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Chemistry Stoody Guide
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Unit 1
1.01 Accuracy & Precision
1.02 Measurement & SF
1.03 Propagation of Error
1.04 Scientific Notation
1.05 Dimensional Analysis & SI Units
1.06 Nature of Science
1.07 Basic Properties of Matter
1.08 Basic Particle Model
1.09 [Advanced] Lattice Structures
Unit 5
5.01 Moles
5.02 Ideal Gas Law
5.03 Empirical & Molecular Formulas
5.04 Molarity
5.05 Stoichiometry
Unit 6
6.01 Reaction Profiles
6.02 Energy Stoichiometry
6.03 Hess's Law
6.04 [Advanced] Entropy & Thermodynamic Favorability
6.05 Collision Theory
6.06 Reaction Rates
Unit 7
7.01 Element Properties & Groups
7.02 Valency & Nomenclature
7.03 Mendeleev's Table
7.04 Reaction Types
7.05 Activity Series
7.06 Precipitates
Unit 8
8.01 Structural Isomers & Formulas
8.02 Sterioisomerism
Unit 9
9.01 Coulomb's Law
9.02 Thomson Model
9.03 Rutherford Model
9.04 Nuclear Processes
9.05 Mass Spectrometry
Unit 10
10.01 Photoelectric Effect
10.02 Bohr's Model
10.03 Shell Model & Quantum Mechanics
Unit 11
11.01 Ionic Equations
11.02 Reaction Types
11.03 Single Displacement Reactions
11.04 Voltaic & Electrolytic Cells
Unit 12
12.01 Lewis Structures
12.02 VSEPR Theory
12.03 London Dispersion Forces
12.04 Dipole Forces and Electronegativity
12.05 Hydrogen Bonding
12.06 Intermolecular Forces
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Entropy & Thermodynamic Favorability (Advanced)
Identify if structural entropy is increasing or decreasing in a reaction
Explain how energy changes relate to changes in entropy
Discuss the thermodynamic favorability of a reaction or process