🔬 IB Physics SL
IB Physics SL helps students explore the laws of nature through scientific inquiry and real-world experiments. This course builds critical thinking, problem-solving, and collaboration skills, preparing students to engage with global scientific challenges.
🚀 Why Take IB Physics?
- Learn how the universe works – from atoms to galaxies
- Develop skills in analysis, inquiry, and experimentation
- Connect science to ethical, environmental, and societal issues
- Prepare for careers in engineering, medicine, and tech
📚 Topics You’ll Explore
- A. Space, Time & Motion
- B. The Particulate Nature of Matter
- C. Wave Behaviour
- D. Fields
- E. Nuclear & Quantum Physics
📗 Workbook Support
Use the Alphy Physics SL Student Workbook to master each topic with guided problem sets and IB-style questions to boost your exam confidence.
Course Features
- Lectures 39
- Quizzes 19
- Duration 12 weeks
- Skill level Intermediate
- Language English
- Students 18459
- Certificate No
- Assessments Yes
- 5 Sections
- 39 Lessons
- 12 Weeks
Expand all sectionsCollapse all sections
- A. Space, time and motion9
- 1.1A.1 Kinematics
- 1.2Kinematics SL Quiz13 Questions
- 1.3Kinematics SL Paper Paper 2
- 1.4A.2 Forces and momentum
- 1.5Forces and Momentum SL Quiz13 Questions
- 1.6Forces and momentum SL Paper Paper 2
- 1.7A.3 Work, energy and power
- 1.8Work, energy and power SL Quiz10 Questions
- 1.9Work, energy and power SL Paper Paper 2
- B. The particulate nature of matter12
- 2.1B.1 Thermal energy transfers
- 2.2Thermal energy transfers SL Quiz10 Questions
- 2.3Thermal energy transfers SL Paper Paper 2
- 2.4B.2 Greenhouse effect
- 2.5Greenhouse effect SL Quiz5 Questions
- 2.6Greenhouse effect SL Paper Paper 2
- 2.7B.3 Gas laws
- 2.8Gas laws SL Quiz5 Questions
- 2.9Gas laws SL Paper Paper 2
- 2.10B.5 Current and circuits
- 2.11Current and circuits SL Quiz5 Questions
- 2.12Current and circuits SL Paper Paper 2
- C. Wave behaviour15
- 3.1C.1 Simple harmonic motion
- 3.2Simple harmonic motion SL Quiz8 Questions
- 3.3Simple harmonic motion SL Paper Paper 2
- 3.4C.2 Wave model
- 3.5Wave model SL Quiz7 Questions
- 3.6Wave model SL Paper 2
- 3.7C.3 Wave phenomena
- 3.8Wave phenomena SL Quiz10 Questions
- 3.9Wave phenomena SL Paper 2
- 3.10C.4 Standing waves and resonance
- 3.11Standing waves and resonance SL Quiz25 Questions
- 3.12Standing waves and resonance SL Paper 2
- 3.13C.5 Doppler effect
- 3.14Doppler effect SL Quiz15 Questions
- 3.15Doppler effect SL Paper 2
- D. Fields9
- 4.1D.1 Gravitational fields
- 4.2Gravitational fields10 Questions
- 4.3Gravitational fields SL Paper 2
- 4.4D.2 Electric and magnetic fields
- 4.5Electric and magnetic fields7 Questions
- 4.6Electric and magnetic fields SL Paper 2
- 4.7D.3 Motion in electromagnetic fields
- 4.8Motion in electromagnetic fields7 Questions
- 4.9Motion in electromagnetic fields SL Paper 2
- E. Nuclear and quantum physics13
- 5.1E.1 Structure of the atom
- 5.2Structure of the atom SL Quiz0 Questions
- 5.3Structure of the atom SL Paper 2
- 5.4E.3 Radioactive decay
- 5.5Radioactive decay SL Quiz0 Questions
- 5.6Radioactive decay SL Paper 2
- 5.7E.4 Fission
- 5.8Fission SL Quiz0 Questions
- 5.9Fission SL Paper 2
- 5.10E.5 Fusion and stars
- 5.11Fusion and stars SL Quiz0 Questions
- 5.12Fusion and stars SL Paper 2
- 5.13Thank you
