Hi, I’m David. This site hosts comprehensive IB physics revision notes I’ve made for the post-2016 examinations syllabus. I got a 7 and here’s how you can too!
Important note: Please take note that although succinct notes are essential towards your revision, they should not be the only materials you cover – working through practice problems from your textbook and past papers are just as important.
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Offline access: For offline access, download offline browser and type in ibphysics.org for the url.
Happy revising! 🧠
Syllabus
Changes in syllabus content
Data booklet (original)
Data booklet (annotated)
Internal Assessment
Core
Topic 1: Measurement and uncertainties
Topic 2: Mechanics
Topic 3: Thermal physics
Topic 4: Waves
Topic 5: Electricity and magnetism
Topic 6: Circular motion and gravitation
Topic 7: Atomic, nuclear and particle physics
Topic 8: Energy production
Higher Level
Topic 9: Wave phenomena (HL)
Topic 10: Fields (HL)
Topic 11: Electromagnetic induction (HL)
Topic 12: Quantum and nuclear physics (HL)
Options
Option B: Engineering Physics
Option B: Engineering Physics (HL)
Option D: Astrophysics
Option D: Astrophysics (HL)
Hey! Thanks a lot for the notes! I just wanted to know where you took notes from, is it from the textbook Cambridge Tsokos?
Hi, these are actually synthesized from quite a lot of sources, Tsoko included and other great resources such as physics.info.
Hi where can I find the notes
:O
Thank you so much! This website has been so helpful as me and my peers make our own study notes. just one suggestion though – there is a extremely helpful equation for closed pipes in unit 4.4. Rather than memorize 3 equations, you can use f=(nS)/(4l), where n = number of harmonic (1, 2 or 3, not 1,3,5), S= The speed of sound (330 m/s), and l=length of pipe. This was extremely helpful, and saved me a few marks on my in class final.
Thanks for all the help!
Hey, thanks for the suggestion! I believe your formula is a variation of the current one since
v=fλ. Glad you found that this equation works best for you though. 🙂In Topic 3: Thermal Physics, in the FYI section for specific heat capacity, should thermal capacity not be given by Q = mc rather than Q=cθ?
Hi! For clarification,
cis the thermal capacity here. Therefore, thermal capacity = energy / temperature change.Thanks you very much!!!
You’re welcome!