Physics
Course Summary
Physics recognises the complexity of the universe and is the study of matter, energy and in the interaction between them. We ask fundamental questions of the universe and attempt to form explanations based on observations and experimentations. Whether simple or complex. Experimentation takes a big step-up at A-level. From calculating the acceleration due to Earth’s gravity with a simple ball to understanding the wave-nature of light using water waves. We really do try to explain the world around us. Studying Physics at A-level can provide you with highly desirable transferable skills and those studying Physics are in high demand. Prospective careers include Engineering (mechanical, structural and civil), geophysics and radiation protection.
WHAT THE LEARNERS SAY:“A Level Physics develops ideas and concepts learnt at GCSE, and takes your understanding to the next level!”
Course Details
Year 12 touches upon a lot of GCSE work with an added complexity to change the way students think. From quite a linear process to a more lateral one. We revisit Newton’s laws which form the fundamental basics to a lot of material that is covered in year 13 as part of circular motion and gravitational force. We also study projectile motion, particle physics, astrophysical concepts including multi-wavelength astronomy, wave phenomena and electricity type topics. Practical physics has a very solid foundation at A-level and a portfolio is built over time to demonstrate new practical techniques that we haven’t explored before. Year 13 moves forward even more by studying circular motion, oscillations, thermal physics, gravitational and electrical fields, nuclear physics to name just a few topics. There is also an optional topic which students themselves choose.
How will it be delivered?
The course has five units, two of which are taught and examined in year 12 and two that are taught and examined in year 13. The fifth unit is a practical unit that is examined in year 13 but the skills are developed over both years. The delivery is very flexible in terms of when units are taught and in what order. The students can take some ownership of this and could potentially choose the next topic taking into account their interests at the time. Practical sessions are also not fixed and they are implemented when it is appropriate in a particular topic.
Entry Requirements
To study A-level Physics, we have two clear criteria in addition to being a competent scientist. Students need to have achieved at least a “B” from Science Double Award or Science Triple Award both of which come from higher tier papers, with an “A” being desirable. In addition, we first expect, a competent mathematical ability such as being able to rearrange equations (working with algebra) and using standard
form. A minimum of a “B” from Higher Tier Mathematics GCSE is essential with an “A” being desirable. These skills are expected of any aspiring physicist. Secondly, we
expect a clear desire to study and learn Physics. We expect to see some passion for the subject as a whole. Physics is a challenging subject as it is and with a positive mind-set and appropriate mathematical skills, it makes the challenge that much more achievable.