: Widely considered a "gold standard" for IB prep, their Questionbank organizes thousands of questions by topic and difficulty (Easy, Medium, Hard). It includes detailed video walkthroughs for every problem.
Higher Level extends these concepts with more rigorous applications and additional content such as rigid body rotation and relativistic kinematics.
: Radioactive decay, fission, fusion, and quantum wave functions.
Several reputable platforms provide IB Physics past papers and exam-style questions organized by topic, which is ideal for targeted revision. These resources typically include mark schemes and worked solutions. Top Platforms for Topical Past Papers ib physics past papers by topic
: Topical practice is ideal for "end-of-unit" tests throughout the school year, rather than just final exam prep. Top Resources for Topical Past Papers
Waves and Optics
Many students stress out when they score a 65% or 70% on topical practice worksheets. However, it is vital to keep the unique IB Physics grading scale in mind. : Widely considered a "gold standard" for IB
Once you've mastered the basics, employ these advanced strategies to refine your skills and push your score into the highest bands.
Waves bridge the gap between tangible mechanics and abstract quantum phenomena. Questions here often heavily involve graph analysis.
Once your accuracy is high, introduce the element of time. In IB Physics, you roughly have depending on the paper. Grab a fresh set of questions for that topic and force yourself to work under exam-style time pressure. Where to Find IB Physics Past Papers by Topic : Radioactive decay, fission, fusion, and quantum wave
Revision Village is a dedicated revision platform highly regarded among IB students. It provides thousands of exam-style practice questions sorted by topic and sub-topic, complete with clear mark schemes and solution videos. Each video features an experienced IB teacher guiding students through solutions step-by-step.
Many IB Physics questions require you to analyze graphs (field strength vs. distance, velocity vs. time, etc.) or draw diagrams (circuit diagrams, field lines, free body diagrams, ray diagrams). Make diagram practice a regular part of your study routine.