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CHEM869U: Oxidation, Reduction, and Electrochemistry
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OVERVIEW
Link Rot
PRINCIPAL TOPICS
References
Redox basics
Determining oxidation numbers
Unusual oxidation numbers
Redox reactions
Half-reactions
Balancing half-reactions
Balancing redox equations
Balancing redox (oxidation numbers)
Balancing redox (half-reactions)
Activity series
Electrochemistry
Cell terminology
Electricity refresher
Half-cell reactions
Standard potentials Eo
Nernst equation
The concentration cell
Equilibrium constants
Simultaneous equilibrium effects on Eo
Faraday's law
Practical electrolysis
Free energy
CONTENT INTEGRATION
Physics
Metallurgy (engineering)
Biology
Winogradsky Column for Biology
Photosynthesis
Cell gap junctions
Math
Logarithms
ACTIVITIES
Home Labs
Silver tarnish
Graphing Calculators
Probes
Simulation
APPLICATIONS
Practical
Corrosion (galvanization)
Fuel cells
Space travel
Selective ion electrodes
Industrial
Chlorine production
Indigo dyes
Batteries
Cathodic protection
Bleaching in industry
Environmental
Chlorinating Water
Using copper and silver
Electric cars
HISTORICAL
Important Scientists
PEDAGOGY
INQUIRY
Constructing cells and batteries
DESCRIPTIVE
SAFETY CULTURE
Grounding
Oral galvanism
MISCONCEPTIONS
Moving electrons vs. current flow
Need for oxygen in oxidation
Recharging dry cells
Refrigeration of batteries
Half-reactions occur by themselves
DEMONSTRATIONS
Oxidation States
Electrolysis
Voltaic cells
Reactions
Exothermic; explosive
EXPERIMENTS
Oxidation States
Analyses
Synthesis; preparation
Electrolysis
Voltaic cells
Exothermic; explosive
PROBE EXPERIMENTS
SIMULATIONS
Redox videodisc
RESOURCES

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