what-are-the-balanced-equation-standard-emf-g-and-k-value-at-298-k-for-the-oxida

Question

What are the balanced equation, standard emf, ΔG°, and K value at 298 K for the oxidation of aqueous chloride ion by Hg_{2}^{2+}(aq) to produce Cl_{2}(g)?

Accepted Answer

balanced equation: 2 $$Cl^{−}(aq) + Hg$$_{2}^{2+}(aq) → Cl_{2}(g) + 2 Hg(l)   E° = −0.57 V  ΔG° = $$1.1x10^{2} kJ  K = 5$$×$$10^{−20}$$

Answer

balanced equation: 2 $$Cl^{−}(aq) + Hg$$_{2}^{2+}(aq) → Cl_{2}(g) + 2 Hg(l)   E° = 0.57 V  ΔG° = −$$1.1x10^{2} kJ  K = 2$$×$$10^{19}$$

Answer

balanced equation: $$Cl^{−}(aq) + Hg$$_{2}^{2+}(aq) → Cl_{2}(g) + Hg(l)   E° = −0.57 V  ΔG° = $$1.1x10^{2} kJ  K = 5$$×$$10^{−20}$$

Answer

balanced equation: $$Cl^{−}(aq) + Hg$$_{2}^{2+}(aq) → Cl_{2}(g) + Hg(l)   E° = 0.57 V  ΔG° = −$$1.1x10^{2} kJ  K = 2$$×$$10^{19}$$

What are the balanced equation, standard emf, ΔG°, and K value at 298 K for the oxidation of aqueous chloride ion by Hg22+(aq) to produce Cl2(g)?

What are the balanced equation, standard emf, ΔG°, and K value at 298 K for the oxidation of aqueous chloride ion by Hg₂²⁺(aq) to produce Cl₂(g)?