Physics ‘New’ Syllabus
Physics ‘Old’ Syllabus
Math
Our resources for the ‘New’ Syllabus (first exams in May 2025)
Mathematical Tools – Measurements in Physics SL
Mathematical Tools – Measurements in Physics HL
Mathematical Tools – Uncertainties and Errors SL
Mathematical Tools – Uncertainties and Errors HL
Mathematical Tools – Vectors and Scalars SL
Mathematical Tools – Vectors and Scalars HL
Sub-topic A.1 – Kinematics SL
Sub-topic A.1 – Kinematics HL
Sub-topic B.1 – Thermal Energy Transfers SL
Sub-topic B.1 – Thermal Energy Transfers HL
Sub-topic C.1 –Simple Harmonic Motion SL
Sub-topic C.1 –Simple Harmonic Motion HL
Sub-topic D.1 – Gravitational Fields SL
Sub-topic D.1 – Gravitational Fields HL
Sub-topic E.1 – Structure of the Atom SL
Sub-topic E.1 – Structure of the Atom HL
Definitions to Memorize SL
Definitions to Memorize HL
Note-Taking Templete
Mathematical Tools – All Questions SL
Mathematical Tools – All Questions HL
Mathematical Tools – Measurements in Physics SL
Mathematical Tools – Measurements in Physics HL
Mathematical Tools – Uncertainties and Errors SL
Mathematical Tools – Uncertainties and Errors HL
Mathematical Tools – Vectors and Scalars SL
Mathematical Tools – Vectors and Scalars HL
The first exams based on the New Syllabus will be written in May 2025, but you may still find those useful :)
2016 May Paper 1 SL
2016 May Paper 1 HL
2016 May Paper 2 SL
2016 May Paper 2 HL
2016 May Paper 3 SL
2016 May Paper 3 HL
Paper 1 – Mock Exam 1 SL
Paper 1 – Mock Exam 1 HL
Level 1 SL
Level 1 HL
Step One: Getting Started
Mathematical Tools – Measurements in Physics SL
Mathematical Tools – Measurements in Physics HL
Mathematical Tools – Uncertainties and Errors SL
Mathematical Tools – Uncertainties and Errors HL
Mathematical Tools – Vectors and Scalars SL
Mathematical Tools – Vectors and Scalars HL
Sub-topic A.1 – Kinematics SL
Sub-topic A.1 – Kinematics HL
Sub-topic A.2 – Forces and Momentum SL
Sub-topic A.2 – Forces and Momentum HL
Sub-topic B.1 – Thermal Energy Transfers SL
Sub-topic B.1 – Thermal Energy Transfers HL
Sub-topic C.1 –Simple Harmonic Motion SL
Sub-topic C.1 –Simple Harmonic Motion HL
Sub-topic D.1 – Gravitational Fields SL
Sub-topic D.1 – Gravitational Fields HL
Sub-topic E.1 – Structure of the Atom SL
Sub-topic E.1 – Structure of the Atom HL
Definitions to Memorize SL
Definitions to Memorize HL
Note-Taking Templete
Mathematical Tools – All Questions SL
Mathematical Tools – All Questions HL
Mathematical Tools – Measurements in Physics SL
Mathematical Tools – Measurements in Physics HL
Mathematical Tools – Uncertainties and Errors SL
Mathematical Tools – Uncertainties and Errors HL
Mathematical Tools – Vectors and Scalars SL
Mathematical Tools – Vectors and Scalars HL
Topic A: Space, Time, and Motion – All Questions – Paper 1 SL
Topic A: Space, Time, and Motion – All Questions – Paper 1 HL
Topic A: Space, Time, and Motion – All Questions – Paper 2 SL
Topic A: Space, Time, and Motion – All Questions – Paper 2 HL
Sub-topic A.1 – Kinematics SL
Sub-topic A.1 – Kinematics HL
Sub-topic A.2 – Forces and Momentum SL
Sub-topic A.2 – Forces and Momentum HL
Sub-topic A.3 – Work, Energy, and Power SL
Sub-topic A.3 – Work, Energy, and Power HL
Sub-topic A.4 – Rigid Body Mechanics HL
Sub-topic A.5 – Galilean and Special Relativity HL
The first exams based on the New Syllabus will be written in May 2025, but you may still find those useful :)
2016 May Paper 1 SL
2016 May Paper 1 HL
2016 May Paper 2 SL
2016 May Paper 2 HL
2016 May Paper 3 SL
2016 May Paper 3 HL
2016 November Paper 1 SL
2016 November Paper 1 HL
2016 November Paper 2 SL
2016 November Paper 2 HL
2016 November Paper 3 SL
2016 November Paper 3 HL
Paper 1A Specimen SL (New Syllabus)
Paper 1A Specimen HL (New Syllabus)
Sub-topic A.1.1 – Uniform Acceleration SL
Sub-topic A.1.1 – Uniform Acceleration HL
Sub-topic A.1.2 – Projectile Motion SL
Sub-topic A.1.2 – Projectile Motion HL
Sub-topic A.2.1 – Forces SL
Sub-topic A.2.1 – Forces HL
Sub-topic A.2.2 – Momentum SL
Sub-topic A.2.2 – Momentum HL
Sub-topic A.2.3 – Circular Motion SL
Sub-topic A.3 – Work, Energy, and Power SL
Sub-topic A.3 – Work, Energy, and Power HL
Sub-topic A.4 – Rigid Body Mechanics HL
Paper 1 – Mock Exam 1 SL
Paper 2 – Mock Exam 1 SL
Paper 1 – Mock Exam 1 HL
Paper 2 – Mock Exam 1 HL
Level 1 SL
Level 1 HL
Level 2 SL
Level 2 HL
Step One: Getting Started
Step Two: Research Design
Your Basic Membership also gives you access to all free IB Math resources. Feel free to have a look here.
Want more?
See what Full Members get »
Mathematical Tools – Measurements in Physics SL
Mathematical Tools – Measurements in Physics HL
Mathematical Tools – Uncertainties and Errors SL
Mathematical Tools – Uncertainties and Errors HL
Mathematical Tools – Vectors and Scalars SL
Mathematical Tools – Vectors and Scalars HL
Sub-topic A.1 – Kinematics SL
Sub-topic A.1 – Kinematics HL
Sub-topic A.2 – Forces and Momentum SL
Sub-topic A.2 – Forces and Momentum HL
Sub-topic A.3 – Work, Energy, and Power SL
Sub-topic A.3 – Work, Energy, and Power HL
Sub-topic A.4 – Rigid Body Mechanics HL
Sub-topic A.5 – Galilean and Special Relativity HL
Sub-topic B.1 – Thermal Energy Transfers SL
Sub-topic B.1 – Thermal Energy Transfers HL
Sub-topic B.2 – Greenhouse Effect SL
Sub-topic B.2 – Greenhouse Effect HL
Sub-topic B.3 – Gas Laws SL
Sub-topic B.3 – Gas Laws HL
Sub-topic B.4 – Thermodynamics HL
Sub-topic B.5 – Current and Circuits SL
Sub-topic B.5 – Current and Circuits HL
Sub-topic C.1 –Simple Harmonic Motion SL
Sub-topic C.1 –Simple Harmonic Motion HL
Sub-topic C.2 – Wave Model SL
Sub-topic C.2 – Wave Model HL
Sub-topic C.3 – Wave Phenomena SL
Sub-topic C.3 – Wave Phenomena HL
Sub-topic C.4 – Standing Waves and Resonance SL
Sub-topic C.4 – Standing Waves and Resonance HL
Sub-topic C.5 – Doppler Effect SL
Sub-topic C.5 – Doppler Effect HL
Sub-topic D.1 – Gravitational Fields SL
Sub-topic D.1 – Gravitational Fields HL
Sub-topic D.2 – Electric and Magnetic Fields SL
Sub-topic D.2 – Electric and Magnetic Fields HL
Sub-topic D.3 – Motion in Electromagnetic Fields SL
Sub-topic D.3 – Motion in Electromagnetic Fields HL
Sub-topic D.4 – Induction HL
Sub-topic E.1 – Structure of the Atom SL
Sub-topic E.1 – Structure of the Atom HL
Sub-topic E.2 – Quantum Physics HL
Sub-topic E.3 – Radioactive Decay SL
Sub-topic E.3 – Radioactive Decay HL
Sub-topic E.4 – Fission SL
Sub-topic E.4 – Fission HL
Sub-topic E.5 – Fusion and Stars SL
Sub-topic E.5 – Fusion and Stars HL
Definitions to Memorize SL
Definitions to Memorize HL
Note-Taking Templete
Mathematical Tools – All Questions SL
Mathematical Tools – All Questions HL
Mathematical Tools – Measurements in Physics SL
Mathematical Tools – Measurements in Physics HL
Mathematical Tools – Uncertainties and Errors SL
Mathematical Tools – Uncertainties and Errors HL
Mathematical Tools – Vectors and Scalars SL
Mathematical Tools – Vectors and Scalars HL
Topic A: Space, Time, and Motion – All Questions – Paper 1 SL
Topic A: Space, Time, and Motion – All Questions – Paper 1 HL
Topic A: Space, Time, and Motion – All Questions – Paper 2 SL
Topic A: Space, Time, and Motion – All Questions – Paper 2 HL
Sub-topic A.1 – Kinematics SL
Sub-topic A.1 – Kinematics HL
Sub-topic A.2 – Forces and Momentum SL
Sub-topic A.2 – Forces and Momentum HL
Sub-topic A.3 – Work, Energy, and Power SL
Sub-topic A.3 – Work, Energy, and Power HL
Sub-topic A.4 – Rigid Body Mechanics HL
Sub-topic A.5 – Galilean and Special Relativity HL
Topic B: The Particulate Nature of Matter – All Questions – Paper 1 SL
Topic B: The Particulate Nature of Matter – All Questions – Paper 1 HL
Topic B: The Particulate Nature of Matter – All Questions – Paper 2 SL
Topic B: The Particulate Nature of Matter – All Questions – Paper 2 HL
Topic B.1 – Thermal Energy Transfers SL
Topic B.1 – Thermal Energy Transfers HL
Topic B.2 – Greenhouse Effect SL
Topic B.2 – Greenhouse Effect HL
Topic B.3 – Gas Laws Effect SL
Topic B.3 – Gas Laws Effect HL
Topic B.4 – Thermodynamics HL
Topic B.5 – Current and Circuits SL
Topic B.5 – Current and Circuits HL
Topic C: Wave Behaviour – All Questions – Paper 1 SL
Topic C: Wave Behaviour – All Questions – Paper 1 HL
Topic C: Wave Behaviour – All Questions – Paper 2 SL
Topic C: Wave Behaviour – All Questions – Paper 2 HL
Topic C.1 – Simple Harmonic Motion SL
Topic C.1 – Simple Harmonic Motion HL
Topic C.2 – Wave Model SL
Topic C.2 – Wave Model HL
Topic C.3 – Wave Phenomena SL
Topic C.3 – Wave Phenomena HL
Topic C.4 – Standing Waves and Resonance SL
Topic C.4 – Standing Waves and Resonance HL
Topic C.5 – Doppler Effect SL
Topic C.5 – Doppler Effect HL
Topic D: Fields – All Questions – Paper 1 SL
Topic D: Fields – All Questions – Paper 1 HL
Topic D: Fields – All Questions – Paper 2 SL
Topic D: Fields – All Questions – Paper 2 HL
Topic D.1 – Gravitational Fields SL
Topic D.1 – Gravitational Fields HL
Topic D.2 – Electric and Magnetic Fields SL
Topic D.2 – Electric and Magnetic Fields HL
Topic D.3 – Motion in Electromagnetic Fields SL
Topic D.3 – Motion in Electromagnetic Fields HL
Topic D.3 – Induction HL
Topic E: Nuclear and Quantum Physics – All Questions – Paper 1 SL
Topic E: Nuclear and Quantum Physics – All Questions – Paper 1 HL
Topic E: Nuclear and Quantum Physics – All Questions – Paper 2 SL
Topic E: Nuclear and Quantum Physics – All Questions – Paper 2 HL
Topic E.1 – Structure of the Atom SL
Topic E.1 – Structure of the Atom HL
Topic E.2 – Quantum Physics HL
Topic E.3 – Radioactive Decay SL
Topic E.3 – Radioactive Decay HL
Topic E.4 – Fission HL
Topic E.4 – Fission SL
Topic E.5 – Fusion and Stars SL
Topic E.5 – Fusion and Stars HL
The first exams based on the New Syllabus will be written in May 2025, but you may still find those useful :)
2016 May Paper 1 SL
2016 May Paper 1 HL
2016 May Paper 2 SL
2016 May Paper 2 HL
2016 May Paper 3 SL
2016 May Paper 3 HL
2016 November Paper 1 SL
2016 November Paper 1 HL
2016 November Paper 2 SL
2016 November Paper 2 HL
2016 November Paper 3 SL
2016 November Paper 3 HL
2017 May Timezone 1 Paper 1 SL
2017 May Timezone 1 Paper 1 HL
2017 May Timezone 1 Paper 2 SL
2017 May Timezone 1 Paper 2 HL
2017 May Timezone 2 Paper 1 HL
2017 May Timezone 1 Paper 3 SL
2017 May Timezone 1 Paper 3 HL
2017 May Timezone 2 Paper 1 SL
2017 May Timezone 2 Paper 1 HL
2017 May Timezone 2 Paper 2 SL
2017 May Timezone 2 Paper 2 HL
2017 May Timezone 2 Paper 3 SL
2017 May Timezone 2 Paper 3 HL
2017 November Paper 1 SL
2017 November Paper 1 HL
2017 November Paper 2 SL
2017 November Paper 2 HL
2017 November Paper 3 SL
2017 November Paper 3 HL
2018 May Timezone 1 Paper 1 SL
2018 May Timezone 1 Paper 1 HL
2018 May Timezone 1 Paper 2 SL
2018 May Timezone 1 Paper 2 HL
2018 May Timezone 1 Paper 3 SL
2018 May Timezone 1 Paper 3 HL
2018 May Timezone 2 Paper 1 SL
2018 May Timezone 2 Paper 1 HL
2018 May Timezone 2 Paper 2 SL
2018 May Timezone 2 Paper 2 HL
2018 May Timezone 2 Paper 3 SL
2018 May Timezone 2 Paper 3 HL
2018 November Paper 1 SL
2018 November Paper 1 HL
2018 November Paper 2 SL
2018 November Paper 2 HL
2018 November Paper 3 SL
2018 November Paper 3 HL
2019 May Timezone 1 Paper 1 SL
2019 May Timezone 1 Paper 1 HL
2019 May Timezone 1 Paper 2 SL
2019 May Timezone 1 Paper 2 HL
2019 May Timezone 1 Paper 3 SL
2019 May Timezone 1 Paper 3 HL
2019 May Timezone 2 Paper 1 SL
2019 May Timezone 2 Paper 1 HL
2019 May Timezone 2 Paper 2 SL
2019 May Timezone 2 Paper 2 HL
2019 May Timezone 2 Paper 3 SL
2019 May Timezone 2 Paper 3 HL
2019 May Timezone 2 Paper 3 HL
2019 November Paper 1 SL
2019 November Paper 1 HL
2019 November Paper 2 SL
2019 November Paper 2 HL
2019 November Paper 3 SL
2019 November Paper 3 HL
2020 November Paper 1 SL
2020 November Paper 1 HL
2020 November Paper 2 SL
2020 November Paper 2 HL
2020 November Paper 3 SL
2020 November Paper 3 HL
2021 May Timezone 1 Paper 1 SL
2021 May Timezone 1 Paper 1 HL
2021 May Timezone 1 Paper 2 SL
2021 May Timezone 1 Paper 2 HL
2021 May Timezone 2 Paper 1 SL
2021 May Timezone 2 Paper 1 HL
2021 May Timezone 2 Paper 2 SL
2021 May Timezone 2 Paper 2 HL
2021 November Paper 1 SL
2021 November Paper 1 HL
2021 November Paper 1 SL
2021 November Paper 2 HL
2022 May Timezone 1 Paper 1 HL
2022 May Timezone 1 Paper 1 HL
2022 May Timezone 2 Paper 1 SL
2022 May Timezone 2 Paper 1 HL
2022 May Timezone 2 Paper 2 SL
2022 May Timezone 2 Paper 2 HL
2022 November Paper 1 SL
2022 November Paper 1 HL
2022 November Paper 2 SL
2022 November Paper 2 HL
2023 May Timezone 1 Paper 1 SL
2023 May Timezone 1 Paper 1 HL
2023 May Timezone 1 Paper 2 SL
2023 May Timezone 1 Paper 2 HL
2023 May Timezone 1 Paper 3 SL
2023 May Timezone 1 Paper 3 HL
2023 May Timezone 2 Paper 1 SL
2023 May Timezone 2 Paper 1 HL
2023 May Timezone 2 Paper 2 SL
2023 May Timezone 2 Paper 2 HL
2023 May Timezone 2 Paper 3 SL
2023 May Timezone 2 Paper 3 HL
2023 November Paper 1 SL
2023 November Paper 2 SL
2023 November Paper 3 SL
2023 November Paper 1 HL
2023 November Paper 2 HL
2023 November Paper 3 HL
2024 May Timezone 1 Paper 1 SL
2024 May Timezone 1 Paper 1 HL
2024 May Timezone 1 Paper 2 SL
2024 May Timezone 1 Paper 2 HL
2024 May Timezone 1 Paper 3 SL
Paper 1A Specimen SL (New Syllabus)
Paper 1A Specimen HL (New Syllabus)
Paper 1B Specimen SL (New Syllabus)
Paper 1B Specimen HL (New Syllabus)
Paper 2 Specimen SL (New Syllabus)
Paper 2 Specimen HL (New Syllabus)
2025 May Timezone 1 Paper 1A SL
2025 May Timezone 1 Paper 1A HL
Sub-topic Quizzes
Sub-topic A.1.1 – Uniform Acceleration SL
Sub-topic A.1.1 – Uniform Acceleration HL
Sub-topic A.1.2 – Projectile Motion SL
Sub-topic A.1.2 – Projectile Motion HL
Sub-topic A.2.1 – Forces SL
Sub-topic A.2.1 – Forces HL
Sub-topic A.2.2 – Momentum SL
Sub-topic A.2.2 – Momentum HL
Sub-topic A.2.3 – Circular Motion SL
Sub-topic A.3 – Work, Energy, and Power SL
Sub-topic A.3 – Work, Energy, and Power HL
Sub-topic A.4 – Rigid Body Mechanics HL
Sub-topic A.5 – Galilean and Special Relativity HL
Sub-topic B.1 – Specific Heat and Latent Heat SL
Sub-topic B.1 – Specific Heat and Latent Heat HL
Sub-topic B.1 – Thermal Energy Transfers SL
Sub-topic B.1 – Thermal Energy Transfers HL
Sub-topic B.2 – Greenhouse Effect SL
Sub-topic B.2 – Greenhouse Effect HL
Sub-topic B.2 – Black-body Radiation SL
Sub-topic B.2 – Black-body Radiation HL
Sub-topic B.3 – Gas Laws SL
Sub-topic B.3 – Gas Laws HL
Sub-topic B.4 – Thermodynamics HL
Sub-topic B.5 – Currents and Circuits SL
Sub-topic B.5 – Currents and Circuits HL
Sub-topic B.5 – Internal Resistance SL
Sub-topic B.5 – Internal Resistance HL
Sub-topic C.1 – Simple Harmonic Motion SL
Sub-topic C.1 – Simple Harmonic Motion (1) HL
Sub-topic C.1 – Simple Harmonic Motion (2) HL
Sub-topic C.2 – Wave Model SL
Sub-topic C.2 – Wave Model HL
Sub-topic C.3 – Refraction and Reflection SL
Sub-topic C.3 – Refraction and Reflection HL
Sub-topic C.3 – Superposition and Double-slit Diffraction SL
Sub-topic C.3 – Superposition and Double-slit Diffraction HL
Sub-topic C.3 – Single- and Multiple-slit Diffraction HL
Sub-topic C.4 – Standing Waves and Resonance SL
Sub-topic C.4 – Standing Waves and Resonance HL
Sub-topic C.5 – Doppler Effect HL
Sub-topic D.1 – Gravitational Fields SL
Sub-topic D.1 – Gravitational Fields HL
Sub-topic D.1 – Gravitational Potential HL
Sub-topic D.2 – Electric and Magnetic Fields SL
Sub-topic D.2 – Electric and Magnetic Fields HL
Sub-topic D.2 – Electric Potential HL
Sub-topic D.3 – Motion in Electromagnetic Fields SL
Sub-topic D.3 – Motion in Electromagnetic Fields HL
Sub-topic D.3 – Motion in Electromagnetic Fields HL
Sub-topic D.4 – Induction HL
Sub-topic E.1 – Structure of the Atom SL
Sub-topic E.1 – Structure of the Atom HL
Sub-topic E.2 – Quantum Physics HL
Sub-topic E.3 – Radioactive Decay SL
Sub-topic E.3 – Radioactive Decay (1) HL
Sub-topic E.3 – Radioactive Decay (2) HL
Sub-topic E.3 – Nuclear Binding Energy and Mass Defect SL
Sub-topic E.3 – Nuclear Binding Energy and Mass Defect HL
Sub-topic E.4 – Fission SL
Sub-topic E.4 – Fission HL
Sub-topic E.4 – Fusion and Stars SL
Sub-topic E.4 – Fusion and Stars HL
Mock Exams
Paper 1 – Mock Exam 1 SL
Paper 1 – Mock Exam 1 HL
Paper 2 – Mock Exam 1 SL
Paper 2 – Mock Exam 1 HL
Paper 1 – Mock Exam 2 SL
Paper 1 – Mock Exam 2 HL
Paper 2 – Mock Exam 2 SL
Paper 2 – Mock Exam 2 HL
Paper 1 – Mock Exam 3 SL
Paper 1 – Mock Exam 3 HL
Paper 2 – Mock Exam 3 SL
Paper 2 – Mock Exam 3 HL
Paper 1 – Mock Exam 4 SL
Paper 1 – Mock Exam 4 HL
Paper 2 – Mock Exam 4 SL
Paper 2 – Mock Exam 4 HL
Paper 1 – Mock Exam 5 SL
Paper 1 – Mock Exam 5 HL
Paper 2 – Mock Exam 5 SL
Paper 2 – Mock Exam 5 HL
Paper 2 – Mock Exam 6 SL
Paper 2 – Mock Exam 6 HL
Paper 1 – Mock Exam 7 SL
Paper 1 – Mock Exam 7 HL
Paper 2 – Mock Exam 7 SL
Paper 2 – Mock Exam 7 HL
Paper 1 – Mock Exam 8 SL
Paper 1 – Mock Exam 8 HL
Paper 2 – Mock Exam 8 SL
Paper 2 – Mock Exam 8 HL
PaperPlainz Accelerator
Level 1 SL
Level 1 HL
Level 2 SL
Level 2 HL
Level 3 SL
Level 3 HL
Level 4 SL
Level 4 HL
Level 5 SL
Level 5 HL
Level 6 SL
Level 6 HL
Level 7 SL
Level 7 HL
Level 8 SL
Level 8 HL
Level 9 SL
Level 9 HL
Level 10 SL
Level 10 HL
Our materials for the ‘Old’ Syllabus that ends with the 2024 exams
Sub-topic 1.1 – Measurements in Physics SL
Sub-topic 1.1 – Measurements in Physics HL
Sub-topic 2.1 – Motion SL
Sub-topic 2.1 – Motion HL
Sub-topic 3.1 – Thermal Concepts SL
Sub-topic 3.1 – Thermal Concepts HL
Sub-topic 6.1 – Circular Motion SL
Sub-topic 6.1 – Circular Motion HL
Sub-topic 7.1 – Discrete Energy and Radioactivity SL
Sub-topic 7.1 – Discrete Energy and Radioactivity HL
Sub-topic 8.1 – Energy Sources SL
Sub-topic 8.1 – Energy Sources HL
Sub-topic 9.1 – Simple Harmonic Motion HL
Sub-topic 10.1 – Describing Fields HL
Sub-topic 11.1 – Electromagnetic Induction HL
Sub-topic 12.1 – The Interaction of Matter with Radiation
Sub-topic 12.2 – Nuclear Physics
Definitions to Memorize SL
Definitions to Memorize HL
Note-Taking Templete
Sub-topic 1.1 – Measurements in Physics SL
Sub-topic 1.1 – Measurements in Physics HL
Sub-topic 1.2 –Uncertainties and Errors SL
Sub-topic 1.2 –Uncertainties and Errors HL
Sub-topic 1.3 – Vectors and Scalars SL
Sub-topic 1.3 – Vectors and Scalars HL
Measurements and Uncertainties SL
Measurements and Uncertainties HL
2016 May Paper 1 SL
2016 May Paper 1 HL
2016 May Paper 2 SL
2016 May Paper 2 HL
2016 May Paper 3 SL
2016 May Paper 3 HL
Paper 1 – Practice Exam 1 SL
Paper 1 – Practice Exam 1 HL
PaperPlainz Accelerator – Level 1 SL
PaperPlainz Accelerator – Level 1 HL
Step 1 – The Basics
Sub-topic 1.1 – Measurements in Physics SL
Sub-topic 1.1 – Measurements in Physics HL
Sub-topic 2.1 – Motion SL
Sub-topic 2.1 – Motion HL
Sub-topic 3.1 – Thermal Concepts SL
Sub-topic 3.1 – Thermal Concepts HL
Sub-topic 6.1 – Circular Motion SL
Sub-topic 6.1 – Circular Motion HL
Sub-topic 7.1 – Discrete Energy and Radioactivity SL
Sub-topic 7.1 – Discrete Energy and Radioactivity HL
Sub-topic 8.1 – Energy Sources SL
Sub-topic 8.1 – Energy Sources HL
Sub-topic 9.1 – Simple Harmonic Motion HL
Sub-topic 10.1 – Describing Fields HL
Sub-topic 11.1 – Electromagnetic Induction HL
Sub-topic 12.1 – The Interaction of Matter with Radiation
Sub-topic 12.2 – Nuclear Physics
Definitions to Memorize SL
Definitions to Memorize HL
Note-Taking Templete
Sub-topic 1.1 – Measurements in Physics SL
Sub-topic 1.1 – Measurements in Physics HL
Sub-topic 1.2 –Uncertainties and Errors SL
Sub-topic 1.2 –Uncertainties and Errors HL
Sub-topic 1.3 – Vectors and Scalars SL
Sub-topic 1.3 – Vectors and Scalars HL
Sub-topic 2.1 – Motion SL
Sub-topic 2.1 – Motion HL
Sub-topic 2.2 –Forces SL
Sub-topic 2.2 –Forces HL
Sub-topic 2.3 –Work, Energy, and Power SL
Sub-topic 2.3 –Work, Energy, and Power HL
Sub-topic 2.4 – Momentum and Impulse SL
Sub-topic 2.4 – Momentum and Impulse HL
Measurements and Uncertainties SL
Measurements and Uncertainties HL
Mechanics SL
Mechanics HL
2016 May Paper 1 SL
2016 May Paper 1 HL
2016 May Paper 2 SL
2016 May Paper 2 HL
2016 May Paper 3 SL
2016 May Paper 3 HL
2016 November Paper 1 SL
2016 November Paper 1 HL
2016 November Paper 2 SL
2016 November Paper 2 HL
2016 November Paper 3 SL
2016 November Paper 3 HL
Paper 1 – Practice Exam 1 SL
Paper 1 – Practice Exam 1 HL
Paper 2 – Practice Exam 1 SL
Paper 2 – Practice Exam 1 HL
PaperPlainz Accelerator – Level 1 SL
PaperPlainz Accelerator – Level 1 HL
PaperPlainz Accelerator – Level 2 SL
PaperPlainz Accelerator – Level 2 HL
Revision Summary SL
Revision Summary HL
Step 1 – The Basics
Your Basic Membership also gives you access to all free IB Math resources. Feel free to have a look here.
Want more?
See what Full Members get »
Sub-topic 1.1 – Measurements in Physics SL
Sub-topic 1.1 – Measurements in Physics HL
Sub-topic 1.2 –Uncertainties and Errors SL
Sub-topic 1.2 –Uncertainties and Errors HL
Sub-topic 1.3 – Vectors and Scalars SL
Sub-topic 1.3 – Vectors and Scalars HL
Sub-topic 2.1 – Motion SL
Sub-topic 2.1 – Motion HL
Sub-topic 2.2 –Forces SL
Sub-topic 2.2 –Forces HL
Sub-topic 2.3 –Work, Energy, and Power SL
Sub-topic 2.3 –Work, Energy, and Power HL
Sub-topic 2.4 – Momentum and Impulse SL
Sub-topic 2.4 – Momentum and Impulse HL
Sub-topic 3.1 – Thermal Concepts SL
Sub-topic 3.1 – Thermal Concepts HL
Sub-topic 3.2 –Modelling a Gas SL
Sub-topic 3.2 –Modelling a Gas HL
Sub-topic 4.2 –Travelling Waves SL
Sub-topic 4.2 –Travelling Waves HL
Sub-topic 4.3 – Wave Characteristics SL
Sub-topic 4.3 – Wave Characteristics HL
Sub-topic 4.4 – Wave Behaviour SL
Sub-topic 4.4 – Wave Behaviour HL
Sub-topic 4.5 – Standing Waves SL
Sub-topic 4.5 – Standing Waves HL
Sub-topic 5.2 – Heating Effect of Electric Currents SL
Sub-topic 5.2 – Heating Effect of Electric Currents HL
Sub-topic 5.3 – Electric Cells SL
Sub-topic 5.3 – Electric Cells HL
Sub-topic 5.4 – Magnetic Effects of Electric Currents SL
Sub-topic 5.4 – Magnetic Effects of Electric Currents HL
Sub-topic 6.1 – Circular Motion SL
Sub-topic 6.1 – Circular Motion HL
Sub-topic 6.2 – Newton’s Law of Gravitation SL
Sub-topic 6.2 – Newton’s Law of Gravitation HL
Sub-topic 7.1 – Discrete Energy and Radioactivity SL
Sub-topic 7.1 – Discrete Energy and Radioactivity HL
Sub-topic 7.2 – Nuclear Reactions SL
Sub-topic 7.2 – Nuclear Reactions HL
Sub-topic 7.3 – The Structure of Matter SL
Sub-topic 7.3 – The Structure of Matter HL
Sub-topic 8.1 – Energy Sources SL
Sub-topic 8.1 – Energy Sources HL
Sub-topic 8.2 – Thermal Energy Transfer SL
Sub-topic 8.2 – Thermal Energy Transfer HL
Sub-topic 9.1 – Simple Harmonic Motion HL
Sub-topic 9.2 – Single-Slit Diffraction HL
Sub-topic 9.3 – Interference HL
Sub-topic 9.4 – Resolution HL
Sub-topic 9.5 – Doppler Effect HL
Sub-topic 10.1 – Describing Fields HL
Sub-topic 10.2 – Fields at Work HL
Sub-topic 11.1 – Electromagnetic Induction HL
Sub-topic 11.2 – Power Generation and Transmission HL
Sub-topic 11.3 – Capacitance
Sub-topic 12.1 – The Interaction of Matter with Radiation
Sub-topic 12.2 – Nuclear Physics
Definitions to Memorize SL
Definitions to Memorize HL
Note-Taking Templete
Sub-topic 1.1 – Measurements in Physics SL
Sub-topic 1.1 – Measurements in Physics HL
Sub-topic 1.2 –Uncertainties and Errors SL
Sub-topic 1.2 –Uncertainties and Errors HL
Sub-topic 1.3 – Vectors and Scalars SL
Sub-topic 1.3 – Vectors and Scalars HL
Sub-topic 2.1 – Motion SL
Sub-topic 2.1 – Motion HL
Sub-topic 2.2 –Forces SL
Sub-topic 2.2 –Forces HL
Sub-topic 2.3 –Work, Energy, and Power SL
Sub-topic 2.3 –Work, Energy, and Power HL
Sub-topic 2.4 – Momentum and Impulse SL
Sub-topic 2.4 – Momentum and Impulse HL
Sub-topic 3.1 – Thermal Concepts SL
Sub-topic 3.1 – Thermal Concepts HL
Sub-topic 3.2 –Modelling a Gas SL
Sub-topic 3.2 –Modelling a Gas HL
Sub-topic 4.2 –Travelling Waves SL
Sub-topic 4.2 –Travelling Waves HL
Sub-topic 4.3 – Wave Characteristics SL
Sub-topic 4.3 – Wave Characteristics HL
Sub-topic 4.4 – Wave Behaviour SL
Sub-topic 4.4 – Wave Behaviour HL
Sub-topic 4.5 – Standing Waves SL
Sub-topic 4.5 – Standing Waves HL
Sub-topic 5.2 – Heating Effect of Electric Currents SL
Sub-topic 5.2 – Heating Effect of Electric Currents HL
Sub-topic 5.3 – Electric Cells SL
Sub-topic 5.3 – Electric Cells HL
Sub-topic 5.4 – Magnetic Effects of Electric Currents SL
Sub-topic 5.4 – Magnetic Effects of Electric Currents HL
Sub-topic 6.1 – Circular Motion SL
Sub-topic 6.1 – Circular Motion HL
Sub-topic 6.2 – Newton’s Law of Gravitation SL
Sub-topic 6.2 – Newton’s Law of Gravitation HL
Sub-topic 7.1 – Discrete Energy and Radioactivity SL
Sub-topic 7.1 – Discrete Energy and Radioactivity HL
Sub-topic 7.2 – Nuclear Reactions SL
Sub-topic 7.2 – Nuclear Reactions HL
Sub-topic 7.3 – The Structure of Matter SL
Sub-topic 7.3 – The Structure of Matter HL
Sub-topic 8.1 – Energy Sources SL
Sub-topic 8.1 – Energy Sources HL
Sub-topic 8.2 – Thermal Energy Transfer SL
Sub-topic 8.2 – Thermal Energy Transfer HL
Sub-topic 9.1 – Simple Harmonic Motion HL
Sub-topic 9.2 – Single-Slit Diffraction HL
Sub-topic 9.3 – Interference HL
Sub-topic 9.4 – Resolution HL
Sub-topic 9.5 – Doppler Effect HL
Sub-topic 10.1 – Describing Fields HL
Sub-topic 10.2 – Fields at Work HL
Sub-topic 11.1 – Electromagnetic Induction HL
Sub-topic 11.2 – Power Generation and Transmission HL
Sub-topic 11.3 – Capacitance
Sub-topic 12.1 – The Interaction of Matter with Radiation
Sub-topic 12.2 – Nuclear Physics
Measurements and Uncertainties SL
Measurements and Uncertainties HL
Mechanics SL
Mechanics HL
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Thermal Physics HL
Waves SL
Waves HL
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Electricity and Magnetism HL
Circular Motion and Gravitation SL
Circular Motion and Gravitation HL
Atomic, Nuclear, and Particle Physics SL
Atomic, Nuclear, and Particle Physics HL
Energy Production SL
Energy Production HL
Wave Phenomena HL
Fields HL
Electromagnetic Induction HL
Quantum and Nuclear Physics HL
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Measurements and Uncertainties SL
Measurements and Uncertainties HL
Mechanics SL
Mechanics HL
Thermal Physics SL
Thermal Physics HL
Waves SL
Waves HL
Electricity and Magnetism SL
Electricity and Magnetism HL
Circular Motion and Gravitation SL
Circular Motion and Gravitation HL
Atomic, Nuclear, and Particle Physics SL
Atomic, Nuclear, and Particle Physics HL
Energy Production SL
Energy Production HL
Wave Phenomena HL
Fields HL
Electromagnetic Induction HL
Quantum and Nuclear Physics HL
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Revision Summary SL
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Step 1 – The Basics
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Step 3 – Exploration 2
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Step 5 – Analysis 2
Step 6 – Analysis 3
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2021 May Timezone 1 Paper 1 AI SL
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Number & Algebra AA SL
Sub-topic Quizzes
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Topic 1 – The Binomial Theorem
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2021 May Timezone 1 Paper 1 AI SL
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2021 May Timezone 1 Paper 1 AA SL
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Number & Algebra AA SL
Functions AA SL
Sub-topic Quizzes
Topic 1 – Sequences & Series
Topic 1 – Sequences & Series Applications
Topic 1 – Exponents and Logarithms
Topic 1 – The Binomial Theorem
Topic 1 – Deductive Proofs
Topic 2 – Function Properties
Topic 2 – Quadratic Functions
Topic 2 – Exponential and Logarithmic Functions
Topic 2 – Rational Functions
Topic 2 – Function Transformations
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