Foundations of Physics: Molecular, Thermodynamics, and Nuclear Science

Physics provides the essential framework for understanding how energy and matter interact across all scales of the universe. This text-based course brings together key topics in molecular physics, thermal dynamics, and nuclear science into one clear, accessible learning experience. You will build a firm theoretical foundation starting with foundational terms and physical constants before exploring microscopic interactions and atomic energy. What you will learn: - Understand core concepts, physical quantities, and foundational principles of matter and energy - Analyze ideal gas behavior, molecular kinetic theory, and phase changes - Apply the laws of thermodynamics to thermal systems, heat transfer, and energy conversion - Explore atomic nucleus structures, isotopes, and fundamental forces - Examine radioactive decay, nuclear reactions, and mass-energy equivalence - Evaluate modern applications of thermal systems and nuclear technology The course starts with basic terminology and mathematical prerequisites before advancing step by step through molecular mechanics, thermodynamic processes, and nuclear phenomena. It is specifically created for beginners and students seeking a thorough introduction to physical sciences without complex prerequisites. Begin reading today to strengthen your scientific knowledge and analytical problem-solving skills.