By studying physics students will gain knowledge and understanding in the content areas described below. They will also learn how to think analytically, enabling them to analyse, interpret and evaluate a range of scientific information, ideas and evidence. Students will gain an appreciation of how scientific models are developed and evolved, the applications and implications of science, the benefits and risks that science brings and the ways in which society uses science to make decisions.
Grade 6 in GCSE physics or 6-6 in GCSE combined science, including grade 6 in physics module, plus grade 6 in GCSE maths.
Year 12 topics Topic 1: Measurements and their errors Topic 2: Particles and radiation Topic 3: Waves Topic 4: Mechanics and materials Topic 5: Electricity Year 13 units Topic 6: Further mechanics and thermal physics Topic 7: Fields and their consequences Topic 8: Nuclear physics Topic 9: Turning points in physics (option module)
About Education Provider
| Region | London |
| Local Authority | Enfield |
| Ofsted Rating | Outstanding |
| Gender Type | Co-Educational |
| Address | 148 Worlds End Lane, London, N21 1QQ |
By studying physics students will gain knowledge and understanding in the content areas described below. They will also learn how to think analytically, enabling them to analyse, interpret and evaluate a range of scientific information, ideas and evidence. Students will gain an appreciation of how scientific models are developed and evolved, the applications and implications of science, the benefits and risks that science brings and the ways in which society uses science to make decisions.
Grade 6 in GCSE physics or 6-6 in GCSE combined science, including grade 6 in physics module, plus grade 6 in GCSE maths.
Year 12 topics Topic 1: Measurements and their errors Topic 2: Particles and radiation Topic 3: Waves Topic 4: Mechanics and materials Topic 5: Electricity Year 13 units Topic 6: Further mechanics and thermal physics Topic 7: Fields and their consequences Topic 8: Nuclear physics Topic 9: Turning points in physics (option module)