Standard Level (SL):

Paper 1 (1 hour): Multiple choice (30 marks).

Paper 2 (1 hour 15 minutes): Short-answer and extended-response questions (50 marks).

Paper 3 (1 hour): Data-based and practical questions (35 marks).

Higher Level (HL): Paper 1 (1 hour):

Multiple choice (40 marks).

Paper 2 (2 hours 15 minutes): Short-answer and extended-response questions (90 marks).

Paper 3 (1 hour 15 minutes): Experimental design and HL-specific content (45 marks).

Our tutors provide exam strategies, formula training, and data-based question practice to build exam confidence.

Getting a 7 in IB Physics requires strong mathematical reasoning, precision in practical work, and mastery across all topics. Around 6–7% of HL and 8–10% of SL students achieve a 7. With structured revision and targeted tutoring, it's a realistic goal.

Standard Level (SL):

7: 75–100

6: 65–74

5: 55–64

4: 45–54

3: 35–44

2: 25–34

1: 0–24

Higher Level (HL):

7: 78–100

6: 68–77

5: 58–67

4: 48–57

3: 38–47

2: 28–37

1: 0–27

Tutors break down complex topics such as electromagnetism, waves, and nuclear physics into manageable concepts. They offer guided problem-solving, past paper practice, and lab report help. With tutoring, students improve both their theoretical understanding and practical skills—essential for academic success and careers in engineering, physics, or technology.

We start by diagnosing areas of weakness in topics or skills. Sessions are then tailored to strengthen understanding, improve problem-solving, and prepare for papers and IA. Tutors guide students through mathematical application, conceptual mastery, and experimental design. Progress is tracked through regular feedback and practice assessments.

The Internal Assessment is a self-designed investigation focused on a scientific question related to the syllabus. It involves practical work, data analysis, and scientific evaluation. It contributes 20% of the final grade for both SL and HL students.Our tutors help with experiment planning, data interpretation, and writing scientifically sound reports.

IB Physics is known for being academically rigorous due to its integration of mathematics, theory, and experimentation. It demands abstract reasoning and high-level problem-solving skills, particularly at HL, making it one of the more challenging IB sciences.

IB Physics explores the fundamental principles of the universe through theory, mathematics, and experimentation.

Key topics include:

Measurements and Uncertainties: Experimental design, error analysis, and unit systems.

Mechanics: Kinematics, forces, energy, momentum, and circular motion.

Thermal Physics: Heat, temperature, and the laws of thermodynamics.

Waves: Wave properties, sound, and the Doppler effect.

Electricity and Magnetism: Electric fields, circuits, electromagnetism.

Atomic, Nuclear, and Particle Physics: Radioactivity, nuclear reactions, and particle models.

Energy Production: Renewable and non-renewable sources, efficiency, and environmental impact.

HL students also cover topics like quantum physics, field theory, and advanced motion and oscillations.