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SCH3U
Unit 0: Preparing for SCH3U
Unit 1: Matter, Chemical Treds, and Chemical Bonding
Topic 1.1: The Nature of Atoms (1.1)
Topic 1.2: Explaining Periodic Trends (1.3)
Topic 1.3: The Formation of Ionic and Covalent Bonds (2.1)
Topic 1.4: Writing Names for Ionic Compounds (2.2)
Topic 1.5: Writing Names for Covalent Compounds (2.2)
Topic 1.6: Three Dimensional Structure - VSEPR Theory
Topic 1.7: Molecular Polarity
Topic 1.8: Intermolecular Forces
Unit 2: Chemical Reactions
Unit 3: Quantities in Chemical Reactions
Unit 4: Solutions and Solubility
Unit 5: Gases and Atmospheric Chemistry
Unit 5, Topic 1 - Gases: Properties and Behaviour (11.1)
Unit 5, Topic 2 - Gases and Pressure Changes [Boyles Law] (11.2)
Unit 5, Topic 3 - Gases and Temperature Changes [Charles Law] (11.3)
Unit 5, Topic 4 - The Combined Gas Law (12.1)
SCH4C
Calendar
Unit 1: Matter and Qualitative Analysis
Unit 2: Chemical Calculations
Unit 2, Topic 1: Significant Digits and the GRASP Method
Unit 2, Topic 2: The Mole
Unit 2, Topic 3: Mole Calculations
Unit 2, Topic 4: Solutions
Unit 2, Topic 5: Stoichiometry
Unit 2, Topic 5a: What is stoichiometry?
Unit 2, Topic 5b: The Limiting Reactant
Unit 2, Topic 5c: Percent Yield
Unit 3: Organic Chemistry
Unit 3, Topic 1: Organic Compounds and Alkanes
Unit 3, Topic 2: Alkenes and Alkynes
Unit 3, Topic 3: Functional Groups, Part 1
Unit 3, Topic 4: Functional Groups, Part 2
Unit 3, Topic 5: Organic Reactions, Part 1
Unit 3, Topic 6: Organic Reactions, Part 2
SCH4U
Calendar
Unit 1: Energy and Rates of Reaction
Unit 2: Chemical Systems and Equilibrium
Lesson 2.6: Solubility Equilibria and Ksp
Lesson 2.7: The Nature of Acids and Bases (8.1)
Lesson 2.8: Kw, pH and pOH (8.2)
Lesson 2.9: Calculations Involving Acidic Solutions (8.4)
Lesson 2.10: Calculations Involving Basic Solutions (8.5)
Lesson 2.11: Acid-Base Properties of Salt Solutions (8.6)
Lesson 2.12: Acid-Base Titrations (8.7)
Unit 3: Electrochemistry
Unit 3, Topic 1: Electron Transfer Reactions
Unit 3, Topic 2a: Balancing with Oxidation Numbers
Unit 3, Topic 2b: Balancing with Half Reaction Method
Unit 3, Topic 3: Predicting Redox Reactions
Unit 4: Organic Chemistry
Unit 4, Topic 1: Alkanes (1.1)
Unit 4, Topic 2: Alkenes and Alkynes (1.2)
Unit 4, Topic 3: Aromatic Compounds (1.3)
Unit 4, Topic 4: Alcohols and Ethers (1.4)
Unit 4, Topic 5: Aldehydes and Ketones (1.5)
Unit 4, Topic 6: Carboxylic Acids and Esters (1.6)
Unit 4, Topic 7: Amines and Amides (1.7)
Unit 4, Topic 8: Substitution, Addition, Elimination, and Combustion
Unit 4, Topic 9: Oxidation, Reduction, Condensation, and Hydrolysis
Unit 5: Structure and Properties of Substances
Courses
Unit 2: Chemical Systems and Equilibrium
Unit 2 Outline and Notes
Lesson 1: Equilibrium Systems (7.1)
Lesson 2: Equilibrium Law and the Equilibrium Constant (7.2)
Lesson 3: Quantitative Changes in Equilibrium Systems (7.5)
Lesson 4: Qualitative Changes in Equilibrium, Le Chatelier's Principle (7.4)
Lesson 5: The Reaction Quotient, Q (7.5)
Lesson 6
: Solubility Equilibria and Ksp (7.6)
CHAPTER 7 REVIEW:
Lesson 7
: The Nature of Acids and Bases (8.1)
Lesson 8
: Kw, pH, and pOH (8.2)
Lesson 9
: Calculations Involving Acidic Solutions (8.4)
Lesson 10
: Calculations Involving Basic Solutions (8.5)
Lesson 11
: Acid-Base Properties of Salt Solutions (8.6)
Lesson 12
: Acid-Base Titrations (8.7)
CHAPTER 8 REVIEW:
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