Chap 5. Energy Relationships; Concepts and applications to homogeneous systems.

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Presentation transcript:

Chap 5. Energy Relationships; Concepts and applications to homogeneous systems

Reaction concepts -Variations in species distributions-

Reaction concepts -Solubility limits for individual dissolved Fe(II)-

Reaction concepts -Composite solubility of Fe(II) species-

Reaction concepts -Depth-velocity profile for a turbulent-

Reaction concepts -Typical phase exchange reactions-

Reaction concepts -Variations in pH and pC values-

Chemical States and Thermodynamics Stability -Analogy between chemical and gravitational states and stability-

Thermodynamic Relationships and Functions -Equilibrium and steady states-

Thermodynamic Relationships and Functions -Phase diagram for a pure chemical substance-

Thermodynamic Relationships and Functions -Standard states and solution behaviors-

Thermodynamic Relationships and Functions -Variation of free energy of reaction-

Energy Interrelationships and Reactivity -Dependence of equilibrium constant on absolute Tem.-

Energy Interrelationships and Reactivity -Protolysis reactions-

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