Jordan & Jon

Audio Osmosis: Disc 6

Chem2: The Arrhenius Equation

Chem2: The Rate Law

Chem2: Exponents in the Rate Law

Chem2: Catalysts

Chem2: Chemical Equilibrium

Chem2: LeChatelier's Principle

Chem2: The Reaction Quotient

Chem3: What is Thermodynamics

Chem3: Isolated Systems

Chem3: Closed Systems

Chem3: Open Systems

Chem3: The First Law of Thermodynamics

Chem3: Conduction

Chem3: Convection

Chem3: Radiation

Chem3: Work

Chem3: The Second Law of Thermodynamics

Chem3: State Functions

Chem3: Internal Energy

Chem3: Temperature

Chem3: The Third Law of Thermodynamics

Chem3: Enthalpy

Chem3: Standard State and Heat of Formation

Chem3: Heat of Reaction

Chem3: Endothermicity and Exothermicity

Chem3: Energy Diagrams

Chem3: Entropy

Chem3: Equations for Entropy

Chem3: Gibbs Energy

Chem3: Gibbs Energy Formula

Chem4: What is a Solution

Chem4: Types of Solutions

Chem4: Colloids

Chem4: Solvation

Chem4: Ions

Chem4: Units of Concentration

Chem4: Solution Formation

Chem4: Vapor Pressure

Chem4: Raoult's Law

Chem4: Deviations to Raoult's Law

Chem4: Solubility

Chem4: The Solubility Product

Chem4: Spectator Ions and the Common Ion Effect

Chem4: Solubilities

Chem4: Solubility Factors

Chem5: Phases

Chem5: Heat Capacity

Chem5: Specific Heat

Chem5: Calorimeter

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