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Unit 1: Introduction
U1_L1: Classroom Orientation and Survey
U1_L2 :What is 'Chemistry?"
U1_L3: Metric Measurement
U1_L4: Graphing
U1_L5: The Scientific Method
U1_L6: [OPTIONAL] Review of Science 10 & Physical Science 20
Unit 2: Materials Science
U2_L1: Historical Development of the Periodic Table
U2_L2: The Organization of the Periodic Table
U2_L3: The Historical Development of the Atomic Model
U2_L4: The Emission Spectra and the Quantum Model
U2_L5: The Quantum Model (Quantized Energy)
U2_L5: Electron Configurations & Valence Electrons
U2_L6: Bonding Introduction (The Basics)
U2_L7: Lewis Dot Structures (Valence Electrons)
U2_L8: Ionic vs Covalent Bonding
U2_L9: Intra/Intermolecular Forces & States of Matter
U2_L10: Valence Shell Electron Pair Repulsion Theory (VSEPR)
Unit 2: Exam
Unit 3: Chemical Equilibrium
Unit 3_Lesson 1: Straw Lab: Introduction to Equilibrium
Unit 3_Lesson 1: Straw Equilibrium Lab Teacher Marking Copy
Unit 3_Lesson 2: Reversible Reactions and Equilibria
Unit 3_Lesson 3 - Equilibrium Constant Keq
Lesson 4 - Le Chatelier's Principle
Lesson 5 - Changes in Pressure/Volume
Lesson 6 - Changes in Temperature
Lesson 7 - Lab Activity: Le Châtelier's Principle
Lesson 8 - The Presence of a Catalyst
Assignment 3
Lesson 9 - Equilibrium and Spontaneity
Exam Unit 4 - Chemical Equilibrium
Unit 4: Solutions
U4_L1: An Introduction to to Water & Solubility
U4_L2: Intermolecular Forces and Solubility
U4_L3: Factors Affecting Solubility of Temperature, Pressure and Polarity
U4_L4: VIRTUAL LAB_Temperature and the Solubility of Salts
U4_L5: Molarity Concentration
U4_L6: Other Measures of Concentration (Molality, Mass Per Unit Volume, PPM, PPB)
U4_L7: Dilutions of Standard Solutions
U4_L8: Concentration of Ions in Solution
U4_L9: Review Assignment: Calculations involving Solution and Ion Concentrations
U4_L10: Solubility Curves
U4L11: Solubility Tables & the Solubility of Ionic Compounds
U4_L12: Lesson 12 - Precipitation Reactions
U4_L13: Lesson 13 - Solubility Constant Ksp
U4_L15: Common Ion Effect
U4 Solutions Exam Unit 4 - Solutions
Unit 5: Acid and Base Equilibrium Reactions
U5_L1: Introduction to Acids & Bases
U5_L2: Arrhenius Theory of Acids & Bases
U5_L3: Ionization & Dissociation Reactions
U5_L4: Brønsted-Lowry Theory of Acids & Bases
U5_L5: Conjugate Acids & Bases
U5_L6: Amphoteric Acids & Bases
U5_L7: Polyprotic Acids & Bases
Lesson 8 - Strong/Weak Acids
Lesson 9 - Ionization Constants Ka, Kb, and Kw
Lesson 10 - pH/pOH
Lesson 11 - Indicators
Assignment 2 - Section Review Ka, Kb, Kw and pH/pOH
Lesson 12 - Neutralization Reactions
Lesson 13 - Acid-Base Titrations
Lesson 14: Exam Unit 6 - Acids and Bases
Unit 6: Oxidation Reduction & Redox Reactions
Lesson 1 - Redox and Oxidation Reactions
Lesson 2 - Recognizing Redox Reactions
Lesson 3 - Recognizing Redox Reactions
Lesson 4 - Balancing Redox Equations using Half Reactions
Lesson 5-Voltaic Cells
Lesson 6 - Standard Reduction Potentials and Tables for Hafl-Reactions
Lesson 7 - Battery Types/Corrosion/Electrolysis and Electroplating
Assignment 3
Exam - Redox
Lesson 8 - Course Completion Survey
Unit 7: Organic Chemistry
Lesson 1: Introduction to Hydrodcarbons (Organic Chemistry)
Lesson 2: Physical and Chemical Characteristics of Organic Compounds
Lesson 3: Alkanes
Lesson 4: Alkenes, Alkynes and Nomenclature
Lesson 5: Functional Groups
Lesson 6: Functional Group 1: Alcohols
Lesson 7: Functional Group Ethers
Lesson 9: An Introduction to the Macromolecules
Unit 7 Organic Chemistry Exam
Unit 8: Departmental Exam Review
U8_L1: Departmental Exam Prototype