Acellus General Chemistry
®
Unit 1 - Introduction to Chemistry
INTERNATIONAL ACADEMY OF SCIENCE
General Chemistry Course Curriculum
Unit 6 - The Mole
1
Why Study Chemistry?
44 Moles to Particles
2
Characteristics of Matter
45 Moles to Mass
3
Scientific Method
46 Mole Ratios of Compounds
4
SI Units and Prefixes
47 Percent Composition Calculations
5
SI Unit – Temperature – Conversions
48 Empirical Formula Calculations
6
SI Unit – Volume – Derived Unit
7
SI Unit – Density – Derived Unit
8
Scientific Notation
50 Chemical Reactions and How Much?
9
Scientific Notation – Addition and Subtraction
51 Stoichiometric Calculations – Mole to Mole
49 Molecular Formulas Calculations
Unit 7 - Stoichiometry
10 Scientific Notation – Multiplication and Division
52 Stoichiometric Calculations – Mole to Mass or Mass to Mole
11 Dimensional Analysis – Unit Conversion
53 Stoichiometric Calculations – Mass to Mass
12 Data Analysis
54 Stoichiometric Calculations – Percent Yield
13 Significant Figures and Rounding
Unit 8 - Solids, Liquids, and Gases
14 Significant Figures – Calculations – Addition and Subtraction
55 Gases – Kinetic-Molecular Theory, Behavior and Units
15 Significant Figures – Calculations – Multiplication and Division
56 Gases – Dalton's Law of Partial Pressures
Unit 2 - Matter, the Atom, the Periodic Table
16 States of Matter and Properties
17 Physical versus Chemical Changes
18 Elements versus Compounds
57 Intermolecular Forces Determine State of Matter
58 Liquids
59 Solids
Unit 9 - Gas Laws
19 Types of Mixtures
60 Gases – Boyle's Law
20 Organization of the Atom
61 Gases – Charles's Law
21 Different Atoms
62 Gases – Gay-Lussac's Law
22 Quantum Theory and the Atom
63 Gases – Combined Gas Law
23 Electronic Configuration
64 Gases – Ideal Gas Law
24 Modern Periodic Table
Unit 10 - Mixtures and Solutions
25 Electronic Configuration and Periodicity
65 Heterogeneous Mixture
26 Periodic Trends
66 Homogeneous Mixture
Unit 3 - Chemical Bonding
67 Concentration – Percent by Mass
27 Valence Electrons
68 Concentration – Percent by Volume
28 Ionic Bonds and Compounds
69 Concentration – Molarity
29 Properties of Ionic Compounds
70 Concentration – Dilution of Molar Solutions
30 Formulas of Ionic Compounds
71 Concentration – Molality
31 Names of Ions and Ionic Compounds
32 Covalent Bond and Single Covalent Bond
72 Concentration – Mole Fraction
33 Multiple Covalent Bond
74 Solubility
34 Covalent Bond Strength
73 Solvation – Ionic and Molecular Compounds
75 Colligative Properties
Unit 4 - Naming Compounds, Lewis Structures
Unit 11 - Acids and Bases
35 Names of Binary Molecular Compounds
76 Arrhenius Model
36 Naming Acids
77 Bronsted-Lowry Model
37 Lewis Structure – Covalent Compound
78 Lewis Model
38 Lewis Structure – Polyatomic Ions
79 Strength of Acids
Unit 5 - Chemical Reactions
80 Weak Acid Ionization Constants
39 VSEPR
81 Strength of Bases
40 Electronegativity and Polarity
82 Weak Base Ionization Constants
41 Chemical Reactions and Balancing Chemical Equations
83 Hydrogen Ions and Ion Product Constant
42 Types of Chemical Reactions
84 pH and pOH
43 Reactions in Water
85 pH and H+ Calculations
Copyright International Academy of Science 2012-2014 – All rights reserved
Acellus General Chemistry
®
86 pOH and OH- Calculations
INTERNATIONAL ACADEMY OF SCIENCE
General Chemistry Course Curriculum
Unit 12 - Organic Chemistry
87 pH and pOH Calculations
90 Hydrocarbons – Alkanes
88 pH and pOH Strong Acids and Bases
91 Hydrocarbons – Drawing Structures
89 Acids and Bases – Neutralization Reactions
92 Hydrocarbons – Alkanes – Straight-Chain Alkanes
93 Hydrocarbons – Alkanes – Branched-Chain Alkanes
Copyright International Academy of Science 2012-2014 – All rights reserved