6,600 possible mastery points
Welcome to AP®︎/College Chemistry!
Curious about this course?Learn more and give feedback here
Moles and molar mass: Atomic structure and propertiesMass spectrometry of elements: Atomic structure and propertiesElemental composition of pure substances: Atomic structure and propertiesComposition of mixtures: Atomic structure and properties
Types of chemical bonds: Molecular and ionic compound structure and propertiesIntramolecular force and potential energy: Molecular and ionic compound structure and propertiesStructure of ionic solids: Molecular and ionic compound structure and propertiesStructure of metals and alloys: Molecular and ionic compound structure and properties
Intermolecular forces: Intermolecular forces and propertiesProperties of solids: Intermolecular forces and propertiesSolids, liquids, and gases: Intermolecular forces and propertiesIdeal gas law: Intermolecular forces and propertiesKinetic molecular theory: Intermolecular forces and propertiesDeviation from ideal gas law: Intermolecular forces and properties
Solutions and mixtures: Intermolecular forces and propertiesRepresentations of solutions: Intermolecular forces and propertiesSeparation of solutions and mixtures chromatography: Intermolecular forces and propertiesSolubility: Intermolecular forces and propertiesSpectroscopy and the electromagnetic spectrum: Intermolecular forces and propertiesElectronic transitions in spectroscopy: Intermolecular forces and propertiesBeer–Lambert law: Intermolecular forces and properties
Net ionic equations: Chemical reactionsRepresentations of reactions: Chemical reactionsPhysical and chemical changes: Chemical reactions
Endothermic and exothermic processes: ThermodynamicsHeat transfer and thermal equilibrium: ThermodynamicsHeat capacity and calorimetry: ThermodynamicsEnergy of phase changes: Thermodynamics
Introduction to equilibrium: EquilibriumEquilibrium constant and reaction quotient: EquilibriumCalculating the equilibrium constant: EquilibriumMagnitude and properties of the equilibrium constant: Equilibrium
Entropy: Applications of thermodynamicsGibbs free energy and thermodynamic favorability: Applications of thermodynamicsFree energy of dissolution: Applications of thermodynamicsThermodynamics vs. kinetics: Applications of thermodynamicsFree energy and equilibrium: Applications of thermodynamics
Coupled reactions: Applications of thermodynamicsGalvanic (voltaic) and electrolytic cells: Applications of thermodynamicsCell potential and free energy: Applications of thermodynamicsCell potential under nonstandard conditions: Applications of thermodynamicsElectrolysis and Faraday's law: Applications of thermodynamics
Course challengeTest your knowledge of the skills in this course.Start Course challenge
AP® is a registered trademark of the College Board, which has not reviewed this resource.