If the equilibrium constant for a two electron redox reaction at 198 °C is 1500, calculate...

Question

Question

If the equilibrium constant for a two electron redox reaction at 198 °C is 1500, calculate the AG and Ered. Aril 3 (12)

Answer 1

Answer #1

Dear student, if you need further explanation then feel free to comment.

Solution : i sci = _Rilak R = 8.314 J/kmol T 198°C = 471k K 1500 ܬ = -8.314 J/k/mol x 471 K x lnison = -28637.79 T(mol ts) 86

Answer 2

Similar Homework Help Questions

If the equilibrium constant for a two electron redox reaction at 198 °C is 1500

If the equilibrium constant for a two electron redox reaction at 198 °C is 1500, calculate the ΔG° and E0red.
If the equilibrium constant for a two electron redox reaction at 198 oC is 1500, calculate...

If the equilibrium constant for a two electron redox reaction at 198 oC is 1500, calculate the ΔG° and E0red.
If the equilibrium constant for a two electron redox reaction at 198 oC is 1500, calculate...

If the equilibrium constant for a two electron redox reaction at 198 oC is 1500, calculate the ΔG° and E0red.

If the equilibrium constant for a two electron redox reaction at 198 oC is 1500, calculate...

If the equilibrium constant for a two electron redox reaction at 198 oC is 1500, calculate the ΔG° and E0red.
Calculate Eocell for a two-electron redox reaction if the equilibrium constant is 4.1 x 1015 at...

Calculate Eocell for a two-electron redox reaction if the equilibrium constant is 4.1 x 1015 at 298 K.
If the equilibrium constant for a two-electron redox reaction at 298 K is 1.4×10−4, calculate the...

If the equilibrium constant for a two-electron redox reaction at 298 K is 1.4×10−4, calculate the corresponding ΔG∘ and E∘cel under standard conditions.

A two electron redox reaction has a redox potential E' = 0.58 V. Given Faraday's constant...

A two electron redox reaction has a redox potential E' = 0.58 V. Given Faraday's constant F = 96,500 J/mol, calculate the standard Gibb's free energy change AG in kJ (to three significant figures) for the reaction.
If the equilibrium constant for a one-electron redox reaction at 298 K is 7.9×104, calculate the...

If the equilibrium constant for a one-electron redox reaction at 298 K is 7.9×104, calculate the corresponding ΔG∘ and E∘cell. A. ΔG∘= ? kJ B. E∘cell= ? V Please explain this problem to me. Thanks.
7. (8 pts) If the equilibrium constant for a three-electron redox reaction at 298 K is...

7. (8 pts) If the equilibrium constant for a three-electron redox reaction at 298 K is 7.0x104 calculate the corresponding ?Go and -cell.

6. Calculate the equilibrium constant (K) for the following redox reaction at 25 ?C. Ecell =...

6. Calculate the equilibrium constant (K) for the following redox reaction at 25 ?C. Ecell = -0.71 V 2 Al(s) + 3 Mg2+(aq) --> 2 Al3+(aq) + 3 Mg(s