AP Chemistry

Learn About The Subject

AP Chemistry will help students understand basic concepts such as structure, states of matter, types of intermolecular forces, and reactions, while also helping students learn how to use chemical calculations to solve related problems at the university level. Students who complete the course can take the AP exam, increasing their chances of being admitted to quality foreign universities, especially in the US and Canada.

Common Challenges When Learning AP Chemistry

Course Content

1.1: Moles and molar mass

1.2: Mass spectroscopy of elements

1.3: Elemental composition of pure substances

1.4: Composition of mixtures

1.5: Atomic structure and electron configuration

1.6: Photoelectron spectroscopy

1.7: Periodic trends

1.8: Valence electrons and ionic compounds

2.1: Types of chemical bonds

2.2: Intramolecular force and potential energy

2.3: Structure of ionic solids

2.4: Structure of metals and alloys

2.5: Lewis diagrams

2.6: Resonance and formal charge

2.7: VSEPR and bond hybridization

3.1: Intermolecular forces

3.2: Solids, liquids, and gases

3.3: Kinetic molecular theory

3.4: Solutions and mixtures

3.5: Photoelectric effect

4.1: Introduction for reactions

4.2: Net ionic equations

4.3: Representations of reactions

4.4: Physical and chemical changes

4.5: Stoichiometry

4.6: Types of chemical reactions

5.1: Reaction rate

5.2: Introduction to rate law

5.3: Elementary reactions

5.4: Collision model

5.5: Introduction to reaction mechanisms

5.6: Multistep reaction energy profile

5.7: Catalysis

6.1: Endothermic and exothermic processes

6.2: Heat transfer and thermal equilibrium

6.3: Heat capacity and calorimetry

6.4: Energy of phase changes

6.5: Introduction to enthalpy of reaction

6.6: Enthalpy of formation

6.7: Hess’s law

7.1: Introduction to equilibrium

7.2: Calculating the equilibrium constant

7.3: Calculating equilibrium concentrations

7.4: Introduction to Le ChΓ’telier’s principle

7.5: Introduction to solubility equilibria

7.6: pH and solubility

7.7: Free energy of dissolution

8.1: Introduction to acids and bases

8.2: pH and pOH of strong acids and bases

8.3: Acid-base reactions and buffers

8.4: Molecular structure of acids and bases

8.5: pH and pKa

8.6: Properties of buffers

9.1: Introduction to entropy

9.2: Gibbs free energy and thermodynamic favorability

9.3: Thermodynamic and kinetic control

9.4: Free energy and equilibrium

9.5: Galvanic (voltaic) and electrolyte cells

9.6: Electrolysis and Faraday’s law

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Frequently Asked Questions

Frequently Asked Questions About

AP Chemistry

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Yes. AP Chemistry has significantly deeper and broader content, equivalent to a first-year university General Chemistry program, demanding higher analytical thinking and problem-solving skills.
Yes, good mathematical skills, especially algebra (solving equations, working with logarithms, etc.), are essential for handling complex quantitative problems in the subject.
The AP exam focuses on assessing the ability to understand and design experiments, and to analyze and interpret experimental data, rather than direct hands-on lab skills, though knowledge of practical work is still necessary.
A deep understanding of chemical principles, applying them to solve quantitative problems, explaining phenomena at the molecular level, and data analysis skills are key.
Intertu helps systematize General Chemistry knowledge, focuses on explaining difficult concepts, provides proficient practice in quantitative problem-solving skills, data analysis, and offers effective AP exam strategies.
Yes, Intertu Education offers Trial Classes. The tuition fee for AP Chemistry depends on the selected study hour package and level of support service. Please contact Intertu's counseling team directly for a detailed fee schedule and advice.