| Unit 0- Introduction to Chemistry
7 sessions
 | Scientific Method |
| Classification of
Matter |
| Separation Science |
| Physical and
Chemical Properties |
| Temperature and
Density- Demos |
| Meet the Elements |
| Math Review,
Significant Figures & Statistical Techniques |
| Dimensional
Analysis and Proportions |
|
Unit 1-
Nuclear
| Types of Subatomic
Particles |
| The Nucleus |
| Mass Spectroscopy |
| Stability of the
Nucleus |
| Emanations |
| Separating
Emanations |
| Half Life |
| Nuclear Chemistry
Applications |
| Binding Energy |
|
Unit
1b
Atomic
Structure/
| Atomic Structure |
| Rutherford
Experiment |
| Cathode Ray
Experiments |
| Atomic Structure
Terms |
| Electromagnetic
Radiation |
| Quantization of
Energy |
| Photoelectric
Effect |
| Bohr Atom |
| Spectroscopy |
| Orbital Model of
Atom |
| Aubau Diagram |
| Para magnetism |
| Quantum Model |
|
Unit 2-
Atomic Periodicity Basics
Ionic/Naming
| Atomic Properties |
| Periodic Law |
| Elemental
Properties |
| Types of Bonds |
| Metallic Bonding |
| Properties of
Group One |
| Properties of
Period Two |
| Metals vs. Non
Metals |
| Multiple Oxidation
States of Transition Metals |
|
Unit 2B Introduction To Bonding/ Metallic/ 10
Sessions
| Ionic Bonding |
| Ionic Bonding and
Potential Energy Diagrams |
| Energy of
Formation of Ionic Compounds |
| Lattice energy |
| Types of Covalent
Bonds |
| Nonpolar Covalent
Bonds |
| Polar Covalent
Bonds |
| Coordinate
Covalent Bonds- Lewis Acids and Lewis Bases |
| Lewis Structures |
| Resonance |
|
Unit 3 - Bonding and Molecules/ Molecular
Attractions
- 10 sessions
| Hybridization |
| Molecular Geometry |
| Energy Effects on
Molecules |
| Isomerism |
| Functional Groups |
| Classification of
Molecules |
| Intermolecular
Interaction |
| Dipole moments |
| Dielectric
Constants |
| Types of Compounds |
| Properties of
Metallic, Molecular, Macromolecular and Ionic Compounds |
|
Unit 4- Introduction to Organic
| Carbon Stability |
| Petroleum |
| Hydrocarbons |
| Alkanes |
| IUPAC Naming |
| Structural Isomers |
| Alkenes |
| Alkynes |
| Benzene |
| Functional Groups |
| Organic Reactions |
| Polymers |
|
Unit5-Predicting Reactions
- Predicting
Reactions- 7 sessions
| Naming Compounds |
| Balancing Chemical
Equations |
| Types of Chemical
Equations |
| Types of Chemical
Reactions |
| Predicting based
on Stability |
| Predicting based
on Type |
| Be able to write equations for Double Replacement
Reactions |
| Be able to write equations for Simple REDOX Reactions
|
| Be able to write equations for Non-Simple REDOX
Reactions |
| Be able to write equations for Hydrolysis Reactions
|
| Be able to write equations for Complex Ion
(Transition Metal) Reactions |
| Be able to write equations for Organic Reactions
|
|
Unit 6-Measurement
and Stoichiometry
| Law of Constant
Composition and Calculations based on Law |
| Using Moles to
find a Quantity |
| Stoichiometry |
| Limiting Reagents |
| Using Density |
| Solution Terms |
| Stoichiometry
involving Solutions' |
| Balancing Equations, Molar Mass, grams to moles,
moles to grams, gravimetric factors, % composition, Hydrated crystals,
empirical formulas: from percent, from experiments, Hydrate problems,
Molecular Formulas, Ideal Gas equation, Stoichiometry, limiting reagent
problems, Energy Relationships |
|
Unit 7-Thermochem
- 10 sessions
| Introduction to
thermodynamics |
| Conservation of
energy |
| State Functions |
| Potential Energy |
| Kinetic Energy |
| Calorimetry |
| Heat of Fusion |
| Heat of
Vaporization |
| Specific Heat |
| Heat of Dilution |
| Heat of Solution |
| Hesss Law- direct
and indirect |
| Bond Dissociation
Energies |
|
Unit 8 - Gases
- 7 sessions
| Real Gases versus
Ideal Gases |
| Ideal Gas Equation |
| Derivations based
on Ideal Gas Equation |
| Gases collected
Over Water |
| Kinetic Molecular
Theory |
| Van Der Walls
Equation |
| Molecular Speeds |
| Diffusion |
|
Unit 9 - Liquids and Solids
Molecular Theory related to Phase
Phase Changes
Entropy
Heating and Cooling Curves
Interphases
Pressure
Vapor Pressure
Boiling Point and Freezing Points
Vapor Pressure Curves
Phase Diagrams Triple point, critical point
Energy change during phase changes
Viscosity
Surface Tension
Types of Solids
Metallic Crystals
Ionic Crystals
Molecular Crystals
Amorphous Solids
Understand and be able to interpret phase diagrams
|
