Sixth Form Physics

We teach three different disciplines which require broad substantive knowledge and deep disciplinary knowledge in Biology, Physics and Chemistry, which varies from topic to topic. We anticipate all students maturing to devise insightful and key links between topics, not just intra-disciplinary, but interdisciplinary. A successful curriculum has not only the capacity to build young scientists who can make links, but to inspire students to take those links even further. Students should be able to challenge both previous and current ideas and produce well-informed discussions as part of their learning to show a fluency in the language that science is. We strive to encourage students to continue to ask questions and be curious about their surroundings and ultimately intend to make young scientists out of every student.

Course Details

Exam Board: OCR
Course: A Level Physics A (H556)

Specification
https://www.ocr.org.uk/Images/171726-specification-accredited-a-level-gce-physics-a-h556.pdf

Course Description

A Level Physics enables students to develop a deeper understanding of the fundamental laws that govern the universe, from the behaviour of subatomic particles to the evolution of stars and galaxies. Students build on their GCSE knowledge to explore a wide range of fascinating topics whilst developing their mathematical, analytical and practical skills.

Through practical investigations, problem-solving activities and scientific enquiry, students learn how physicists develop theories, test predictions and apply scientific knowledge to solve real-world problems. Physics is highly valued by universities and employers and provides an excellent foundation for careers in science, engineering, technology and medicine.

Programme of Study

The following topics are studied in A level Physics:

Module 1: Development of Practical Skills

This unit includes the practical endorsement and is worked on throughout the two years of the course.

Year 12

Module 2: Foundations in Physics

• Quantities and Units
• Derived Units
• Scalar and Vector Quantities
• Adding Vectors
• Resolving Vectors
• More on Vectors

Module 3: Forces and Motion

• Motion
• Forces in Action
• Work, Energy, and Power
• Materials
• Laws of Motion and Momentum

Module 4: Electrons, Waves and Photons

• Charge and Current
• Energy, Power and Resistance
• Electrical Circuits
• Waves 1
• Waves 2
• Quantum Physics

Year 13

Module 5: Newtonian World and Astrophysics

• Thermal Physics
• Ideal Gases
• Circular Motion
• Oscillations
• Gravitational Fields
• Stars
• Cosmology

Module 6: Particles and Medical Physics

• Capacitance
• Electric Fields
• Magnetic Fields
• Particle Physics
• Radioactivity
• Nuclear Physics
• Medical Imaging

Practical Skills

Practical work is embedded throughout the course, and students complete a range of required practical activities, developing the skills needed for the Practical Endorsement.

Assessment

Students are assessed through three written examinations at the end of Year 13:

• Modelling Physics (37%) – 2 hours 15 minutes, 100 marks
• Exploring Physics (37%) – 2 hours 15 minutes, 100 marks
• Unified Physics (26%) – 1 hour 30 minutes, 70 marks

Students also complete the Practical Endorsement, which assesses practical skills throughout the course and is reported separately as a Pass or Not Classified.

All examination papers contain synoptic questions that assess understanding of concepts and practical skills from across the A Level Physics course.

Home Learning

Students are set regular home learning tasks to reinforce classroom learning and support examination success. Activities may include:

• Wider reading
• Completion of exam-style questions
• Revision and retrieval activities
• Practical skills review
• Independent research

Students are encouraged to make regular use of their textbooks, lesson resources and recommended revision websites to develop independent study habits and consolidate their understanding.

Where Can Physics Take You?

Physics is one of the most respected and versatile academic subjects, developing analytical thinking, problem-solving skills and mathematical confidence. It helps students understand the world around them whilst providing a strong foundation for a wide range of university courses, apprenticeships and careers.

Physics is particularly valuable for students considering careers in engineering, technology, data science, research, healthcare and many other STEM-related fields.

Further Study

Physics can lead to degrees in:

• Physics
• Astrophysics
• Engineering
• Mechanical Engineering
• Electrical Engineering
• Aerospace Engineering
• Computer Science
• Mathematics
• Data Science
• Medical Physics
• Natural Sciences
• Medicine
• And many more

Career Opportunities

A qualification in Physics can support careers including:

• Engineer
• Physicist
• Astrophysicist
• Research Scientist
• Data Analyst
• Software Developer
• Medical Physicist
• Doctor
• Aerospace Engineer
• Electrical Engineer
• Mechanical Engineer
• Renewable Energy Specialist
• Meteorologist
• Science Teacher

Why Study Physics?

Physics develops the skills needed to solve complex problems and understand how the world works. It is highly regarded by universities and employers and combines particularly well with Mathematics, Further Mathematics, Chemistry and Computer Science. Physics also keeps a wide range of career and university pathways open.

How Can Parents Support Their Child’s Learning?

Parents play an important role in supporting success in Physics. Encouraging students to review lesson content regularly, complete home learning tasks on time and develop consistent study routines can help to build confidence and understanding.

Parents can support their child by:

• Regularly checking EduLink for homework, assessment information and key notices.
• Reading ParentMail communications to stay informed about important dates and events.
• Encouraging regular independent study and revision throughout the course.
• Discussing scientific developments and applications of physics in everyday life.
• Ensuring students attend lessons fully equipped with pens, pencils, a ruler, a scientific calculator and any required course materials.

Useful Links

Recommended Textbooks

• A Level Physics A for OCR Student Book (Oxford University Press)
• Advanced Physics for You by Keith Johnson
• A Level Physics A Revision Guide by Gurinder Chadha

Second-hand copies of these textbooks are often available online at a reduced cost.

Revision Guides

• CGP Head Start to A Level Physics
• CGP A Level Physics for OCR A
• CGP A Level Physics: Essential Maths Skills

Revision guides can be purchased through the Physics Department.

Recommended Websites

• OCR Physics A Specification and Support Materials
  Official course specification, past papers and examiner resources.
• Cognito
  Video tutorials, revision materials and quizzes covering A Level Physics topics.
• Physics & Maths Tutor
  Topic-specific notes, exam questions, revision resources and past papers tailored to OCR A Physics.
• Isaac Physics
  Challenging practice questions and problem-solving activities developed by the University of Cambridge.
• Institute of Physics (IOP)
  High-quality resources, articles and information about modern physics.
• A Level Physics Online
  Video explanations and revision resources covering key A Level Physics topics.
• BBC Science & Environment
  Current science news and issues in the wider world.
• New Scientist
  Articles exploring cutting-edge scientific research and technological developments.

Contact Information

For more information about A Level Biology, please contact Mrs S. Armitage, Head of Science.