Course at
a Glance
1
~9–10
SPQ
Plan
The Course at a Glance provides
a useful visual organization of
the AP Chemistry curricular
components, including:
§ Sequence of units, along
with approximate weighting
and suggested pacing.
Please note, pacing is based
on 45-minute class periods,
meeting five days each week
for a full academic year.
§ Progression of topics within
each unit.
§ Spiraling of the big ideas
and science practices
across units.
Class
Periods
1.1
7–9%
AP Exam
Weighting
Moles and Molar Mass
5
SPQ
SPQ
1.2
1.3
2
SPQ
1.4
5
SAP
1.5
1
SAP
1.6
4
SAP
2
~12–13
SAP
1.7
Mass Spectroscopy of
Elements
SAP
Elemental Composition
of Pure Substances
SAP
Composition of
Mixtures
SAP
Atomic Structure and
Electron Configuration
SAP
Photoelectron
Spectroscopy
SAP
Periodic Trends
SAP
1.8
Molecular and
Ionic Compound
Structure and
Properties
Class
Periods
7–9%
AP Exam
Weighting
2.1
Types of Chemical
Bonds
2.2
Intramolecular Force
and Potential Energy
2.3
Structure of Ionic
Solids
2.4
Structure of Metals and
Alloys
2.5
Lewis Diagrams
2.6
Resonance and
Formal Charge
2.7
VSEPR and Bond
Hybridization
3
4
4
3
6
6
4
4
UNIT
6
5
SAP
Teach
Atomic
Structure and
Properties
UNIT
Valence Electrons and
Ionic Compounds
SCIENCE PRACTICES
Science practices spiral throughout the course.
1
Models and
Representations
2
Question and
Method
3
Representing Data
and Phenomena
4
Model Analysis
5
Mathematical
Routines
6
Argumentation
BIG IDEAS
Big ideas spiral across topics and units.
SPQ
SAP
Scale, Proportion,
and Quantity
TRA Transformations
ENE
Energy
Structure and
Properties
Assess
Assign the Personal Progress
Checks—either as homework
or in class—for each unit.
Each Personal Progress Check
contains formative multiplechoice and free-response
questions. The feedback from
the Personal Progress Checks
shows students the areas where
they need to focus.
Personal Progress Check 1
Personal Progress Check 2
Multiple-choice: ~20 questions
Free-response: 2 questions
§ Short-answer
§ Short-answer
Multiple-choice: ~15 questions
Free-response: 1 question
§§ Long-answer
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UNIT
3
~14–15
SAP
3.1
Intermolecular
Forces and
Properties
Class
Periods
18–22%
AP Exam
Weighting
Intermolecular Forces
4
SAP
3.2
3
SAP
Properties of Solids
TRA
TRA
Ideal Gas Law
TRA
Kinetic Molecular
Theory
4
3.6
6
3.7
Solutions and Mixtures
4.2
Class
Periods
7–9%
AP Exam
Weighting
Representations of
Solutions
SPQ
3
3.9
Separation of
Solutions and Mixtures
Chromatography
4
~13–14
TRA
Net Ionic Equations
TRA
4.4
4.5
Physical and
Chemical Changes
TRA
Stoichiometry
TRA
SPQ
TRA
3
3
1
7–9%
AP Exam
Weighting
5.2
Introduction to Rate Law
5.3
Concentration Changes
Over Time
5.4
Elementary Reactions
5.5
Collision Model
5.6
Reaction Energy Profile
5.7
Introduction to Reaction
Mechanisms
5.8
Reaction Mechanism
and Rate Law
5.9
Steady-State
Approximation
5
6
TRA
Class
Periods
5.1
5
5
TRA
Kinetics
6
TRA
4.3
4.7
4.8
Types of Chemical
Reactions
TRA
Introduction to
Acid-Base Reactions
TRA
1
5
TRA
TRA
5
5
TRA
3
Solubility
4
SAP
5
Introduction for
Reactions
3
SPQ
UNIT
5
1
5
SPQ
4.1
6
SAP
2
TRA
Solids, Liquids, and
Gases
5
SPQ
~14–15
Chemical
Reactions
5
SAP
SPQ
4
2
4
SAP
UNIT
ENE
6
Spectroscopy and
the Electromagnetic
Spectrum
SAP
5
SAP
2
Personal Progress Check 3
Personal Progress Check 4
Personal Progress Check 5
Multiple-choice: ~30 questions
Free-response: 2 questions
§ Short-answer
§§
Multiple-choice: ~20 questions
Free-response: 1 question
§ Long-answer
Multiple-choice: ~25 questions
Free-response: 2 questions
§ Short-answer
§ Long-answer
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UNIT
6
~10–11
ENE
6.1
6
ENE
6.2
Class
Periods
7–9%
AP Exam
Weighting
6.3
6.4
2
ENE
6.5
1
ENE
6.6
4
ENE
TRA
Energy Diagrams
TRA
6.7
TRA
Heat Capacity and
Calorimetry
TRA
Energy of Phase
Changes
TRA
Introduction to Enthalpy
of Reaction
TRA
Bond Enthalpies
TRA
7–9%
AP Exam
Weighting
6.8
Enthalpy of Formation
Hess’s Law
7.3
3
7.4
5
7.5
6
7.6
5
7.7
TRA
5
TRA
6
TRA
5
SAP
7.9
SAP
Calculating the
Equilibrium Constant
SAP
Magnitude of the
Equilibrium Constant
SAP
Properties of the
Equilibrium Constant
SAP
Calculating Equilibrium
Concentrations
SAP
Representations of
Equilibrium
SAP
Introduction to Le
Châtelier’s Principle
SAP
Reaction Quotient and
Le Châtelier’s Principle
SAP
5
SPQ
Common-Ion Effect
Acids and Bases
Class
Periods
11–15%
AP Exam
Weighting
8.1
Introduction to Acids
and Bases
8.2
pH and pOH of Strong
Acids and Bases
8.3
Weak Acid and Base
Equilibria
8.4
Acid-Base Reactions
and Buffers
8.5
Acid-Base Titrations
8.6
Molecular Structure of
Acids and Bases
8.8
Properties of Buffers
8.9
Henderson-Hasselbalch
Equation
5
Reaction Quotient and
Equilibrium Constant
Introduction to
Solubility Equilibria
SPQ
~14–15
5
3
6.9
8
SAP
7.2
3
5
ENE
Class
Periods
Introduction to
Equilibrium
6
Heat Transfer and
Thermal Equilibrium
5
ENE
~14–16
UNIT
Equilibrium
4
6
ENE
7
Endothermic and
Exothermic Processes
3
ENE
UNIT
Thermodynamics
5
5
5
6
2
6
5
8.10
Buffer Capacity
6
2
SPQ
pH and Solubility
2
SPQ
4
Personal Progress Check 6
Personal Progress Check 7
Personal Progress Check 8
Multiple-choice: ~20 questions
Free-response: 2 questions
§ Short-answer
§ Short-answer
Multiple-choice: ~30 questions
Free-response: 2 questions
§ Short-answer
§§
Multiple-choice: ~30 questions
Free-response: 1 question
§ Long-answer
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UNIT
9
~10–13
ENE
9.1
Applications of
Thermodynamics
Class
Periods
7–9%
AP Exam
Weighting
Introduction to Entropy
6
Absolute Entropy and
Entropy Change
ENE
5
ENE
6
ENE
9.4
Thermodynamic and
Kinetic Control
9.5
Free Energy and
Equilibrium
6
ENE
6
ENE
9.6
4
ENE
9.7
Galvanic (Voltaic) and
Electrolytic Cells
9.8
Cell Potential and Free
Energy
2
ENE
5
ENE
9.9
6
ENE
5
Personal Progress Check 9
Multiple-choice: ~30 questions
Free-response: 2 questions
§ Short-answer
§§
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