1. The following cell notation represents the electrochemical cell setup during experiment. [EHg2Cl|Hg|CI = 0.2415V, EAgCl|AgCl...

 

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1. The following cell notation represents the electrochemical cell setup during experiment. [EHg2Cl|Hg|CI = 0.2415V, EAgCl|AgCl = 0.2224V,EAg|Ag+ = -0.80V] Ag (s) | AgCl (s) | KCI (aq) || KCl (saturated) | Hg2Cl2 (5) | Hg(s) a) Write the equation of the reaction occur in anode and cathode compartment. [6 Marks] b) If the cathode compartment replace by silver electrode in silver nitrate solution, write new cell notation and equation in anode and cathode. [6 Marks] c) Calculate the electromotive forces of new cell in part (b) [3 Marks] d) Calculate the energy involved (AS, AH and AG) at 298 K, if the temperature coefficient, |=5.00 x 10$VK. [10 Marks] 1. The following cell notation represents the electrochemical cell setup during experiment. [EHg2Cl|Hg|CI = 0.2415V, EAgCl|AgCl = 0.2224V,EAg|Ag+ = -0.80V] Ag (s) | AgCl (s) | KCI (aq) || KCl (saturated) | Hg2Cl2 (5) | Hg(s) a) Write the equation of the reaction occur in anode and cathode compartment. [6 Marks] b) If the cathode compartment replace by silver electrode in silver nitrate solution, write new cell notation and equation in anode and cathode. [6 Marks] c) Calculate the electromotive forces of new cell in part (b) [3 Marks] d) Calculate the energy involved (AS, AH and AG) at 298 K, if the temperature coefficient, |=5.00 x 10$VK. [10 Marks]