Exploring the universe, from galaxies to tiny quantum events, physicists use experiments to understand it all. A Level Physics encourages you to dive into the study of particles, waves, quantum phenomena, mechanics, materials, electricity, fields, radioactivity, and relativistic effects, revealing how they're connected and governed by universal principles.

Physics is about asking fundamental questions and trying to answer them by observing and experimenting. For example, physicists want to know the answers to questions like “How did the universe begin?” and “What are the basic building blocks of matter?”

Course Content

A level Physics is a two-year course, with exams at the end. Topics covered include:

Particles, electromagnetic radiation and quantum phenomena

Wave behaviour including refraction, diffraction, interference and standing wave patterns

Mechanics including forces, momentum and energy

Properties of materials

Electrical circuits

Further mechanics including oscillations

Thermal physics

Gravitational fields

Electric fields and capacitance

Magnetic fields

Nuclear physics and radioactivity

Turning points in physics including wave-particle duality and special relativity

Methods of Teaching

Making observations enables you to understand the relationships between quantities in physics and so practical work is an important part of the course. You will learn about the importance of the estimation of physical quantities and appreciate the limitations of measurements. The practical activities during the first year of the course include:

Investigation of the factors affecting the frequency of stationary waves on a string

Observing interference effects for light waves

Measurement of the acceleration of gravity g by a free-fall method

Determination of the Young modulus for materials

Measuring the resistivity for a metal wire

Finding the emf and internal resistance of electric cells and batteries

The practical activities during the second year of the course include:

Oscillations of a mass-spring system and a simple pendulum to demonstrate shm

Investigating the relationship between the pressure, volume and temperature of gases

Observing the charge and discharge of capacitors

Measuring the force on a current-carrying wire in a magnetic field

Investigating the variation of magnetic flux linkage for a coil or permanent magnet

Testing the inverse-square law for gamma radiation

If you are going to understand physics, you will also need to get to grips with a certain amount of Maths and so choosing to study Mathematics alongside physics is highly recommended.

As about half the physics A level course is mathematical, any student opting for A level physics but not A level Mathematics will be automatically enrolled on our Maths for Physics course. This course aims to reinforce the key GCSE Maths components required for A level Physics whilst introducing essential mathematical skills needed to progress in physics. It is for one 55min session each week and runs throughout the 2 year A-level course.

Written communication is also important when reporting the results of your practical work and in answering questions in examinations. Computers are increasingly being used in the solution of processes, and so you will make use of ICT throughout the course.

You will be given the opportunity to take part in enrichment opportunities including our annual trip to CERN in Geneva, and to visit research facilities here in the UK such as the Diamond Light synchrotron at the Rutherford Appleton Laboratory near Oxford. The physics department also runs activities such as Robotics in which students design and build a robot to compete in international competitions.

Methods & Patterns of Assessment

You will be tested on your ability to carry out mathematical calculations and written explanations through a range of multiple-choice, structured and longer questions.

There is no coursework, but the examination papers include questions on practical skills. The award of a seperate practical endorsement at A Level depends on sucessful completion of the experimental tasks set during the course.

Where Could It Take Me?

Studying A Level Physics offers amazing career opportunities. It is essential (with Mathematics) for entry to Physics or Engineering degree level courses. Even if you don't end up working in a physics-related industry, physics develops skills that provide an excellent basis for a wide range of careers and Higher Education courses.

Studying Physics is a good way of keeping your options open and earning a good salary. Possible careers include computing, economics, business, seismology, healthcare scientist, higher education lecturer, radiation protection practitioner, secondary school teacher, meteorologist, patent attorney, technical author. The opportunities are endless.

Financial Implications

You will require a scientific calculator. The purchase of textbooks for use at home is essential. Further information will be provided in a separate leaflet on Welcome Day. The College has a Student Support Fund for those students who have difficulty meeting these costs.

Entry Requirements

5 GCSEs at grade 4 or above, including English and one of the following combinations:

If you are studying separate sciences you are required to achieve GCSE grades 7, 6 and 6 (any order) in Physics, Mathematics and one other Science

If you are studying Combined Science you are required to achieve GCSE grades 7, 6 and 6 (any order) in Combined Science and Mathematics

It is very strongly recommended that students take A-level Maths alongside A-level physics. If you do not wish to take Maths you need to discuss this with a Physics staff member before finalising your choices

Most Recent Results

Below is a summary of the most recent set of results for this subject:

Grade:

A*

A

B

C

D

E

U

Total

Total:

34

45

43

31

29

17

6

205

Percentage

16.6

22.0

21.0

15.1

14.1

8.3

2.9

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