Physics

General course information

A level Physics gives you the opportunity to explore the phenomena of the universe and to look at the theories that explain what is observed. It is a mixture of conceptual thinking and practical applications. You need to be able to think about abstract ideas such as fields, but be able to apply those ideas to how, for instance, electric motors work. You will examine recent developments in areas such as particle physics, whilst also learning about everything from kinematics to cosmology.

Calculations are an important part of A level Physics and you need to be comfortable with algebra. At the same time descriptive work requires you to communicate clearly on paper. Getting accurate data from experiments will require practice and competence in the use of lab equipment.

Physics is more than a subject – it trains you to ask questions and think beyond everyday boundaries.

 

Course Content

 

Unit

Content

Assessment

 AS

Unit 1

 

Motion, Energy and Matter

Written Examination- 1.5hr

 AS

Unit 2

 

Electricity and Light

Written Examination- 1.5hr

A2 / A Level

Unit 3

 

Oscillations and Nuclei

Written Examination- 2.75hr

A2 / A Level

Unit 4

 

Fields and Options

Written Examination- 2hr

A2 / A Level

Unit 5

 

Practical Examination

2 x 1 Hour exams

 

 Career Prospects

Physics is a highly respected subject. A good grade in A level Physics demonstrates that you have analytical and mathematical skills that you can apply to real life situations.  There are many possible career paths that it can create for you, for example: Engineering, Medicine, Forensic Science, Astronomy, Cosmology, Electronics, Power generation, Finance and many, many more.

Ideal Entry requirements

Although each application will be considered on an individual basis it would be preferable to have a GCSE at least grade B in both GCSE Science and Additional Science, or GCSE Physics. In addition it will be essential to support this with a B in “higher” GCSE Mathematics.

 

Examinations Body

Subject Contact

 

Mrs R Cooper