The Physics Level 2 course is designed to introduce learners to the core principles and practical applications of physics. Whether you're a student aiming to strengthen your science knowledge or an adult learner with a curiosity about the physical world, this course delivers a comprehensive and engaging learning experience.

The course begins with an introduction to what physics is and why it plays a central role in understanding our universe. Students will explore the scientific method, essential for conducting experiments and interpreting data, and master the use of measurement tools and unit conversions critical for scientific calculations.

In the Mechanics section, students delve into the nature of motion and the forces that govern it. They will explore Newton's three laws of motion in detail, as well as gravity and Kepler's laws, which explain planetary motion and underpin much of astrophysics.

The Energy and Momentum module teaches how energy is transferred and conserved in physical systems, alongside the principles of momentum and impulse. These lessons are vital for understanding how objects move, collide, and interact.

Waves and Optics introduce students to the behavior of waves in different media. Lessons cover wave properties, sound waves, and the nature of light. Students also learn basic optics and how lenses and mirrors manipulate light — a foundation for studying everything from microscopes to telescopes.

In Electricity and Magnetism, learners gain an understanding of electric charges, electric fields, simple circuits, and the basics of magnetism. This module provides a gateway to understanding how electrical devices and electromagnets work in real-world applications.

Finally, Modern Physics introduces key breakthroughs that revolutionized the field. Topics include Einstein’s special theory of relativity, the principles of quantum mechanics, and an overview of nuclear physics. This module ties classical physics concepts to the scientific advancements that shape current technologies and research.

By the end of the course, learners will have built a strong conceptual framework that supports further study in physics, engineering, astronomy, and other STEM fields.