The study of physics at A Level is a desirable and even necessary requirement for studying a very large range of higher education courses in the physical sciences, advanced technologies and engineering. Physics is the study of the universe, its components and its past, present and future. It explores the concepts and models that we use to describe and explain these aspects. Year 12 Topics covered in the first year include electrical circuits, properties and structures of materials, waves and quantum theory, and dynamics. Skills that will be developed include practical skills and data analysis as well as problem-solving techniques. Year 13 Examination: 100% and a practical endorsement. There are three examined components that cover all elements of the 2 year A-level course. In addition to those covered in the first year, topics in the second year of the course include creating models, cosmology, thermodynamics, electromagnetism, electric fields, particle physics, and ionising radiations. The practical endorsement consists of a series of experimental activities designed to help students develop all aspects of their practical skills, data analysis, investigative planning and conclusion/evaluation of the entire experimental process. This is reported separately to the subject grade and is either a pass or fail.
Grade 6 in GCSE Physics or 6:6 GCSE Combined Science NB - if you have a Grade 5 in Maths you will need to take Core Maths as your enrichment option
Examination: 100% and a practical endorsement. There are three examined components that cover all elements of the 2 year A-level course. In addition to those covered in the first year, topics in the second year of the course include creating models, cosmology, thermodynamics, electromagnetism, electric fields, particle physics, and ionising radiations. The practical endorsement consists of a series of experimental activities designed to help students develop all aspects of their practical skills, data analysis, investigative planning and conclusion/evaluation of the entire experimental process. This is reported separately to the subject grade and is either a pass or fail.
About Education Provider
| Region | East of England |
| Local Authority | Hertfordshire |
| Ofsted Rating | Outstanding |
| Gender Type | Co-Educational |
| Address | Cambridge Road, Sawbridgeworth, CM21 9BY |
The study of physics at A Level is a desirable and even necessary requirement for studying a very large range of higher education courses in the physical sciences, advanced technologies and engineering. Physics is the study of the universe, its components and its past, present and future. It explores the concepts and models that we use to describe and explain these aspects. Year 12 Topics covered in the first year include electrical circuits, properties and structures of materials, waves and quantum theory, and dynamics. Skills that will be developed include practical skills and data analysis as well as problem-solving techniques. Year 13 Examination: 100% and a practical endorsement. There are three examined components that cover all elements of the 2 year A-level course. In addition to those covered in the first year, topics in the second year of the course include creating models, cosmology, thermodynamics, electromagnetism, electric fields, particle physics, and ionising radiations. The practical endorsement consists of a series of experimental activities designed to help students develop all aspects of their practical skills, data analysis, investigative planning and conclusion/evaluation of the entire experimental process. This is reported separately to the subject grade and is either a pass or fail.
Grade 6 in GCSE Physics or 6:6 GCSE Combined Science NB - if you have a Grade 5 in Maths you will need to take Core Maths as your enrichment option
Examination: 100% and a practical endorsement. There are three examined components that cover all elements of the 2 year A-level course. In addition to those covered in the first year, topics in the second year of the course include creating models, cosmology, thermodynamics, electromagnetism, electric fields, particle physics, and ionising radiations. The practical endorsement consists of a series of experimental activities designed to help students develop all aspects of their practical skills, data analysis, investigative planning and conclusion/evaluation of the entire experimental process. This is reported separately to the subject grade and is either a pass or fail.