| Redox Chemistry |
Radical Chemistry |
Redox Chemistry Synthlet
Synthlets are small software applications – applets – that use simple theories, models & techniques to predict the synthesis of small molecules.Predict the outcome of redox reactions with this Synthlet. Select oxidising agents and reducing agents from the drop boxes below:
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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 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– |
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| +2.07 O3 → O2 |
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| +1.81 Co3+ → Co2+ |
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| +1.77 H2O2 → H2O |
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| +1.77 NO2 → N2 |
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| +1.70 MnO4– → MnO2 |
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| +1.69 PbO2 → Pb4+ |
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| +1.68 Au+ → Au |
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| +1.66 Pb4+ → Pb2+ |
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| +1.63 ClOH → Cl2 |
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| +1.59 BrOH → Br2 |
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| +1.51 MnO4– → Mn2+ |
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| +1.46 PbO2 → Pb2+ |
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| +1.45 IO– → I2 |
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| +1.41 Au3+ → Au+ |
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| +1.36 Cl2 → Cl– |
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| +1.33 Cr2O72– → Cr3+ |
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| +1.28 Ce4+ → Ce3+ |
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| +1.26 Tl3+ → Tl+ |
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| +1.23 MnO2 → Mn2+ |
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| +1.23 O2 → H2O |
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| +1.20 IO3– → I2 |
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| +1.20 Pt2+ → Pt |
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| +1.17 Ag2O → Ag |
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| +1.09 Br2 → Br– |
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| +1.00 HNO2 → NO |
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| +0.99 Pd2+ → Pd |
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| +0.96 NO3– → NO |
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| +0.94 NO3– → HNO2 |
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| +0.91 Hg2+ → Hg+ |
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| +0.88 NO3– → [NH4]+ |
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| +0.85 Hg2+ → Hg |
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| +0.80 NO3– → N2O4 |
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| +0.80 Ag+ → Ag |
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| +0.79 Hg+ → Hg |
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| +0.77 Fe3+ → Fe2+ |
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| +0.68 O2 → H2O2 |
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| +0.62 I2 → I– |
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| +0.54 Cu2+ → CuCl |
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| +0.52 Cu+ → Cu |
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| +0.45 H2SO3 → S |
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| +0.40 Cd2+ → Cd |
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| +0.40 O2 → HO– |
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| +0.34 Cu2+ → Cu |
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| +0.27 Hg2Cl2 → Hg |
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| +0.25 PbO → Pb |
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| +0.23 Ge2+ → Ge |
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| +0.22 AgCl → Ag |
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| +0.17 SO4– → H2SO3 |
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| +0.17 S → H2S |
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| +0.16 Cu2+ → Cu+ |
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| +0.15 Sn4+ → Sn2+ |
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| +0.12 CuCl → Cu |
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| +0.10 Si → SiH4 |
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| +0.06 P → PH3 |
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| 0.00 H+ → H2 |
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| -0.06 Fe3+ → Fe |
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| -0.12 CO2 → CO |
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| -0.13 Pb2+ → Pb |
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| -0.14 Sn2+ → Sn |
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| -0.18 V2+ → V |
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| -0.20 CO2 → HCOOH |
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| -0.23 In+ → In |
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| -0.26 V3+ → V2+ |
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| -0.27 Ni2+ → Ni |
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| -0.28 Co2+ → Co |
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| -0.28 H3PO4 → P(OH)3 |
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| -0.34 Tl+ → Tl |
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| -0.36 PbSO4 → Pb |
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| -0.37 Se → SeH2 |
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| -0.37 Ti3+ → Ti2+ |
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| -0.40 Ga3+ → Ga+ |
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| -0.40 In3+ → In+ |
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| -0.41 Cr3+ → Cr2+ |
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| -0.44 Fe2+ → Fe |
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| -0.48 S → S2– |
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| -0.49 CO2 → (COOH)2 |
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| -0.50 P(OH)3 → HP(OH)2 |
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| -0.51 Sb → SbH3 |
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| -0.51 HP(OH)2 → P |
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| -0.56 Ga3+ → Ga |
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| -0.60 As → AsH3 |
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| -0.61 U4+ → U3+ |
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| -0.74 Cr3+ → Cr |
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| -0.76 Zn2+ → Zn |
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| -0.86 SiO2 → Si |
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| -0.91 Cr2+ → Cr |
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| -0.92 Se → Se2– |
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| -1.14 Te → Te2– |
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| -1.18 Mn2+ → Mn |
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| -1.63 Ti2+ → Ti |
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| -1.66 Al3+ → Al |
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| -1.80 U3+ → U |
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| -1.85 Be2+ → Be |
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| -2.36 Mg2+ → Mg |
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| -2.48 Ce3+ → Ce |
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| -2.52 La3+ → La |
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| -2.71 Na+ → Na |
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| -2.87 Ca2+ → Ca |
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| -2.89 Sr2+ → Sr |
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| -2.90 Ba2+ → Ba |
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| -2.92 Cs+ → Cs |
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| -2.92 Rb+ → Rb |
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| -2.93 K+ → K |
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| -3.03 Li+ → Li |
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| -3.10 N2 → HN3 |
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| Redox Chemistry |
Radical Chemistry |
© Mark R. Leach 1999 –
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