Unit 1 - Lab Safety, Measurement and Matter

Lab Safety
significant figures, unit conversions, density
Particle Theory
states of matter, phase diagrams, heating curves
Elements, Compounds, and Mixtures
matter classification, intro to periodic table
Mixture Separation

Unit 2 - Atoms and Matter

Atomic Structure
atoms, isotopes, ions
Mass Spectrometry and Average Atomic Mass
Composition Stoichiometry
moles, percent composition, empirical and molecular formulas, combustion analysis
Intro to Bonding and Models
Naming Compounds and Writing Formulas (Inorganic and Organic)

Unit 3 - Chemical Reactions - Qualitative

Physical vs. Chemical Changes
Chemical Reaction Types
balancing equations, predicting products, ionic and net ionic equations
Oxidation/Reduction Reactions
oxidation numbers, balancing with half reactions, reduction potentials, activity series
galvanic cells, electrolytic cells

Unit 4 - Chemical Reactions - Quantitative

Reaction Stoichiometry
mass-mass, limiting reactants, percent yield
concentration, formation, solubility, colligative properties

Unit 5 - Atomic Structure

Electromagnetic Radiation
Electrons: Shell and Quantum Models
quantum model, electron configuration, orbital notation
Analyzing Atomic Structure Data
Periodic Trends

Unit 6 - Bonding and Intermolecular Forces

lewis diagrams, lewis structures, VSEPR
Intermolecular Forces
properties and effects, solids:ionic, molecular, metallic, network covalent

Unit 7 - Gases

Kinetic Molecular Theory
Gas Laws
Mixtures of Gases

Unit 8 - Thermochemistry/Thermodynamics

Gibb's Free Energy

Unit 9 - Kinetics

Collision Theory
Rate Laws
Reaction Mechanisms

Unit 10 - Equilibrium

Equilibrium Expression
Equilibrium Calculations
LeChatlier's Principle
Solubility Equilibria (Ksp)
Thermodynamics and Equilibrium

Unit 11 - Acids and Bases I

Strong Acids and Bases
Weak Acids and Bases
Salt Solutions

Unit 12 - Acids and Bases II