Standard Reduction/Oxidation Potential and Cell Potential

[@amandayoung2627]

These videos are fire bruh you're an angel

[@mohammedabid6438]

You are amazing. Straight to the point. I'm binge watching all your videos and I am learning more in the last few days than I learned all month from my review books.

[@meganz2783]

SAME

[@denissemedina4619]

OMG Same hahaha tbh I never used the texbooks in undergrad bc I can't stand numbers on textbooks lol. These videos are so good and I can tell I have a much better grasp of the content now.

[@theartificialrealms]

By far the best content for the mcat in video form

[@crikkboy7294]

Loving the class awesome explanation

[@MedSchoolCoachMCATPrep]

Glad to hear it!

[@khanruhafzah]

no one can break this down so concisely yet with a great understanding like you do

[@CyrenaMatingou]

so helpful, thank you!

[@denissemedina4619]

THANK YOU!

[@XxRadientStarxX]

For the Ecell equation, I'm wondering if it's supposed to be Ecell= E red(cathode) - E oxi(anode) ?

[@MedSchoolCoachMCATPrep]

Hi Joelle, the equation in the video is correct! Ecell = Ered + Eoxi. However, remember that that Ered = -Eoxi. So, you could also write the equation as Ecell = Ered(cathode) - Ered(anode).

[@XxRadientStarxX]

@@MedSchoolCoachMCATPrep got it. Thank you!

[@torresthemonster]

Thank you 🙏🏽

[@yolandagutierrez9393]

thank you!!!

[@hanniec4226]

You are great

[@kayelan8701]

if we were to calculate the value of gibb's free energy would the number of moles of electrons from the practice problem = 2?

[@MedSchoolCoachMCATPrep]

You are correct!

[@kayelan8701]

@@MedSchoolCoachMCATPrep thank you really appreciate your videos!

[@danielskjpe7666]

Great f@@@@ dude