Chapter 13
A.  Periods, Groups, or Families
    properties
    valence electrons
    electron configurations
B.  Period and Group Trends
    atomic radius
    ionization energy - the amount of energy needed to remove an e^- from (g)
    ion size
    electronegativity

Chapter 14
A.  Electron Configuration of anions, cations
B.  Ionic Bonds
C.  Packing
    body-centered cubic
    face-centered cubic
    hexagonal closest packed

Chapter 15
A.  Covalent Bonds
B.  VSEPR Theory
    tetrahedral
    pyramidal
    bent
    linear
C.  Polar Bonds
D.  Intermolecular Attraction
    Van der Waals forces
    dispersion forces

Chapter 16
A.  Water Properties
    hydrogen bonding and its affects on the properties of water
B.  Surfactants (soaps and detergents)
C.  Aqueous Solution
D.  Suspensions and Colloids

Chapter 17
A.  Solution Formation and Properties
B.  Solubility
    temperature, pressure, and chemical properties affect
    S₁ P₁ = S₂ P₂
C.  Molarity
D.  Dilution
    M₁ V₁ = M₂ V₂
E.  % Solution
    % v / v
    % m / v
F.  Colligative Properties of Solution

Chapter 18
A.  Rate and Collision Theory
    activation energy
B.  Factors Affecting Reaction Rates
C.  Le Chatelers Principle
D.  Entropy

Chapter 19
A.  Properties of Acids and Bases
    pH, pOH
B.  Arrhenius Acids and Bases
C.  Bronstead-Lowry Acids and Bases

Chapter 21
A.  Oxidation and Reduction
    OIL RIG
B.  Balancing Redox Equations
    using oxidation # method
    using half-reaction method

Chapter 22
A.  Electrochemical Cell
    voltaic cells
    half cells
    anode and cathode
B.  Batteries

Chapters 24-25
A.  Organic Chemistry
    nomenclature
    alkane
    alkene
    alkyne
    aromatics
    other organic compounds

Chapter 26
A.  Nuclear Chemistry
    alpha and beta emission
    nuclear fusion and fission