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Grant MacEwan College
CHEM 101/CHME 103 - INTRODUCTORY UNIVERSITY CHEMISTRY I
Proposed Course Outline
MODULE 1
Review
SI Units
Chapter 1-5
Density and Percent Composition
Chapter 1-6
Uncertainty in Scientific Measurement
Chapter 1-7
Significant figures
Chapter 1-8
The Nuclear Atom
Chapter 2-3
Chemical Elements
Chapter 2-4
Atomic Masses
Chapter 2-5
Introduction to the Periodic Table Chapter 2-6
Concept of the Mole
Chapter 2-7
Using the Mole Concept in Calculations
Chapter 2-8
Types of Chemical Compounds
Chapter 3-1
Mole Concept & Chemical Compounds
Chapter 3-2
Composition of Chemical Compounds
Chapter 3-2
Oxidation States
Chapter 3-4
Naming Inorganic Compounds
(Omit Naming Organic Compounds)
Chapter 3-5
Chemical Reactions/Equations
Chapter 4-1
Chemical Equations and Stoichiometry
Chapter 4-2
Chemical Reactions in Solution
Chapter 4-3
Determining the Limiting Reactant
Chapter 4-4
Other Practical Maters in Stoichiometry
Chapter 4-5
Nature of Aqueous Solutions
Chapter 5-1
Precipitation Reactions
Chapter 5-2
Acid-Base Reactions
Chapter 5-3
Oxidation-Reduction Reactions
Chapter 5-4
Balancing Redox Reactions
Chapter 5-5
Oxidizing and Reducing Agents
Chapter 5-6
Titrations
Chapter 5-7
Properties of Gases
Chapter 6-1
The Simple Gas Laws
Chapter 6-2 Ideal
gas law
Chapter 6-3
Application of gas law
Chapter 6-4
Gases in chemical reactions
Chapter 6-5
Mixtures of gases
Chapter 6-6
MODULE 2
ELECTRONS IN ATOMS
Quantum Numbers and Orbitals
Chapter 9-7
Interpreting and Representing Orbitals
Chapter 9-8
Electron Spin
Chapter 9-9
Multi-Electron Atoms
Chapter 9-10
Electronic Configurations
Chapter 9-11
Configurations
Periodic Table Chapter 9-12
Metals and Non-Metals and Their Ions
Chapter 10-2
The Size of Atoms and Ions
Chapter 10-3
Ionization Energy
Chapter 10-4
Electron Affinity
Chapter 10-5
Magnetic Properties
Chapter 10-6
Periodic of the Elements
Chapter 10-7
MODULE 3
Chemical Equilibrium
Dynamic Equilibrium
Chapter16-1
Equilibrium Constant Expression Chapter16-2
Relationships Involving K
eq
Chapter16-3
Magnitude of K
eq
Chapter16-4
Reaction Quotient “Q”
Chapter16-5
Le Chatelier's Principle
Chapter16-6
Equilibrium Calculations
Chapter16-7
Arrhenius Theory
Chapter17-1
Bronstead-Lowry Theory
Chapter17-2
Self Ionization of Water
Chapter17-3
Strong Acids and Bases
Chapter17-4
Weak Acids and Bases
Chapter17-5
Ions as Acids and Bases
Chapter17-7
Molecular Structure and Acid/Bases
Chapter17-8
Common Ion Effect
Chapter18-1
Buffers
Chapter18-2
Acid-Base Indicators
Chapter18-3
Titration Curves
Chapter18-4
MODULE 4
Solubility and Complex Ion Equilibria
The Solubility Product Constant K
sp
Chapter 19-1
Relationship Between Solubility & K
sp
Chapter 19-2
The Common Ion effect in Solubility
Equilibria
Chapter 19-3
Limitations of the K
sp
Concept
Chapter 19-4
Criteria for Precipitation and Its
Completeness
Chapter 19-5
Fractional Precipitation
Chapter 19-6
Solubility and pH
Chapter 19-7
Equilibria Involving Complex Ions
Chapter 19-8
