AP Chemistry Monthly Review

AP Chemistry Monthly Review is a rigorous, ongoing review course designed for students who are serious about mastering AP Chemistry and crushing the exam. Each month, students dig into the concepts that actually show up on the AP exam — from intermolecular forces and phase diagrams to solution chemistry and periodic trends — with a focus on building real problem-solving instincts, not just memorizing definitions. Whether you're just getting started with Unit 1 fundamentals or wrestling with the trickier quantitative applications in later units, this course meets you where you are and pushes you forward. If your goal is a 4 or 5 on the AP exam, this is the review that keeps you sharp all year long.

What This Course Is — and Who It's For AP Chemistry Monthly Review is a continuously running review course built for students who want consistent, structured reinforcement of AP Chemistry content throughout the school year. Because different cohorts of students join at different points in their coursework, the course is designed to be flexible and responsive — covering the concepts students need most at any given time, whether that's foundational periodic table literacy early in the year or deep dives into intermolecular forces and solution chemistry as the exam approaches. If you're the kind of student who wants more than just re-reading your notes, this course delivers active, guided problem-solving alongside expert instruction.

Core Content: Bonding, Intermolecular Forces, and Molecular Properties One of the most heavily tested areas of the AP Chemistry exam is the relationship between molecular structure and macroscopic properties — and this course covers it thoroughly. Students explore covalent bonding and molecular polarity, learn to identify dipoles based on electronegativity differences, and develop a clear framework for distinguishing intramolecular forces from intermolecular ones. From there, the course digs into the three major types of intermolecular forces: London dispersion forces, dipole-dipole interactions, and hydrogen bonding. Students learn not just to name them, but to rank their relative strengths and use them to predict real physical properties like boiling point, surface tension, viscosity, and capillary action.

Solids, Phase Changes, and Solutions The course extends beyond IMFs into the behavior of matter at a larger scale. Students classify crystalline solids by type — ionic, metallic, covalent network, and molecular — and connect those classifications to observable properties. Phase changes are explored both conceptually and quantitatively: students interpret heating curves, read phase diagrams, and calculate energy changes associated with melting, boiling, sublimation, and deposition. Solution chemistry rounds out this section, covering the dissolution process, factors that affect solubility, Henry's Law, and concentration calculations using molarity, molality, and mole fraction. Chromatography also makes an appearance as a real-world application of IMF principles.

Foundational Fluency: Periodic Table and Exam Strategy For students earlier in their AP Chemistry journey, the course builds essential foundational fluency — starting with the periodic table itself. Students learn to locate and distinguish alkali metals, alkaline earth metals, transition metals, nonmetals, and noble gases, and explore how an element's position on the table predicts its reactivity and stability. Equally important, students get oriented to the AP Chemistry exam itself: how to navigate the College Board website, where to find official course content and practice materials, and how to supplement their studying with open-source resources. This kind of strategic awareness helps students study smarter, not just harder.

What You'll Walk Away With By participating consistently in AP Chemistry Monthly Review, students build the kind of layered, connected understanding that the AP exam demands. Rather than treating chemistry topics as isolated units, this course trains students to see how bonding drives molecular polarity, which drives IMFs, which drive physical properties — a chain of reasoning that shows up across multiple free-response and multiple-choice questions. Students leave each month with sharper problem-solving skills, stronger conceptual clarity, and the confidence that comes from having actually worked through the hard problems — not just read about them.