| $Ag^++e^−⟶Ag$ | +0.7996 |
| $AgCl+e^−⟶Ag+Cl^−$ | +0.22233 |
| $[Ag(CN)_2]^−+e^−⟶Ag+2CN^−$ | −0.31 |
| $Ag_2CrO_4+2e^−⟶2Ag+CrO_4^{2−}$ | +0.45 |
| $[Ag(NH_3)_2]^++e^−⟶Ag+2NH_3$ | +0.373 |
| $[Ag(S_2O_3)_2]^{3+}+e^−⟶Ag+2S_2O_3^{2−}$ | +0.017 |
| $[AlF_6]^{3−}+3e^−⟶Al+6F^−$ | −2.07 |
| $Al^{3+}+3e^−⟶Al$ | −1.662 |
| $Am^{3+}+3e^−⟶Am$ | −2.048 |
| $Au^{3+}+3e^−⟶Au$ | +1.498 |
| $Au^++e^−⟶Au$ | +1.692 |
| $Ba^{2+}+2e^−⟶Ba$ | −2.912 |
| $Be^{2+}+2e^−⟶Be$ | −1.847 |
| $Br_2(aq)+2e^−⟶2Br^−$ | +1.0873 |
| $Ca^{2+}+2e^−⟶Ca$ | −2.868 |
| $Ce^{3+}+3e^−⟶Ce$ | −2.483 |
| $Ce^{4+}+e^−⟶Ce^{3+}$ | +1.61 |
| $Cd^{2+}+2e^−⟶Cd$ | −0.4030 |
| $[Cd(CN)_4]^{2−}+2e^−⟶Cd+4CN^−$ | −1.09 |
| $[Cd(NH_3)_4]^{2+}+2e^−⟶Cd+4NH_3$ | −0.61 |
| $CdS+2e^−⟶Cd+S^{2−}$ | −1.17 |
| $Cl_2+2e^−⟶2Cl^−$ | +1.35827 |
| $ClO_4^−+H_2O+2e^−⟶ClO_3^−+2OH^−$ | +0.36 |
| $ClO_3^−+H_2O+2e^−⟶ClO_2^−+2OH^−$ | +0.33 |
| $ClO_2^−+H_2O+2e^−⟶ClO^−+2OH^−$ | +0.66 |
| $ClO^−+H_2O+2e^−⟶Cl^−+2OH^−$ | +0.89 |
| $ClO_4^−+2H_3O^++2e^−⟶ClO_3^−+3H_2O$ | +1.189 |
| $ClO_3^−+3H_3O^++2e^−⟶HClO_2+4H_2O$ | +1.21 |
| $HClO+H_3O^++2e^−⟶Cl^−+2H_2O$ | +1.482 |
| $HClO+H_3O^++e^−⟶\frac{1}{2}Cl_2+2H_2O$ | +1.611 |
| $HClO_2+2H_3O^++2e^−⟶HClO+3H_2O$ | +1.628 |
| $Co^{3+}+e^−⟶Co^{2+}(2mol//H_2SO_4)$ | +1.83 |
| $Co^{2+}+2e^−⟶Co$ | −0.28 |
| $[Co(NH_3)_6]^{3+}+e^−⟶[Co(NH_3)_6]^{2+}$ | +0.1 |
| $Co(OH)_3+e^−⟶Co(OH)_2+OH^−$ | +0.17 |
| $Cr^{3+}3e^−⟶Cr$ | −0.744 |
| $Cr^{3+}+e^−⟶Cr^{2+}$ | −0.407 |
| $Cr^{2+}+2e^−⟶Cr$ | −0.913 |
| $[Cu(CN)_2]^−+e^−⟶Cu+2CN^−$ | −0.43 |
| $CrO_4^{2−}+4H_2O+3e^−⟶Cr(OH)_3+5OH^−$ | −0.13 |
| $Cr_2O_7^{2−}+14H_3O^++6e^−⟶2Cr^{3+}+21H_2O$ | +1.232 |
| $[Cr(OH)_4]^−+3e^−⟶Cr+4OH^−$ | −1.2 |
| $Cr(OH)_3+3e^−⟶Cr+3OH^−$ | −1.48 |
| $Cu^{2+}+e^−⟶Cu^+$ | +0.153 |
| $Cu^{2+}+2e^−⟶Cu$ | +0.34 |
| $Cu^++e^−⟶Cu$ | +0.521 |
| $F_2+2e−⟶2F^−$ | +2.866 |
| $Fe^{2+}+2e^−⟶Fe$ | −0.447 |
| $Fe^{3+}+e^−⟶Fe^{2+}$ | +0.771 |
| $[Fe(CN)_6]^{3−}+e^−⟶[Fe(CN)_6]^{4−}$ | +0.36 |
| $Fe(OH)_2+2e^−⟶Fe+2OH^−$ | −0.88 |
| $FeS+2e^−⟶Fe+S^{2−}$ | −1.01 |
| $Ga^{3+}+3e^−⟶Ga$ | −0.549 |
| $Gd^{3+}+3e^−⟶Gd$ | −2.279 |
| $\frac{1}{2}H_2+e^−⟶H^−$ | −2.23 |
| $2H_2O+2e^−⟶H_2+2OH^−$ | −0.8277 |
| $H_2O_2+2H_3O^++2e^−⟶4H_2O$ | +1.776 |
| $2H_3O^++2e^−⟶H_2+2H_2O$ | 0.00 |
| $HO_2^−+H_2O+2e^−⟶3OH^−$ | +0.878 |
| $Hf^{4+}+4e^−⟶Hf$ | −1.55 |
| $Hg^{2+}+2e^−⟶Hg$ | +0.851 |
| $2Hg^{2+}+2e^−⟶Hg_2^{2+}$ | +0.92 |
| $Hg_2^{2+}+2e^−⟶2Hg$ | +0.7973 |
| $[HgBr_4]^{2−}+2e^−⟶Hg+4Br^−$ | +0.21 |
| $Hg_2Cl_2+2e^−⟶2Hg+2Cl^−$ | +0.26808 |
| $[Hg(CN)_4]^{2−}+2e^−⟶Hg+4CN^−$ | −0.37 |
| $[HgI_4]^{2−}+2e^−⟶Hg+4I^−$ | −0.04 |
| $HgS+2e^−⟶Hg+S^{2−}$ | −0.70 |
| $I_2+2e^−⟶2I^−$ | +0.5355 |
| $In^{3+}+3e^−⟶In$ | −0.3382 |
| $K^++e^−⟶K$ | −2.931 |
| $La^{3+}+3e^−⟶La$ | −2.52 |
| $Li^++e^−⟶Li$ | −3.04 |
| $Lu^{3+}+3e^−⟶Lu$ | −2.28 |
| $Mg^{2+}+2e^−⟶Mg$ | −2.372 |
| $Mn^{2+}+2e^−⟶Mn$ | −1.185 |
| $MnO_2+2H_2O+2e^−⟶Mn(OH)_2+2OH^−$ | −0.05 |
| $MnO_4^−+2H_2O+3e^−⟶MnO_2+4OH^−$ | +0.558 |
| $MnO_2+4H^++2e^−⟶Mn^{2+}+2H_2O$ | +1.23 |
| $MnO_4^−+8H^++5e^−⟶Mn^{2+}+4H_2O$ | +1.507 |
| $Na^++e^−⟶Na$ | −2.71 |
| $Nd^{3+}+3e^−⟶Nd$ | −2.323 |
| $Ni^{2+}+2e^−⟶Ni$ | −0.257 |
| $[Ni(NH_3)_6]^{2+}+2e^−⟶Ni+6NH_3$ | −0.49 |
| $NiO_2+4H^++2e^−⟶Ni^{2+}+2H_2O$ | +1.593 |
| $NiO_2+2H_2O+2e^−⟶Ni(OH)_2+2OH^−$ | +0.49 |
| $NiS+2e^−⟶Ni+S^{2−}$ | +0.76 |
| $NO_3^−+4H^++3e^−⟶NO+2H_2O$ | +0.957 |
| $NO_3^−+3H^++2e^−⟶HNO_2+H_2O$ | +0.92 |
| $NO_3^−+H_2O+2e^−⟶NO_2^−+2OH^−$ | +0.10 |
| $Np^{3+}+3e^−⟶Np$ | −1.856 |
| $O_2+2H_2O+4e^−⟶4OH^−$ | +0.401 |
| $O_2+2H^++2e^−⟶H_2O_2$ | +0.695 |
| $O_2+4H^++4e^−⟶2H_2O$ | +1.229 |
| $Pb^{2+}+2e^−⟶Pb$ | −0.1262 |
| $PbO_2+SO_4^{2−}+4H^++2e^−⟶PbSO_4+2H_2O$ | +1.69 |
| $PbS+2e^−⟶Pb+S^{2−}$ | −0.95 |
| $PbSO_4+2e^−⟶Pb+SO_4^{2−}$ | −0.3505 |
| $Pd^{2+}+2e^−⟶Pd$ | +0.987 |
| $[PdCl_4]^{2−}+2e−⟶Pd+4Cl^−$ | +0.591 |
| $Pt^{2+}+2e^−⟶Pt$ | +1.20 |
| $[PtBr_4]^{2−}+2e^−⟶Pt+4Br^−$ | +0.58 |
| $[PtCl_4]^{2−}+2e^−⟶Pt+4Cl^−$ | +0.755 |
| $[PtCl_6]^{2−}+2e^−⟶[PtCl_4]^{2−}+2Cl^−$ | +0.68 |
| $Pu^{3+}+3e^−⟶Pu$ | −2.03 |
| $Ra^{2+}+2e^−⟶Ra$ | −2.92 |
| $Rb^++e^−⟶Rb$ | −2.98 |
| $[RhCl_6]^{3−}+3e^−⟶Rh+6Cl^−$ | +0.44 |
| $S+2e^−⟶S^{2−}$ | −0.47627 |
| $S+2H^++2e^−⟶H_2S$ | +0.142 |
| $Sc^{3+}+3e^−⟶Sc$ | −2.09 |
| $Se+2H^++2e^−⟶H_2Se$ | −0.399 |
| $[SiF_6]^{2−}+4e^−⟶Si+6F^−$ | −1.2 |
| $SiO_3^{2−}+3H_2O+4e^−⟶Si+6OH^−$ | −1.697 |
| $SiO2+4H^++4e^−⟶Si+2H_2O$ | −0.86 |
| $Sm^{3+}+3e^−⟶Sm$ | −2.304 |
| $Sn^{4+}+2e^−⟶Sn^{2+}$ | +0.151 |
| $Sn^{2+}+2e^−⟶Sn$ | −0.1375 |
| $[SnF_6]^{2−}+4e^−⟶Sn+6F^−$ | −0.25 |
| $SnS+2e^−⟶Sn+S^{2−}$ | −0.94 |
| $Sr^{2+}+2e^−⟶Sr$ | −2.89 |
| $TeO_2+4H^++4e^−⟶Te+2H_2O$ | +0.593 |
| $Th^{4+}+4e^−⟶Th$ | −1.90 |
| $Ti^{2+}+2e^−⟶Ti$ | −1.630 |
| $U^{3+}+3e^−⟶U$ | −1.79 |
| $V^{2+}+2e^−⟶V$ | −1.19 |
| $Y^{3+}+3e^−⟶Y$ | −2.37 |
| $Zn^{2+}+2e^−⟶Zn$ | −0.7618 |
| $[Zn(CN)_4]^{2−}+2e^−⟶Zn+4CN^−$ | −1.26 |
| $[Zn(NH_3)_4]^{2+}+2e^−⟶Zn+4NH_3$ | −1.04 |
| $Zn(OH)_2+2e^−⟶Zn+2OH^−$ | −1.245 |
| $[Zn(OH)_4]^{2+}+2e^−⟶Zn+4OH^−$ | −1.199 |
| $ZnS+2e^−⟶Zn+S^{2−}$ | −1.40 |
| $Zr^{4+}+4e^−⟶Zr$ | −1.539 |