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Chapter 20 Item 9 9 Of 16 Constants Periodic Table Standard Reduction Potentials The Equilibrum Constant For A Redox Re 1 (30.75 KiB) Viewed 63 times

Chapter 20 Item 9 9 Of 16 Constants Periodic Table Standard Reduction Potentials The Equilibrum Constant For A Redox Re 2 (39.2 KiB) Viewed 63 times

<Chapter 20 Item 9 9 of 16 Constants Periodic Table Standard reduction potentials The equilibrum constant for a redox reaction related to the standard potential, E' by the equation In K = where is the number of moles of electrons transferred, F (the Faraday contais equal to 95,500 C/(mole). Rthe gas constant is equal to 314/(mol-K), and is the Kelvin Temperature Reduction allroaction (V) Ag() +-A) 0.00 Co(a)+31-C) 0.54 Sa+4-0) 0.15 2H() +20 H.) 0 NP(q) + 2" --NG) --020 Fer() +2e Feld) -0.45 Zn(14) +2e-2n(o) 070 AP(q) +30-A1) 160 Meag) + 2e ---Me() 2.37 Part A Use the table of standard reduction potentinis given above to cakulate the equilibrium constant at standard dumperature ces C) for the following reaction

<Chapter 20 Item 9 of 10 > Connode Part A The equilibrium constant for a redox reaction in related to the standard potential, by the equation In K = Vse o table of standard reduction potential von shove to calculate the erum constant and temperature for the following reaction Fol+N () Be**) * Ni Express your answer numerically, View Available in where is the number of moles of electron transferred the Faraday constant is equal to 96,500 C/(mol) R (thegou constant) is equal to 8.214J/mol K) and is the Kelvin temperature ΕΛΣ C 3 Submit Part 8 Calculate the standardoll potential for the reaction X+Y)- XY R643X10 Express your answer to three significant figures and include the appropriate units View Available Hints