Physics is the study of nature; it aims to understand particles, energy, forces, and fields and their interaction with both the incredibly vast and small being subject to exploration smallest and largest scales. We look at topics ranging from the interactions of the smallest particles yet discovered to the way the Universe has evolved since the beginning of time. Physics is fundamentally an experimental subject and we begin by studying how Physicists make careful measurements, using a range of physics instruments, which we will then analyze and evaluate by considering errors. We then move onto wave and particle behaviour and see that in fact on the smallest scales things behave like nothing we know of at the everyday scale. We’ll consider the behavior of projectiles, and the relationships between force, motion, and energy, look at the characteristics of electric circuits, and the behavior of materials in depth. In year 2 we will investigate the interactions between massive bodies and see the similarities to the world of the very small. We will also look at electromagnetism, allowing us to view the world as consisting of fields with which particles can interact, and how these concepts are used to build machines. The earlier study of mechanics is further advanced in the study of circular motion and simple harmonic motion and a final section allows the thermal properties of materials, the properties and nature of ideal gases, and molecular kinetic theory to be studied in depth. After the mandatory units we then choose one optional unit to study from Astrophysics, Medical physics, Engineering physics, or Turning points in physics. There is a Practical Endorsement component, which is reported separately, and based on core practical tasks completed throughout the two-year course. Here you will develop the lab skills needed for a science-based degree or career.