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Structure 1.1: Particulate Nature Of Matter (2 hours)
Structure 1.2: The Nuclear Atom (2 hours)
Structure 1.3: Electron Configuration (3 hours)
Structure 3.1: The Periodic Table (7 hours)
Total time: 14 hours
Structure 1.4: The Mole (7 hours)
Structure 1.5: Ideal Gases (3 hours)
Reactivity 2.1: Amount of Chemical Change (7 hours)
Total time: 17 hours
Structure 2.1: The Ionic Model (4 hours)
Structure 2.2: The Covalent Model (10 hours)
Structure 2.3: The Metallic Model (2 hours)
Structure 2.4: From Models to Materials (Only Alloys) (1 hour)
Total Time: 17 hours
Total Time for DP1, 1st Semester: 48 hours
Reactivity 2.2: Rate of Chemical Change (9 hours)
Total Time: 9 hours
Reactivity 2.3: Extent Of Chemical Change (5 hours)
Total Time: 5 hours
Reactivity 3.1: Bronsted-Lowry theory, pH scale, Proton Transfer Reactions (8 hours)
Total time: 8 hours
Total Time for DP1, 2nd Semester: 32 hours
Reactivity 1.1: Measuring Enthalpy Changes (5 hours)
Reactivity 1.2: Energy Cycles in Reactions (3 hours)
Total Time: 8 hours
Reactivity 3.2: Oxidation and Reduction, Electrochemical Cells, Inorganic Version (7 hours)
Total Time: 7 hours
Structure 3.2: Functional Groups and Nomenclature (8 hours)
Structure 3.2: Isomerism (2 hours)
Reactivity 1.3: Energy From Fuels (4 hours)
Reactivity 3.3: Radical Reactions (2 hours)
Reactivity 3.2: Oxidation and Reduction of Organic Compounds (3 hours)
Reactivity 3.4: Nucleophilic and Electrophilic Substitution Reactions (4 hours)
Structure 2.4: From Models to Materials (3 hours)
Total time: 25 hours
DP2, 2nd Semester: 40 hours
Structure 1.1: Particulate Nature Of Matter (2 hours)
Structure 1.2: The Nuclear Atom (3 hours)
Structure 1.3: Electron Configuration (6 hours)
Structure 3.1: The Periodic Table (11 hours)
Total time: 22 hours
Structure 1.4: The Mole (7 hours)
Structure 1.5: Ideal Gases (3 hours)
Reactivity 2.1: Amount of Chemical Change (7 hours)
Total time: 17 hours
Structure 2.1: The Ionic Model (4 hours)
Structure 2.2: The Covalent Model (18 hours)
Structure 2.3: The Metallic Model (3 hours)
Structure 2.4: From Models to Materials (Only Alloys) (1 hour)
Total Time: 26 hours
Total Time for DP1, 1st Semester: 65 hours
Reactivity 2.2: Rate of Chemical Change (15 hours)
Total Time: 15 hours
Reactivity 2.3: Extent Of Chemical Change (9 hours)
Total Time: 9 hours
Reactivity 3.1: Bronsted-Lowry theory, pH scale, Proton Transfer Reactions (17 hours)
Total time: 17 hours
Total Time for DP1, 2nd Semester: 51 hours
Reactivity 1.1: Measuring Enthalpy Changes (5 hours)
Reactivity 1.2: Energy Cycles in Reactions (8 hours)
Reactivity 1.4: Entropy (5 hours)
Total Time: 18 hours
Reactivity 3.2: Oxidation and Reduction, Electrochemical Cells, Inorganic Version (11 hours)
Total Time: 11 hours
Structure 3.2: Functional Groups and Nomenclature (8 hours)
Structure 3.2: Isomerism (3 hours)
Reactivity 1.3: Energy From Fuels (4 hours)
Reactivity 3.3: Radical Reactions (2 hours)
Reactivity 3.2: Oxidation and Reduction of Organic Compounds (3 hours)
Reactivity 3.4: Nucleophilic and Electrophilic Substitution Reactions (8 hours)
Structure 2.4: From Models to Materials (4 hours)
Total time: 32 hours
DP2, 2nd Semester: 61 hours