Acids, bases, and pH (K-A)

Acid-base equilibria (K-A)

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Naming alkanes (K-A)

Naming alkanes, cycloalkanes, and bicyclic compounds (K-A)

Conformations of alkanes (K-A)

Conformations of cycloalkanes (K-A)

Functional groups (K-A)

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Atomic structure and properties (K-A)

Molecular and ionic compound structure and properties (K-A)

Intermolecular forces and properties (K-A)

Chemical reactions (K-A)

Kinetics (K-A)

Acids and bases (K-A)

Thermodynamics (K-A)

Equilibrium (K-A)

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Introduction to the atom (K-A)

Ions and compounds (K-A)

Names and formulas of ionic compounds (K-A)

Mass spectrometry (K-A)

Module I: Basic Biochemistry (M-I-T)

Module II: Production of Energy in the Cell (M-I-T)

Module III: Using Energy to Make Macromolecules (M-I-T)

General Background (M-I-T)

Module 2: Protein Folding (M-I-T)

Module 3: Protein Degradation (M-I-T)

Module 4: Polyketide and Nonribosomal Peptide Assembly Lines (M-I-T)

Module 5: Cholesterol Biosynthesis and Cholesterol Homeostasis (M-I-T)

Module 6: Metal Ion Homeostasis (M-I-T)

Module 7: Reactive Oxygen Species (ROS) (M-I-T)

Module 8: Nucleotide Metabolism (M-I-T)

Buffer solutions (K-A)

Titrations (K-A)

Solubility equilibria (K-A)

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Types of chemical bonds (K-A)

Dot structures and molecular geometry (K-A)

Hybridization and hybrid orbitals (K-A)

Equilibrium constant (K-A)

Factors that affect chemical equilibrium (K-A)

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Balancing chemical equations (K-A)

Stoichiometry (K-A)

Limiting reagent stoichiometry (K-A)

Molecular composition (K-A)

Types of chemical reactions (K-A)

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Chemical reactions and equations (K-A)

Acids, bases, and salts (K-A)

Metals and non metals (K-A)

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History of atomic structure (K-A)

Bohr's model of the hydrogen atom (K-A)

Quantum numbers and orbitals (K-A)

Electron configurations (K-A)

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