647-568-0258
AP Chemistry
$999.00
All course prices are in CAD – Canadian Dollars
Course Description For AP Chemistry
AP Chemistry is a college-level Advanced Placement course that explores matter, chemical reactions, and the interactions between atoms and molecules. First, students study atomic structure, molecular interactions, chemical reactions, energy, equilibrium, acids and bases, and electrochemistry. In addition, they complete lab activities and analyze data. Students also use math and scientific evidence to solve chemistry problems. Moreover, they connect chemistry concepts to real-world situations. As a result, students prepare for the AP Chemistry Exam and build a strong foundation for future studies in science, engineering, and health-related fields.
Skills You'll Learn
Course Content
| Unit | Title | Expectations Summary | Focus |
|---|---|---|---|
| 1 | Atomic Structure and Properties | First, students study atomic structure, electron configuration, periodic trends, isotopes, and molar relationships. In addition, they use evidence and math to explain atomic behavior and chemical properties. | Atomic Structure |
| 2 | Compound Structure and Properties | Next, students study chemical bonds, Lewis structures, resonance, formal charge, molecular shapes, and intermolecular forces. In addition, they connect structure and bonding to chemical properties. | Bonding and Structure |
| 3 | Properties of Substances and Mixtures | Then, students explore solids, liquids, gases, gas laws, solutions, solubility, and spectroscopy. Moreover, they use data and models to explain how substances and mixtures behave. | Substances and Mixtures |
| 4 | Chemical Reactions | After that, students study reaction types, ionic equations, stoichiometry, titrations, acid-base reactions, and redox reactions. Furthermore, they use models and math to explain chemical changes. | Reactions |
| 5 | Kinetics | In addition, students study reaction rates, rate laws, reaction mechanisms, collision theory, energy profiles, and catalysts. As a result, they learn how and why reaction rates change. | Reaction Rates |
Advanced Chemistry Topics
| Unit | Title | Expectations Summary | Focus |
|---|---|---|---|
| 6 | Thermochemistry | Next, students study heat transfer, thermal equilibrium, calorimetry, enthalpy, phase changes, energy diagrams, and Hess's Law. Moreover, they use calculations to study energy changes in chemical systems. | Energy and Heat |
| 7 | Equilibrium | Then, students explore reversible reactions, equilibrium constants, reaction quotients, ICE tables, Le Chatelier's Principle, and solubility. In addition, they study how changes affect chemical equilibrium. | Equilibrium Systems |
| 8 | Acids and Bases | Furthermore, students study acids and bases, pH, pOH, titrations, buffers, pKa, and the Henderson-Hasselbalch equation. As a result, they use these concepts to solve acid-base problems. | Acid-Base Chemistry |
| 9 | Thermodynamics and Electrochemistry | Finally, students study entropy, Gibbs free energy, galvanic cells, electrolytic cells, cell potential, electrolysis, and Faraday's Law. In addition, they connect energy changes to chemical reactions. | Thermodynamics and Electrochemistry |
| Labs | AP Chemistry Lab Investigations | Throughout the course, students complete hands-on lab activities, collect data, analyze results, and use evidence to support scientific claims. | Laboratory Work |
| Assessment | Assessment Structure | In addition, students complete homework, AP Classroom progress checks, unit tests with MCQs and FRQs, and a final AP-style exam. | Evaluation |
Frequently Asked Questions
AP Chemistry is an Advanced Placement course that gives high school students a college-level foundation in chemistry. The course focuses on atomic structure, chemical bonding, reactions, thermodynamics, equilibrium, acids and bases, electrochemistry, laboratory investigation, and AP exam preparation.
This course is best for motivated high school students who are strong in science and math. It is also a good choice for students interested in health sciences, engineering, chemistry, biology, pharmacy, medicine, environmental science, or other university-level science pathways.
Students build skills in scientific reasoning, quantitative problem-solving, experimental design, data analysis, chemical modeling, laboratory investigation, and evidence-based argumentation. In addition, they practise AP-style questions and chemistry lab activities.
Prior study of high school chemistry and Algebra II is recommended to prepare students for the quantitative and conceptual work in the course
The course usually follows a structured academic schedule with regular lessons, assignments, laboratory work, practice questions, and AP exam preparation. Completion time may depend on the student’s schedule, and pace.
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