20067 The standard reduction potentials at \(298\,K\)for the following half reactions are given against each\(Zn^{2 + }(aq.) + 2e⇔ Zn(s)\); $→$ \( -0.762\)\(Cr^{3 + }(aq) + 3e ⇔ Cr(s)\); $→$ \(-0.740\)\(2H^ +(aq) + 2e⇔ {H_2}(g)\); $→$ \(0.00\)\(Fe^{3+}(aq) + e ⇔ Fe^{2+}(aq)\); $→$ \(0.770\)Which is the strongest reducing agent
20067 The standard reduction potentials at \(298\,K\)for the following half reactions are given against each\(Zn^{2 + }(aq.) + 2e⇔ Zn(s)\); $→$ \( -0.762\)\(Cr^{3 + }(aq) + 3e ⇔ Cr(s)\); $→$ \(-0.740\)\(2H^ +(aq) + 2e⇔ {H_2}(g)\); $→$ \(0.00\)\(Fe^{3+}(aq) + e ⇔ Fe^{2+}(aq)\); $→$ \(0.770\)Which is the strongest reducing agent
20067 The standard reduction potentials at \(298\,K\)for the following half reactions are given against each\(Zn^{2 + }(aq.) + 2e⇔ Zn(s)\); $→$ \( -0.762\)\(Cr^{3 + }(aq) + 3e ⇔ Cr(s)\); $→$ \(-0.740\)\(2H^ +(aq) + 2e⇔ {H_2}(g)\); $→$ \(0.00\)\(Fe^{3+}(aq) + e ⇔ Fe^{2+}(aq)\); $→$ \(0.770\)Which is the strongest reducing agent
20067 The standard reduction potentials at \(298\,K\)for the following half reactions are given against each\(Zn^{2 + }(aq.) + 2e⇔ Zn(s)\); $→$ \( -0.762\)\(Cr^{3 + }(aq) + 3e ⇔ Cr(s)\); $→$ \(-0.740\)\(2H^ +(aq) + 2e⇔ {H_2}(g)\); $→$ \(0.00\)\(Fe^{3+}(aq) + e ⇔ Fe^{2+}(aq)\); $→$ \(0.770\)Which is the strongest reducing agent