IB Physics Resources

IB Physics HL & SL Resources

Explore IB Physics at Higher Level or Standard Level, understand how the course is structured, and choose the course hub that matches your programme. Find lecture notes, topic-based question banks, IB Physics past papers, exam preparation and focused tutoring support.

Physics HL & SL Space, Time & Motion Wave Behaviour Fields Nuclear & Quantum

Course structure and content

IB Physics develops physical understanding alongside mathematical, experimental and data-analysis skills. At both HL and SL, students need to move confidently between conceptual explanations, equations, graphs, experimental evidence and quantitative reasoning.

The five themes are not intended to function as isolated units. Ideas from motion, energy, waves, fields and microscopic physics frequently interact, especially in examination questions where the method is not stated in advance.

Experimental and data-based thinking

Physics is not only a collection of formulas. A strong student should be able to identify relevant variables, interpret a graph, evaluate a model, reason about uncertainty and decide whether a calculated result is physically sensible.

Examinations

Apply ideas under pressure

Develop fluency with calculations, explanations, diagrams, data interpretation and multi-stage problem solving.

Internal Assessment

Investigate scientifically

Use an individual investigation to demonstrate experimental thinking, data analysis, evaluation and scientific communication.

How to use IB Academic Center

Start on this page when you need an overview of IB Physics or when you are choosing between Physics SL and Physics HL. Once you enter your level, use that course hub for IB Physics lecture notes, question-bank practice, past papers and available practice exams.

How Higher Level and Standard Level differ.

Both levels share the same broad Physics framework. The main difference is the amount of content, depth and complexity expected.

Standard Level

SL focuses on the shared course content and develops the core conceptual, mathematical and experimental skills needed across the five themes.

  • Shared Physics themes
  • Core mathematical and experimental reasoning
  • Focused syllabus depth

Higher Level

HL includes the shared content together with additional depth and extensions. Students should expect more demanding combinations of ideas and longer reasoning chains.

  • Shared themes plus HL extensions
  • Greater mathematical and conceptual depth
  • More sustained multi-stage problem solving

Tips for success in IB Physics.

Strong results come from connecting equations to physical meaning, then practising until that reasoning becomes reliable under exam conditions.

01

Understand before substituting

Identify the physical system, known quantities, assumptions and relationships before putting numbers into an equation.

02

Use diagrams and units

Clear diagrams, directions, units and sign conventions often reveal mistakes before they reach the final answer.

03

Review wrong answers

Separate conceptual errors, equation-selection errors, algebraic mistakes and interpretation errors so the same problem does not repeat.

Explore IB Physics HL & SL resources.

Use these direct links for course-specific notes, question-bank practice, past papers and exam preparation. The detailed organization still lives on the Physics HL and SL overview pages.

01

Lecture Notes

Review concepts, equations, examples and course-specific explanations.

02

Question Bank

Practise targeted problems by topic before moving to full papers.

04

Practice Exams

Use complete exam-style work to develop timing, endurance and strategy.

IB Physics tutoring and focused exam support.

Combine independent Physics HL or SL resources with one-to-one tutoring, revision support or focused exam preparation when you need additional explanation, feedback or a structured study plan.