CAMBRIDGE AS PHYSICS 9702
AS Level Physics Resources
Build the AS stage around understanding, calculations and exam method. This hub brings together topic notes, formula and definition tools, practical support and past-paper practice for Cambridge International AS Level Physics 9702.
AS theory
Concept + calculation
MCQ practice
Speed + elimination
Structured answers
Method + wording
Practical skills
Data + uncertainty
Use the right resource for the problem you are trying to solve
AS Physics becomes easier to manage when content learning, equation work, exam wording and practical skills are connected instead of revised as separate subjects.
Topic-Wise Notes
Concise, syllabus-aligned notes that explain key concepts without turning revision into another textbook.
Free Video Lessons
Concept explanations and worked examples for students who learn better by watching each step.
Topical Past Papers
Past paper questions sorted chapter by chapter for AS 9702. Practise one topic at a time and see exactly how Cambridge tests it.
Formula & Equation Sheets
Quick-reference sheets grouped by syllabus so students can revise equations with the correct quantities and units.
Core AS Physics topics in one index
Mechanics
- Physical quantities & measurements
- Motion / kinematics
- Forces / dynamics
- Density & pressure
- Work, energy & power
- Deformation
Waves
- General waves
- Superposition of waves
Electricity
- Electricity
- DC circuits
Modern Physics
- Particle physics
Revise the skill, not just the chapter
MCQ Focus
Fast decision-making
Practise units, proportional reasoning, graphs and distractor elimination under time pressure.
Structured Focus
Show a complete method
Write definitions precisely, show calculation steps and use the information in the question before substituting.
Practical Focus
Handle data confidently
Practise tables, graphs, gradients, uncertainty, significant figures and evaluation of experimental methods.
Move from chapter knowledge to exam performance
Learn
Use notes or a video to understand the model, equation and assumptions.
Work examples
Practise calculations without jumping straight to a mark scheme.
Target mistakes
Use topical questions and log the exact cause of each lost mark.
Mix papers
Combine MCQ, structured and practical practice across the week.
Free resources backed by real Physics teaching
Resources work best when they reflect the same concept-first, exam-focused approach used in live and recorded classes.
