The Scottish Higher Physics: Forces, Electricity & Waves course offers a detailed and structured exploration of key physics principles that govern the natural and technological world. Covering the fundamental topics of motion, forces, electricity, waves, and radiation, this course supports learners in developing a strong grasp of physical laws, mathematical applications, and experimental techniques—all crucial for success in the SQA Higher Physics examination.

The course begins with an in-depth study of forces and motion. Learners explore the distinction between scalars and vectors, apply equations of motion, and analyse physical systems using Newton’s laws. Key topics such as projectile motion, energy transfers, and momentum are brought to life through worked examples and contextual applications, helping students connect theoretical principles to real-world dynamics.

In the electricity module, students build a foundational understanding of electrical circuits by studying current, voltage, resistance, and electrical power. Lessons delve into the behaviour of components like capacitors and the importance of internal resistance in power sources. The course also introduces the properties of conductors, insulators, and semiconductors, linking physics to modern electronic technologies.

The third module focuses on waves and radiation, exploring wave properties, interference, and the electromagnetic spectrum. Learners examine the behaviour of waves during refraction and gain insight into nuclear radiation, its detection, and its applications. This section bridges classical and modern physics, helping students develop analytical and investigative skills.

With regular assessments and revision activities integrated into each lecture, the course encourages active learning and provides continual feedback to reinforce understanding. By mastering problem-solving strategies and scientific reasoning, learners gain confidence in applying physics concepts to exam questions, practical scenarios, and future academic pursuits.