Physics

Course summary

The primary objective of this course is to instil in students a genuine interest, enjoyment, and a sense of accomplishment through their study of Physics. Building upon the topics covered in Key Stage 4, the course also introduces a few new concepts to further broaden their understanding. Opting for A-level Physics is ideal if you aspire to unravel fundamental questions about the nature of the Universe, comprehend the mechanisms behind motion caused by forces, and grasp the behaviour of light and electricity. Our exploration will encompass a wide range of length scales, spanning from the minuscule nucleus to the expansive dimensions of outer space. Furthermore, Physics forms the foundation of numerous modern advancements in communication, transportation, medicine, and energy technologies. By undertaking this course, you will develop a comprehensive understanding of the fundamental principles underlying these groundbreaking technologies. The course is divided into nine topics. Topics 1 to 5 are studied in the Junior Sixth and Topics 6 to 9 are studied in Senior Sixth. 1. Measurements and their errors. 2. Particles and radiation. 3. Waves. 4. Mechanics and materials. 5. Electricity. 6. Further mechanics and thermal physics. 7. Fields and their consequences. 8. Nuclear physics. 9. Astrophysics. There is quite a lot of mathematics in the Physics A-level course: 40% of the assessment is mathematical. However, all of the mathematics is of GCSE standard, so none is especially difficult. Do not worry, you will get plenty of practice throughout the course. Practical work is fully integrated into the course and students develop their skills of planning, application, data analysis and evaluation by carrying out experiments. This will be integrated with the theory of measurements and their errors. There are 12 specific, compulsory practicals required by the examination board that must be carried out, but there are plenty of additional practical opportunities throughout the course.