This course provides a solid foundation in physics for beginners and students seeking a structured review of essential concepts. It begins with an introduction to physics, exploring the fundamentals of force, motion, and energy, then moves to thermodynamics and waves, and introduces basic concepts in electricity, magnetism, quantum mechanics, and relativity.

To ensure students have the necessary mathematical tools, the course includes reviews of essential algebra, trigonometry, scientific notation, units, and conversions. Concepts of distance, displacement, average speed, and velocity are clearly explained with examples to illustrate the differences and applications in physics problems.

Vector analysis is also covered, including graphical addition and subtraction of vectors, multiplying vectors by scalars, and calculating vector components. This structured approach builds both conceptual understanding and problem-solving skills, preparing students for more advanced physics courses.

With a focus on step-by-step explanations, examples, and practical applications, this course allows students to master foundational physics concepts efficiently and confidently.