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Oxidising
Agent, Reduction Reaction Reducing
Agent, Oxidation Reaction
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Redox
Chemistry Synthlet
Select an oxidising agent
and a reducing agent from the drop boxes above, click Go,
and the software gadget will:
- Show the two redox half reactions
- Calculate the cell potential under standard conditions
- Show the combined equation
- Provide a text explanation of the redox process
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Electron Transfer Reactions in Standard Reduction Form
Temp 298K, Pressure 1.0 arm, All solutions 1.0 molar | | +2.87 F2 —> F– |
| | +2.07 O3 —> O2 |
| | +1.81 Co3+ —> Co2+ |
| | +1.77 NO2 —> N2 |
| | +1.77 H2O2 —> H2O |
| | +1.70 MnO4– —> MnO2 |
| | +1.69 PbO2 —> Pb4+ |
| | +1.68 Au+ —> Au |
| | +1.66 Pb4+ —> Pb2+ |
| | +1.63 ClOH —> Cl2 |
| | +1.59 BrOH —> Br2 |
| | +1.51 MnO4– —> Mn2+ |
| | +1.46 PbO2 —> Pb2+ |
| | +1.45 IO– —> I2 |
| | +1.41 Au3+ —> Au+ |
| | +1.36 Cl2 —> Cl– |
| | +1.33 Cr2O72– —> Cr3+ |
| | +1.28 Ce4+ —> Ce3+ |
| | +1.26 Tl3+ —> Tl+ |
| | +1.23 MnO2 —> Mn2+ |
| | +1.23 O2 —> H2O |
| | +1.20 Pt2+ —> Pt |
| | +1.20 IO3– —> I2 |
| | +1.17 Ag2O —> Ag |
| | +1.09 Br2 —> Br– |
| | +1.00 HNO2 —> NO |
| | +0.99 Pd2+ —> Pd |
| | +0.96 NO3– —> NO |
| | +0.94 NO3– —> HNO2 |
| | +0.91 Hg2+ —> Hg+ |
| | +0.88 NO3– —> [NH4]+ |
| | +0.85 Hg2+ —> Hg |
| | +0.80 NO3– —> N2O4 |
| | +0.80 Ag+ —> Ag |
| | +0.79 Hg+ —> Hg |
| | +0.77 Fe3+ —> Fe2+ |
| | +0.68 O2 —> H2O2 |
| | +0.62 I2 —> I– |
| | +0.54 Cu2+ —> CuCl |
| | +0.52 Cu+ —> Cu |
| | +0.45 H2SO3 —> S |
| | +0.40 Cd2+ —> Cd |
| | +0.40 O2 —> HO– |
| | +0.34 Cu2+ —> Cu |
| | +0.27 Hg2Cl2 —> Hg |
| | +0.25 PbO —> Pb |
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