Cambridge IAL Physics study guide
Cambridge IAL Physics · Work through your exam, one topic at a time.
Cambridge International AS & A Level Physics (9702) is a Cambridge Advanced qualification offered under the Cambridge Pathway and delivered in two stages: a stand-alone AS Level and a full A Level that extends the AS content. It builds on the skills acquired at Cambridge IGCSE Physics or an equivalent course, so it suits learners who already handle motion, energy, waves and circuits and are ready for a more mathematical treatment. The syllabus is designed for candidates who intend to study physics or related subjects at university, or to follow a career in science, engineering or technology. Its content is organised around the main theoretical concepts fundamental to physics, some current applications of physics, and a strong emphasis on advanced practical skills. Topics on this exam: Main theoretical concepts fundamental to physics, Current applications of physics, and Advanced practical skills. The Cambridge IAL Physics study guide has 3 sections and about 1,286 words.
01Main theoretical concepts fundamental to physics
This domain tests whether you can select and combine the core models of Cambridge IAL Physics - mechanics, waves, electricity, fields, quantum and nuclear physics - in unfamiliar structured questions. Examiners reward correct physics statements, equation use with consistent units, and clear reasoning; they penalise formula hunting without a physical argument.
439 words, about 2 min02Current applications of physics
This domain asks you to apply physics to contemporary technologies and natural systems, especially medical imaging, energy conversion, communications and astronomy. The exam tests whether you can link a device’s physical principle to its measurable output and limitations, rather than quoting a name.
427 words, about 2 min03Advanced practical skills
This domain tests the planning, analysis and evaluation skills used in practical physics. You must define variables operationally, choose instruments with justified precision, linearise a relationship, propagate uncertainties and evaluate whether a method is valid - not simply describe a standard experiment.
420 words, about 2 min