• SLO: C-12-A-01: Define entropy and explain its relationship to the spontaneity of reactions. Bloom's Level: Understand View Sample Lesson
• SLO: C-12-A-02: Calculate entropy changes using standard molar entropy values. Bloom's Level: Apply View Sample Lesson
• SLO: C-12-A-03: Define Gibbs free energy and its relation to enthalpy and entropy. Bloom's Level: Remember View Sample Lesson
• SLO: C-12-A-04: Predict the feasibility of a reaction using Gibbs free energy calculations. Bloom's Level: Apply View Sample Lesson
• SLO: C-12-A-05: Explain the principles of electrochemical cells and standard electrode potentials. Bloom's Level: Understand View Sample Lesson
• SLO: C-12-A-06: Calculate cell potentials using standard electrode potentials. Bloom's Level: Apply View Sample Lesson
• SLO: C-12-A-07: Describe the Nernst equation and its application to non-standard conditions. Bloom's Level: Understand View Sample Lesson
• SLO: C-12-A-08: Explain the kinetics of electrode processes and overpotential. Bloom's Level: Understand View Sample Lesson
• SLO: C-12-A-09: Describe the principles of pH measurement and buffer solutions. Bloom's Level: Understand View Sample Lesson
• SLO: C-12-A-10: Calculate the pH of strong and weak acids and bases. Bloom's Level: Apply View Sample Lesson

• SLO: C-12-B-01: Describe the chemistry of transition metals, including their variable oxidation states. Bloom's Level: Understand View Sample Lesson
• SLO: C-12-B-02: Explain the formation and stability of coordination compounds. Bloom's Level: Understand View Sample Lesson
• SLO: C-12-B-03: Describe the nomenclature and isomerism in coordination compounds. Bloom's Level: Understand View Sample Lesson
• SLO: C-12-B-04: Explain the color and magnetic properties of transition metal complexes. Bloom's Level: Understand View Sample Lesson
• SLO: C-12-B-05: Describe the extraction and uses of some transition metals (e.g., iron, copper). Bloom's Level: Understand View Sample Lesson

• SLO: C-12-C-01: Describe the mechanisms of nucleophilic substitution and elimination reactions. Bloom's Level: Understand View Sample Lesson
• SLO: C-12-C-02: Explain the synthesis and reactions of aromatic compounds. Bloom's Level: Understand View Sample Lesson
• SLO: C-12-C-03: Describe the chemistry of carbonyl compounds (aldehydes and ketones). Bloom's Level: Understand View Sample Lesson
• SLO: C-12-C-04: Explain the synthesis and reactions of carboxylic acid derivatives (e.g., esters, amides). Bloom's Level: Understand View Sample Lesson
• SLO: C-12-C-05: Describe the structure and reactions of amines and amino acids. Bloom's Level: Understand View Sample Lesson
• SLO: C-12-C-06: Explain the principles of organic synthesis and retrosynthesis. Bloom's Level: Understand View Sample Lesson

• SLO: C-12-D-01: Describe the principles of chromatography and its applications. Bloom's Level: Understand View Sample Lesson
• SLO: C-12-D-02: Explain the use of spectroscopy (UV-Vis, IR, NMR) in identifying organic compounds. Bloom's Level: Understand View Sample Lesson
• SLO: C-12-D-03: Perform qualitative and quantitative analysis using chemical tests. Bloom's Level: Apply View Sample Lesson

• SLO: C-12-E-01: Demonstrate advanced laboratory techniques for organic synthesis. Bloom's Level: Apply View Sample Lesson
• SLO: C-12-E-02: Use electrochemical cells to measure cell potentials. Bloom's Level: Apply View Sample Lesson
• SLO: C-12-E-03: Analyze spectroscopic data to determine molecular structures. Bloom's Level: Analyze View Sample Lesson