Year 12 The key mechanical engineering principles of motion, forces in action, work and energy, and materials. This is then followed by a thorough exploration of the core principles of electrical engineering; electric charge and current, energy, power and resistance, and electrical circuits. Finally, you will be presented with an opportunity to study the bizarre and fascinating world of quantum mechanics and wave-particle duality. As Neils Bohr famously said, “If quantum mechanics hasn’t profoundly shocked you, you haven’t understood it yet.” Throughout Year 12 practical aspects of physics will be a key focus and you will develop some of the essential skills of scientific investigation: planning, implementing, analysis, and evaluation. Year 13 The scientific principles were laid down five hundred years ago by the greatest scientist who has ever lived, Sir Isaac Newton. You will become an expert in the use of and application of Newton’s Laws of Gravitation, Circular Motion, and Oscillations. You will then learn about the Physics of George Stephenson and the Industrial Revolution in the Thermal Physics topic, followed by electric fields, magnetic fields, and capacitors. Probably the most exciting topics on the A Level course are left until the end. You will have your mind blown by the Nuclear/particle Physics, Medical Imaging, and Astrophysics units. Again, practical skills are an essential common thread running throughout Year 13 Physics. These will build upon the skills acquired in the previous year of study.
All Post-16 courses require students to have achieved five 9-4 GCSE grades. Grade 6 in Maths. Grade 6 in Biology or 66 combined science.
In Year 13 the course is divided into three modules, each one assessed by an exam. All exams are synoptic and will assess students on the practical skills and scientific theory covered in Year 12 and Year 13. Papers 1 and 2 use a mixture of multiple-choice and structured questions to assess understanding. In addition to these final exams, students will also be assessed on theory performance across a series of key practical activities carried out periodically during both years of study. This will allow students to pass the practical endorsement for the Physics element of their qualification.
About Education Provider
| Region | North East |
| Local Authority | North Tyneside |
| Ofsted Rating | Good |
| Gender Type | Co-Educational |
| Address | Southgate, Killingworth, Newcastle-upon-Tyne, NE12 6SA |
Year 12 The key mechanical engineering principles of motion, forces in action, work and energy, and materials. This is then followed by a thorough exploration of the core principles of electrical engineering; electric charge and current, energy, power and resistance, and electrical circuits. Finally, you will be presented with an opportunity to study the bizarre and fascinating world of quantum mechanics and wave-particle duality. As Neils Bohr famously said, “If quantum mechanics hasn’t profoundly shocked you, you haven’t understood it yet.” Throughout Year 12 practical aspects of physics will be a key focus and you will develop some of the essential skills of scientific investigation: planning, implementing, analysis, and evaluation. Year 13 The scientific principles were laid down five hundred years ago by the greatest scientist who has ever lived, Sir Isaac Newton. You will become an expert in the use of and application of Newton’s Laws of Gravitation, Circular Motion, and Oscillations. You will then learn about the Physics of George Stephenson and the Industrial Revolution in the Thermal Physics topic, followed by electric fields, magnetic fields, and capacitors. Probably the most exciting topics on the A Level course are left until the end. You will have your mind blown by the Nuclear/particle Physics, Medical Imaging, and Astrophysics units. Again, practical skills are an essential common thread running throughout Year 13 Physics. These will build upon the skills acquired in the previous year of study.
All Post-16 courses require students to have achieved five 9-4 GCSE grades. Grade 6 in Maths. Grade 6 in Biology or 66 combined science.
In Year 13 the course is divided into three modules, each one assessed by an exam. All exams are synoptic and will assess students on the practical skills and scientific theory covered in Year 12 and Year 13. Papers 1 and 2 use a mixture of multiple-choice and structured questions to assess understanding. In addition to these final exams, students will also be assessed on theory performance across a series of key practical activities carried out periodically during both years of study. This will allow students to pass the practical endorsement for the Physics element of their qualification.