I. Laboratory & Descriptive Chemistry
A. Solubility rules
B. Density
C. Formula of a hydrate
D. Titration
II. Atomic Structure and Periodicity
A. Quantum numbers
B. Electron configurations
C. Ground State/Excited State
D. Nuclear reactions
E. Periodic trends
1. Ionization energy
2. Atomic radius
III. Stoichiometry and Solutions
A. Solubility rules
B. Empirical formula
C. Dilution
D. Freezing point depression
E. Gas stoichiometry (22.4 L = 1 mole of a gas at STP)
IV. States of Matter
A. Density
B. Phase Diagram
C. Dalton's Law of Partial Pressure
D. Heat of vaporization
E. Types of bonding
V. Thermodynamics
A. Energy diagram
B. Find delta H, S, G
C. Signs of Ecell, delta G
D. Heat of combustion
VI. Kinetics
A. Rate law for mechanism
B. Rate law from experimental data
C. Graphs for first order
D. Rate of reaction
E. Half life
VII. Equilibrium
A. LeChatlier's Principle
B. Find Keq
C. Ksp
D. Write K expression
VIII. Acid-Base
A. Conjugate acids/bases
B. Neutralization
C. pH calculations
D. Titration curve
IX. Electrochemistry
A. Oxidation numbers
B. Cell potential
C. Balance Redox
D. Half-reactions
X. Molecular Structure
A. sigma & pi bonding
B. hybridization
C. VSEPR shapes
D. Types of bonding (ionic, polar covalent, nonpolar covalent)
E. Bond length
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