanced math skills. Start reading today to build your understanding of the physical world.