Physics A level builds on the topics studied at GCSE and looks at some of the big questions like “How did the universe begin?”, “What are the basic building blocks of matter?” and “How does the Sun keep on shining?” Physics also enables students to express their mathematical understanding of concepts such as forces, cosmology and quantum theory. Year 1 - essential ideas such as: the motion of objects using Newton’s Laws; how forces act; current, voltage and resistance in electrical circuits; and how materials respond to forces. The final topic starts to consider how physical models – in this case, for the nature of light – have developed due to new evidence. Year 2 - Students will extend their understanding of the motion of objects by learning about motion in a circle and also periodic motions, such as those of springs or pendulums. Ideas about electric circuits are extended to included capacitors and induction of an e.m.f. The structure of the atom – especially the nucleus – is studied, with reference to fundamental particles and to the energy available from nuclear reactions.
Students who wish to study Physics at A Level should have at least a grade 5 in GCSE Physics and a strong background in the Science subjects.
Physics is examined, at A level, by three written exam papers.
About Education Provider
| Region | South East |
| Local Authority | Kent |
| Ofsted Rating | |
| Gender Type | Co-Educational |
| ISI Report | View Report |
| Boarding Fee | Unknown |
| Sixth Form Fee | Unknown |
| Address | Tonbridge Road, Hildenborough, Tonbridge, TN11 9HN |
Physics A level builds on the topics studied at GCSE and looks at some of the big questions like “How did the universe begin?”, “What are the basic building blocks of matter?” and “How does the Sun keep on shining?” Physics also enables students to express their mathematical understanding of concepts such as forces, cosmology and quantum theory. Year 1 - essential ideas such as: the motion of objects using Newton’s Laws; how forces act; current, voltage and resistance in electrical circuits; and how materials respond to forces. The final topic starts to consider how physical models – in this case, for the nature of light – have developed due to new evidence. Year 2 - Students will extend their understanding of the motion of objects by learning about motion in a circle and also periodic motions, such as those of springs or pendulums. Ideas about electric circuits are extended to included capacitors and induction of an e.m.f. The structure of the atom – especially the nucleus – is studied, with reference to fundamental particles and to the energy available from nuclear reactions.
Students who wish to study Physics at A Level should have at least a grade 5 in GCSE Physics and a strong background in the Science subjects.
Physics is examined, at A level, by three written exam papers.