Physics A-Level | Surbiton High School
PHYSICS
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Physics A-Level

Examination Board: OCR A, specification H556

Physics is arguably the most fundamental science, allowing you to understand the universe from the very smallest scales to the very largest. A-level Physics builds on what you encountered at GCSE with a new mathematical rigour, as well as expanding your horizons with introductions to other key pillars of modern physics such as particle physics, quantum mechanics, and material science. As you peek behind the curtain of the universe you will see the truth behind the adage that “the real world is messy” and learn how physicists deal with this underlying uncertainty to make useful simplifications that allow the creation of models that can be applied to real-life situations.

We follow the OCR A Physics Specification H556, which covers not only the standard great pillars of Physics but also all students cover exciting areas like Astrophysics (greatly expanding the detail you might have seen in a popular topic at GCSE) and Medical Physics (ideal for those considering pairing Physics with Biology). As such, it is a very versatile qualification that is complementary to all the other sciences and provides excellent training in applied mathematics and logical reasoning that can be considered useful for a wide array of future degrees and professions.

Experimental skills are a key component of studying a physical science and you will be assessed over many practicals carried out across the two years (known as PAGS, of which there are 12 groupings with two to three experiments in each group), taking you from a GCSE starting point to a fully-fledged scientist ready for degree-level work in the lab. On this journey, you will develop and refine the skills necessary to plan and execute a successful experiment, as well as problem solving real-world complications and challenges.

A-level Physics is essential for a degree in Physics or Engineering at university, which can lead to all sorts of future careers, be it working to get humans to Mars or finding technological solutions to climate change, and is highly desirable for degrees in other STEM subjects. It can also be an excellent choice for those who wish to broaden their sixth form studies due to the many transferable skills.

A GCSE grade 8 or above in both Maths and Physics is required to study A-level Physics. Due to the highly mathematical nature of the subject, it is strongly recommended that at least A-level Maths is also taken, although this is only essential for those that want to take Physics or Engineering at university. For students who want to do such degrees at the most competitive universities, taking A-level Further Maths is highly advantageous.

A-level

Core content

Core Content

Module 1 – Development of practical skills in physics

  • Practical skills assessed in a written examination
  • Practical skills assessed in the practical endorsement

Module 2 – Foundations of physics

  • 1 Physical quantities and units
  • 2 Making measurements and analysing data
  • 3 Nature of quantities

Module 3 – Forces and motion

  • 1 Motion
  • 2 Forces in action
  • 3 Work, energy and power
  • 4 Materials
  • 5 Newton’s laws of motion and momentum

Module 4 – Electrons, waves and photons

  • 1 Charge and current
  • 2 Energy, power and resistance
  • 3 Electrical circuits
  • 4 Waves
  • 5 Quantum physics

Module 5 – Newtonian world and astrophysics

  • 1 Thermal physics
  • 2 Circular motion
  • 3 Oscillations
  • 4 Gravitational fields
  • 5 Astrophysics and cosmology

Module 6 – Particles and medical physics

  • 1 Capacitors
  • 2 Electric fields
  • 3 Electromagnetism
  • 4 Nuclear and particle physics
  • 5 Medical imaging

Paper 1 (Modelling Physics)

Modules 1, 2, 3 and 5 are assessed

  • Written exam: 2h15
  • 100 marks
    • 15 multiple-choice questions
    • Longer questions worth 85 marks
  • 37% of A-level

 

Paper 2 (Exploring Physics)

Modules 1, 2, 4 and 6 are assessed

  • Written exam: 2h15
  • 100 marks
    • 15 multiple-choice questions
    • Longer questions worth 85 marks
  • 37% of A-level

 

Paper 3 (Unified Physics)

Modules 1-6 are assessed through fully synoptic questions

  • Written exam: 1h30
  • 70 marks
    • No multiple-choice questions – all are longer questions
  • 26% of A-level

 

 

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