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

Only 7–8% of HL and 10–12% of SL students achieve a 7, making it competitive. Success requires consistent mastery of content, practice with past papers, and strong lab skills. With disciplined effort and tutoring support, a 7 is attainable.

IB Chemistry investigates the composition, structure, and properties of matter, and how substances interact.

Core topics include:

Atomic Structure: Models of the atom, isotopes, and electron configurations.

Structure and Bonding: Ionic, covalent, and metallic bonds, and molecular geometry.

Stoichiometry: Chemical equations, mole concepts, and reacting masses.

Energetics and Thermochemistry: Enthalpy changes, calorimetry, and Hess's Law.

Kinetics: Collision theory and factors affecting reaction rates.

Equilibrium: Dynamic equilibrium, Le Chatelier’s principle, and acid-base reactions.

Redox Processes: Oxidation states and electrochemical cells.

Organic Chemistry: Functional groups, reaction pathways, and spectroscopy.

HL includes deeper exploration of quantum mechanics, transition metals, and advanced calculations.

IB Chemistry is considered challenging due to its theoretical and quantitative depth. It requires understanding abstract concepts, strong math skills, and experimental proficiency. It’s particularly demanding at HL but highly rewarding for science-focused students.

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 experimental design 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): Data-based and additional HL topic questions (45 marks).

Our tutors offer tailored exam practice and strategies for success in each paper.

The Internal Assessment is a student-designed investigation exploring a research question through experimentation and data analysis. It includes planning, data collection, processing, and evaluation. This counts for 20% of the final grade at both SL and HL. Our tutors support students in designing rigorous experiments, analyzing data, and refining scientific communication.

Tutors assess the student's conceptual understanding and problem areas. Lessons then focus on reinforcing core topics, practicing quantitative problems, and applying scientific methods. IA guidance includes research design, execution, and refinement. Tutors also prepare students for past-paper performance and experimental design questions.

Tutors clarify difficult topics like chemical bonding, reaction mechanisms, and equilibrium. They provide structured practice in calculations and data analysis, and support students with experimental planning for the IA. Tutoring also prepares students for careers in health, engineering, and natural sciences.Personalized tutoring improves comprehension, confidence, and exam readiness.