The course will begin with building on some of the topics that will have been covered at GCSE, such as mechanics, waves and electricity. You’ll also be introduced to both particle and quantum physics. More complex mathematical work is then explored, including advanced mechanics, fields, kinetic theory and radioactivity. Practical work is a key component of the course and there is a list of experiments you’ll undertake alongside other practical sessions. You may find yourself measuring the wavelength of laser light, analysing the penetration of gamma radiation, modelling the potentially damaging mechanical process of resonance or measuring Planck’s constant. Outside of the classroom, there are several field trips and visits to cutting-edge research facilities such as the Large Hadron Collider at CERN in Geneva, Durham University Physics Department and Kielder Observatory.
New entrants must have a minimum of Grade 5 in GCSE English Language and Maths Grade 8–9 in Physics at GCSE is highly desirable. As Maths underpins much of Physics, you will be expected to study\ Maths A Level as well. If you are wanting to take Physics without Maths, please contact the Head of Physics to discuss.
- Three written papers at the end of the second year. - The exams will include a mix of long and short answer questions as well as multiple choice problems. You’ll be provided with a formula and data sheet, so it’s less about memory and more about understanding. - Whilst there is no practical exam, practical work is assessed as part of one of the exam papers. For example, you may be asked to improve an experimental design or plot a graph.
About Education Provider
| Region | North East |
| Local Authority | Newcastle upon Tyne |
| Ofsted Rating | |
| Gender Type | Co-Educational |
| ISI Report | View Report |
| Boarding Fee | Unknown |
| Sixth Form Fee | £16,521 |
| Address | Eskdale Terrace, Newcastle-upon-Tyne, NE2 4DX |
The course will begin with building on some of the topics that will have been covered at GCSE, such as mechanics, waves and electricity. You’ll also be introduced to both particle and quantum physics. More complex mathematical work is then explored, including advanced mechanics, fields, kinetic theory and radioactivity. Practical work is a key component of the course and there is a list of experiments you’ll undertake alongside other practical sessions. You may find yourself measuring the wavelength of laser light, analysing the penetration of gamma radiation, modelling the potentially damaging mechanical process of resonance or measuring Planck’s constant. Outside of the classroom, there are several field trips and visits to cutting-edge research facilities such as the Large Hadron Collider at CERN in Geneva, Durham University Physics Department and Kielder Observatory.
New entrants must have a minimum of Grade 5 in GCSE English Language and Maths Grade 8–9 in Physics at GCSE is highly desirable. As Maths underpins much of Physics, you will be expected to study\ Maths A Level as well. If you are wanting to take Physics without Maths, please contact the Head of Physics to discuss.
- Three written papers at the end of the second year. - The exams will include a mix of long and short answer questions as well as multiple choice problems. You’ll be provided with a formula and data sheet, so it’s less about memory and more about understanding. - Whilst there is no practical exam, practical work is assessed as part of one of the exam papers. For example, you may be asked to improve an experimental design or plot a graph.