IB Physics Higher Level
Master the complete IB Physics HL syllabus with clarity, structure, and confidence.
This course is designed for systematic, independent mastery of the entire IB Physics HL syllabus.
Every topic is structured so students can learn step-by-step, fully understand each concept, and build confidence progressively. The goal is not memorisation but deep understanding.
What Makes This Course Different?
- ✔ Clear, structured explanations of every concept
- ✔ Misconceptions identified and corrected
- ✔ Step-by-step derivations and full variable definitions
- ✔ IB terminology and notation used throughout
- ✔ Logical flow so topics connect naturally
- ✔ SL and HL depth clearly distinguished
Students can study each lesson independently and still gain a complete, coherent understanding of the subject.
Complete Exam Preparation Built In
Each lesson includes:
- Detailed concept explanations
- Application questions with full, structured solutions
- IB-style Paper 1 multiple-choice practice with explanations
- Paper 2 short-response and extended-response questions
- Fully worked answers showing every step
Students learn not only what the answer is but how to present it correctly in IB exams.
Course Structure
SL Core Topics:
- Space, time and motion
- Relativity
- Wave behaviour
- Fields (gravitational, electric and magnetic)
- Nuclear and quantum physics
HL Extension Topics:
- Rigid body mechanics
- Advanced thermal physics & thermodynamics
- Electromagnetic induction
- Advanced quantum models
- Advanced nuclear models
- Stellar physics and astrophysics
Designed for Real Understanding
The material we have prepared ensures that:
- Students gain confidence in every topic
- Concepts are understood independently and systematically
- Problem-solving skills are strengthened step-by-step
- Exam technique becomes natural and structured
- Students are well prepared for university-level physics
Thousands of IB students have already joined and benefited from this structured approach.
We guarantee your success — if you follow the structure carefully, learn the reasoning, and practise presenting full solutions clearly.
Ready to Strengthen Your IB Physics?
Why not begin today?
Start learning with clarity, structure, and confidence.
Course Features
- Lectures 49
- Quizzes 24
- Duration 12 weeks
- Skill level Expert
- Language English
- Students 4265
- Certificate No
- Assessments Yes
- 5 Sections
- 49 Lessons
- 12 Weeks
Expand all sectionsCollapse all sections
- A. Space, time and motion HL15
- 1.1Kinematics
- 1.2Kinematics HL Paper 113 Questions
- 1.3Kinematics HL Paper Paper 2
- 1.4Forces and momentum
- 1.5Forces and momentum HL Paper 113 Questions
- 1.6Forces and momentum HL Paper Paper 2
- 1.7Work, energy and power
- 1.8Work, energy and power HL Paper 110 Questions
- 1.9Work, energy and power HL Paper Paper 2
- 1.10Rigid body mechanics
- 1.11Rigid body mechanics HL Paper 15 Questions
- 1.12Rigid body mechanics HL Paper Paper 2
- 1.13Galilean and special relativity
- 1.14Galilean and special relativity HL Paper 15 Questions
- 1.15Galilean and special relativity HL Paper Paper 2
- B. The particulate nature of matter HL15
- 2.1Thermal energy transfers
- 2.2Thermal energy transfers HL Paper 110 Questions
- 2.3Thermal energy transfers HL Paper Paper 2
- 2.4Greenhouse effect
- 2.5Greenhouse effect HL Paper 15 Questions
- 2.6Greenhouse effect HL Paper Paper 2
- 2.7Gas laws
- 2.8Gas laws HL Paper 15 Questions
- 2.9Gas laws HL Paper Paper 2
- 2.10Thermodynamics
- 2.11Thermodynamics HL Paper 19 Questions
- 2.12Thermodynamics HL Paper Paper 2
- 2.13Current and circuits
- 2.14Current and circuits HL Paper 15 Questions
- 2.15Current and circuits HL Paper Paper 2
- C. Wave behaviour HL15
- 3.1Simple harmonic motion
- 3.2Simple harmonic motion HL Paper 18 Questions
- 3.3Simple harmonic motion HL Paper Paper 2
- 3.4Wave model
- 3.5Wave model HL Paper 17 Questions
- 3.6Wave model HL Paper 2
- 3.7Wave phenomena
- 3.8Wave phenomena HL Paper 110 Questions
- 3.9Wave phenomena HL Paper 2
- 3.10Standing waves and resonance
- 3.11Standing waves and resonance HL Paper 125 Questions
- 3.12Standing waves and resonance HL Paper 2
- 3.13Doppler effect
- 3.14Doppler effect HL Paper 115 Questions
- 3.15Doppler effect HL Paper 2
- D. Fields HL12
- 4.1Gravitational fields
- 4.2Gravitational fields HL Paper 110 Questions
- 4.3Gravitational fields HL Paper 2
- 4.4Electric and magnetic fields
- 4.5Electric and magnetic fields HL Paper 17 Questions
- 4.6Electric and magnetic fields HL Paper 2
- 4.7Motion in electromagnetic fields
- 4.8Motion in electromagnetic fields HL Paper 17 Questions
- 4.9Motion in electromagnetic fields HL Paper 2
- 4.10Induction
- 4.11Induction HL Paper 10 Questions
- 4.12Induction HL Paper 2
- E. Nuclear and quantum physics HL16
- 5.1Structure of the atom
- 5.2Structure of the atom HL Paper 10 Questions
- 5.3Structure of the atom HL Paper 2
- 5.4Quantum physics
- 5.5Quantum physics HL Paper 10 Questions
- 5.6Quantum physics HL Paper 2
- 5.7Radioactive decay
- 5.8Radioactive decay HL Paper 10 Questions
- 5.9Radioactive decay HL Paper 2
- 5.10Fission
- 5.11Fission HL Paper 10 Questions
- 5.12Fission HL Paper 2
- 5.13Fusion and stars
- 5.14Fusion and stars HL Paper 10 Questions
- 5.15Fusion and stars HL Paper 2
- 5.16A Final Word
