6: Thermodynamics
Students calculate delta G and Keq, determine whether reactions are spontaneous, and interpret free energy diagrams for enzyme-catalyzed reactions.
LibreTexts reference: Unit 2, Chapter 1: Enzyme Thermodynamics 
6.1 Energy-Requiring and Energy-Releasing Processes
Matching
Remember ➀Conceptual ➁
6.2 Enzyme Catalysis Terms from Definitions
Matching
Remember ➀Factual ➀
6.3 Chemical Reactions
T/F Statements (MC)
Remember ➀Conceptual ➁
6.4 Enzyme Cofactor Identification
T/F Statements (MC)
Understand ➁Conceptual ➁
6.5 Enzyme Equilibrium and Kinetics
T/F Statements (MC)
Remember ➀Conceptual ➁
6.6 Gibbs Free Energy (Delta G = Delta H - T Delta S)
T/F Statements (MC)
Remember ➀Conceptual ➁
6.7 Potential and Kinetic Energy Examples
T/F Statements (MC)
Understand ➁Conceptual ➁
6.8 Thermodynamics and Kinetics
T/F Statements (MC)
Remember ➀Conceptual ➁
6.9 Enzyme Naming Patterns
T/F Statements (MC)
Understand ➁Conceptual ➁
6.10 Energy-Requiring and Energy-Releasing Processes
WOMC
Remember ➀Conceptual ➁
6.11 Enzyme Catalysis Terms from Definitions
WOMC
Remember ➀Factual ➀
6.12 Biochemical vs Chemical Standard Free Energy States
MC
Remember ➀Factual ➀
6.13 Exergonic and Endergonic Reaction Classification
MC
Remember ➀Conceptual ➁
6.14 Gibbs Free Energy Change and Equilibrium Constant Relationships
MC
Understand ➁Conceptual ➁
6.15 Gibbs Free Energy Equation Symbols and Meanings
Matching
Remember ➀Factual ➀
6.16 Thermodynamics Law Statements
MC
Remember ➀Conceptual ➁
6.17 First and Second Laws of Thermodynamics for Different Systems
MC
Remember ➀Conceptual ➁