∆E˙(potential difference of a redox reaction) = 2.17 V Find ∆G˚˙. ∆G˚˙=- nF∆E˙ F=Faraday’s constant 96,480 J/Vmol. n=# e
Posted: Wed May 18, 2022 12:21 pm
∆E˙(potential difference of a redox reaction) = 2.17 V Find
∆G˚˙. ∆G˚˙=- nF∆E˙ F=Faraday’s constant 96,480 J/Vmol. n=#
electrons transferred. In this case, there is 1 electron
transferred. 28. (5 points) Is
a spontaneous reaction? (ie is ∆G˚˙ positive or negative?)
∆G˚˙. ∆G˚˙=- nF∆E˙ F=Faraday’s constant 96,480 J/Vmol. n=#
electrons transferred. In this case, there is 1 electron
transferred. 28. (5 points) Is
a spontaneous reaction? (ie is ∆G˚˙ positive or negative?)