Module One: Matter
-Mathematical skills and measurement systems
-Scientific data and relationships between variables
-The scientific method to conduct investigations
-States and classification of matter
-Physical and chemical properties and changes
Module Two: Atoms and Elements
-Scientific models
-Atomic theory of matter
-How to read the periodic table
-General properties of elements, groups, and families
-Atomic energy
Module Three: Molecules and Compounds
-Electron configurations
-Draw orbital notation models for atoms
-Valence electrons and bonding properties of atoms
-Chemical formulas for ionic and covalent bond
-Intermolecular forces and models of molecule structures
Module Four: Reactions
-Conservation of mass and chemical equations
-Synthesis and decomposition chemical reactions
-Single and double replacement chemical reactions
-Combustion and redox chemical reactions
-The fundamental forces
-Chemical versus nuclear reactions
Module Five: Stoichiometry
-The mole concept
-Mass, molar mass, and number of particles
-Mole ratios from balanced chemical reactions
-Perform a variety of stoichiometric calculations
-Percent yield and limiting reactants
Module Six: Phases of Matter
-Different forms of energy
-Kinetic molecular theory
-Heating and cooling curves
-Gas law relationships
-The ideal gas law
Module Seven: Energy in Reactions
-Endothermic and exothermic reactions and processes
-Enthalpy and potential energy diagrams
-Open, closed, and isolated systems
-Rate of chemical reactions
-The concept of dynamic equilibrium
-Applying Le Châtelier\'s principle
Module Eight: Solutions
-Various properties and suitability of water
-Molarity and dilution calculations
-Solutions
-Acids and bases
-Calculating the pH or pOH of a solution