IB Chemistry SL

Course Overview

Our IB Chemistry SL course is designed to develop your understanding of fundamental chemical principles while fostering scientific inquiry skills essential for the IB Diploma Programme. This comprehensive year-long course covers all core topics of the IB Chemistry SL curriculum, emphasizing conceptual understanding, practical investigation skills, and real-world applications.

IB Chemistry SL provides a solid foundation in chemical concepts, from atomic structure to organic chemistry, preparing you for higher education in science, medicine, engineering, and related fields. The course emphasizes the interconnected nature of chemistry and its role in addressing global challenges, developing both your analytical thinking and scientific communication skills.

What Makes Our Course Special

What You'll Learn

• Master all core chemistry topics with deep conceptual understanding
• Develop strong mathematical skills for chemical calculations
• Design and conduct independent scientific investigations
• Analyze and interpret experimental data with confidence
• Communicate chemistry concepts clearly in written and oral forms
• Apply chemistry principles to real-world situations and novel contexts
• Develop critical thinking and scientific reasoning skills
• Master exam techniques for all three IB assessment papers
• Build foundation knowledge for further study in chemistry and related fields

Detailed Course Curriculum

• Topic 1: Stoichiometric Relationships 13.5 hours

  Fundamental concepts of matter and chemical calculations.

  • Introduction to the particulate nature of matter
  • The mole concept and Avogadro's constant
  • Reacting masses and volumes
  • Chemical formulas and equations
  • Concentration calculations and solutions

• Topic 2: Atomic Structure 6 hours

  Structure of atoms and the periodic table.

  • The nuclear atom
  • Electron configuration
  • Electrons in atoms and energy levels
  • Emission spectra
  • The periodic table and trends

• Topic 3: Periodicity 6 hours

  Periodic trends and their chemical implications.

  • Periodic table organization
  • Periodic trends in atomic properties
  • Periodic trends in first ionization energy
  • Periodic trends in electron affinity
  • Group trends and chemical properties

• Topic 4: Chemical Bonding and Structure 13.5 hours

  Types of bonding and molecular structures.

  • Ionic bonding and structure
  • Covalent bonding and Lewis structures
  • Covalent structures and allotropes
  • Intermolecular forces
  • Metallic bonding

• Topic 5: Energetics/Thermochemistry 9 hours

  Energy changes in chemical reactions.

  • Measuring energy changes
  • Hess's Law and enthalpy changes
  • Bond enthalpies
  • Energy cycles
  • Entropy and spontaneity (introduction)

• Topic 6: Chemical Kinetics 7 hours

  Rates of chemical reactions and factors affecting them.

  • Collision theory and rates of reaction
  • Factors affecting reaction rates
  • Rate expression and reaction mechanisms
  • Activation energy
  • Catalysis

• Topic 7: Equilibrium 4.5 hours

  Dynamic equilibrium in chemical systems.

  • Equilibrium concepts
  • The equilibrium constant (Kc)
  • Calculating equilibrium concentrations
  • Le Chatelier's principle
  • Industrial applications of equilibrium

• Topic 8: Acids and Bases 6.5 hours

  Properties and reactions of acids and bases.

  • Theories of acids and bases
  • Properties of acids and bases
  • The pH scale
  • Strong and weak acids and bases
  • Acid deposition

• Topic 9: Redox Processes 8 hours

  Oxidation and reduction reactions.

  • Oxidation and reduction concepts
  • Redox equations
  • Reactivity series
  • Voltaic cells
  • Electrolytic cells (introduction)

• Topic 10: Organic Chemistry 11 hours

  Introduction to carbon compounds and their reactions.

  • Fundamentals of organic chemistry
  • Functional group chemistry
  • Alkanes, alkenes, and alcohols
  • Halogenoalkanes
  • Polymers and plastics

• Topic 11: Measurement and Data Processing 2 hours

  Uncertainties and error in measurement.

  • Uncertainties and errors in measurement
  • Graphical techniques
  • Spectroscopic identification of organic compounds

• Internal Assessment Preparation

  Comprehensive support for your individual investigation project.

  • Research question development and experimental design
  • Data collection techniques and safety considerations
  • Statistical analysis and uncertainty evaluation
  • Evaluation of methodology and sources of error
  • Report writing and presentation skills

Both tracks include: All sessions, recorded materials, IA mentorship, mock exams, WhatsApp support, and comprehensive exam preparation resources

Ready to Excel in IB Chemistry SL?

Join students from over 50+ international schools who have achieved outstanding results in IB Chemistry SL with our comprehensive tutoring program. Whether you're aiming for university admission in science, medicine, engineering, or simply building scientific literacy, our inquiry-based approach will help you reach your full potential.

The IB Chemistry SL course is designed not just to help you achieve excellent grades, but to develop the scientific thinking skills and chemical understanding that will serve you throughout your academic and professional career. With our personalized approach and comprehensive support system, you'll be well-prepared for both your IB examinations and future scientific endeavors.