Physics

A-Level Physics

Exam Board: Edexcel

Introduction:

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. Physics students develop skills in areas such as: problem solving, reasoning, numeracy, ICT and communication.

The Year 1 topics continue many aspects of the subject that were introduced at GCSE, but develop the ideas further. These topics consider 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. In Year 2, students extend their knowledge of the subject further by developing greater understanding of physical concepts and scenarios. 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. This leads, through nuclear fusion, to consider how stars form and evolve as well as a wider study of the Universe. This study considers aspects of thermodynamics, as well gravitational attractions between bodies.

Where does it Lead to?

Undertaking this course and gaining a qualification in Physics enables students to apply for a variety of Medical Science and Engineering based degrees at Higher Education Institutions. Physics A Level provides a fantastic scaffold for vocational pathways such as Medicine, Dentistry, and Radiography. It also provides a pathway into degrees such as Engineering, Architecture, Nuclear Physics, Natural Sciences and Energy Management.

 Course Detail:

This is a two year linear course and students will sit their examinations at the end of the second year.

A Level Units:

Assessment

Paper 1: Advanced Physics 1

·       Working as a Physicist

·       Mechanics

·        Electric Circuits

·        Further Mechanics

·        Electric and Magnetic Fields

·       Nuclear and Particle Physics

       30 % of A Level

       1 hour 45 minutes written examination

Paper 2: Advanced Physics 2

·        Working as a Physicist

·        Materials

·        Waves and Particle Nature of Light

·        Thermodynamics

·        Space

·        Nuclear Radiation

·        Gravitational Fields

·       Oscillations

        30% of A Level

        1 hour 45 minutes written examination

Paper 3: General and Practical Principles in Physics

·        All topics

·        Questions can include two or more topics and includes questions on practical skills

      40% of A Level

      2 hours and 30 min written examination
 

Key Contact: Curriculum Leader - Mrs Qayyum (aqa@slougheton.com)