Electrochemistry animations  |
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Aluminium
Aluminium extraction by
electrolysis, swf file |
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Battery animation |
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Battery animations
Battery animations, Zinc, copper, and sulfuric acid,
Zinc ion, copper ion, and iron, Voltaic Cell, Daniell cell, Lead
accumulator, Fuel cell, Solar battery, Electroanalysis of water |
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Chemical
charge applet All atoms are electrically neutral even though they are
comprised of charged, subatomic particles. The terms, oxidation state and
oxidation number, have been developed to describe this "electrical state" of
the atom |
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Conductivity of
ions |
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Conductivity of Solutions AcidBase Salt Molarity, HCL, .. |
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Conductivity of solutions simulation
Conductivity of solutions, swf file |
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Electrochemical cell |
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Electrochemical cells |
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Electrochemical Cells This animation illustrates the principles of
electrochemical cells in relation to oxidation-reduction reactions |
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Electrochemistry |
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Electrolysis
Electrolysis |
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Electrolysis Electrolysis |
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Electrolysis Electrochemical Cell Experiment |
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Electrolysis of water An animation about the cathode of a electrolysis
of water reaction. "E-" represents an electron |
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Electrolysis of
water Electrolysis of water |
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Electrolysis of
water Electrolysis of water |
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Electroplating |
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Electrons in a box |
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Flashlight |
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Galvanic Cell
Galvanic Cell, swf file |
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Galvanic Cell |
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Galvanic Cell
Galvanic Cell animation |
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Galvanic Cells
In this illustration, a copper rod (called an electrode) is immersed in a
solution of copper (II) sulfate (called an electrolyte) and connect by a
wire to a zinc rod immersed in a solution of zinc sulfate. Looking at the
table above we can see that copper is the stronger oxidizing agent (it is
higher on the list) therefore, the copper will be reduced (gain electrons)
and the zinc will be oxidized (lose electrons). In order for reaction to
occur, electrons must flow from the zinc rod to the copper rod |
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Home-made battery
animation Electrochemical Cell Experiment (simulation) |
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Home-made battery
animation |
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Home-made battery
animation Concentration Cells Electrochemical Cell Experiment
(simulation) |
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Molecular View of Solution formation |
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Pile Daniell |
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Redox Reactions - The Process
Explantion of Oxidizing and Reducing Agents and how they interact |
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Salt Solution When an ionic compound dissolves in water, H2O molecules
separate,surround, and disperse the ions into the liquid.Note that the
ngative ends of the HO molecules face the positive ions. When an ionic
compound dissolves in water, H2O molecules separate, surround, and disperse
the ions into the liquid. Note that the positive ends of the HO molecules
face the negative ions |
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Voltaic Cell |
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Voltaic Cell |
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Voltaic Cell |
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Voltaic Cell
Voltaic Cell, swf file |
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Voltaic cells Demonstration of a Voltaic Cell, Voltaic cells used in
research consist of two half-cells, each with an electrode and an
electrolyte, separated by a porous boundary |
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Zinc Copper Cell |
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Zinc Copper Cell Animation of Zinc Copper Cell |
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Horizontaal |
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Last updated on:
2011-01-02
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