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AP Chemistry courseadvanced9 lesson roadmap2 learning hours
AP Chemistry
Explain chemical evidence across macroscopic, particulate, and symbolic scales
ap-chemistrychemistryinquiryquantitative-reasoning
Start Lesson 1Course roadmap
A complete AP Chemistry learning path
See the full journey before you begin, open any available lesson directly, and understand how each module builds toward mastery.
9 lessons ready now9 modules · 9 lesson roadmap
Course learning plan
Built for step-by-step mastery
This course brings together a structured curriculum, reviewed learning goals, approved videos, hands-on labs, mastery checks, and source-grounded references.
9Live study rooms0.1.0Content version
Learning contract
How the course should behave
Lesson target35-65 minutesMastery threshold80%
Source grounding
Reviewed references
Study space design
A focused room for every lesson
Watch first
Approved videos establish the mental model before text gets dense.
Practice while learning
Labs and retrieval prompts help students explain, self-check, and catch weak spots.
Prove mastery
Short recall checks keep the loop honest and build durable confidence.
Course path
Start with the foundations
Each lesson keeps the learning loop short: video anchor, reading lab, retrieval practice, and a quick mastery check.
Module 1
Atomic Structure and Properties
Use measured evidence to build atomic models and explain periodic properties.
Module 2
Compound Structure and Properties
Connect bonding, particle arrangement, and molecular geometry to observable properties.
Module 3
Properties of Substances and Mixtures
Explain phases, gases, solutions, and spectroscopy by connecting particle interactions to measurable behavior.
Module 4
Chemical Reactions
Represent and quantify chemical change by conserving atoms, charge, mass, and reacting amount.
Module 5
Kinetics
Use concentration-time evidence, molecular collisions, mechanisms, and energy pathways to explain reaction speed.
Module 6
Thermochemistry
Define systems and use calorimetry, enthalpy, and energy conservation to model chemical and physical changes.
Module 7
Equilibrium
Model dynamic equilibrium, compare Q with K, and predict how systems respond to disturbances.
Module 8
Acids and Bases
Connect proton-transfer equilibria to pH, buffers, titration curves, and indicator choice.
Module 9
Thermodynamics and Electrochemistry
Connect entropy, Gibbs energy, equilibrium, cell potential, and electrochemical work.