| 1. | The difference between the two electrode potentials equals the cell potential.
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| 2. | Chemically, bulk aluminium is a strongly high negative electrode potential.
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| 3. | The standard electrode potential for the SHE is zero, by definition.
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| 4. | Electrode potential is the electric potential on an electrode component.
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| 5. | Therefore, standard electrode potential is commonly written as standard reduction potential.
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| 6. | As noted above, changing the electrolyte concentration changes the electrode potential.
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| 7. | This is because the dissimilar metals have different electrode potentials.
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| 8. | Standard electrode potentials are usually tabulated as reduction potentials.
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| 9. | The difference in voltage between electrode potentials gives a prediction for the potential measured.
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| 10. | The calomel electrode is used to work out the electrode potential of half cells.
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