Physics
Cambridge Code: 9702
Cambridge A-Level Physics develops understanding of the fundamental laws that govern the universe. From mechanics to quantum physics, students build the analytical and mathematical skills essential for STEM careers.
What You'll Learn
Key syllabus topics covered in Cambridge A-Level Physics (9702).
How It's Taught
Our online learning experience is designed to match — and exceed — the quality of a traditional classroom.
Live Interactive Classes
Small-group lessons with expert teachers in real time. Ask questions, join discussions, and get immediate feedback.
Recorded Lessons
Every lesson is recorded and available on demand. Missed a class or need to revise? Watch it back anytime.
Personal Tutor
A dedicated personal tutor monitors your progress, provides feedback, and guides your academic journey.
AI Study Support
A syllabus-aligned AI tutor available 24/7 for instant explanations, practice questions, and feedback.
Official Cambridge Exams
Sit official Cambridge examinations at approved centres worldwide. Identical qualifications to any UK school.
Progress Tracking
Regular assessments, termly reports, and parent consultations keep everyone informed of progress.
Who Is This Subject For?
Cambridge A-Level Physics is an excellent choice for:
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Frequently Asked Questions
Everything you need to know — if you can't find your answer here, get in touch with our admissions team.
A-Level Mathematics is strongly recommended alongside Physics and is required by most university physics and engineering departments. The mathematical skills from A-Level Maths directly support the Physics syllabus.
The course covers mechanics, waves, electricity, nuclear physics, fields, and quantum physics. Students develop strong problem-solving skills and the ability to apply mathematical models to physical situations.
We use a combination of live demonstrations, virtual physics simulations, and data analysis exercises. Students develop practical skills through guided experiments that meet the Cambridge practical assessment requirements.
Yes, Physics alongside Mathematics is the standard combination for engineering degrees. It develops the fundamental understanding of forces, energy, and materials that engineering programmes require.
Assessment is through written examination papers and a practical skills component. Papers test conceptual understanding, mathematical problem-solving, and the ability to apply physics to real-world scenarios.