Electrolytic vs Galvanic (Voltaic) Cell | Electrochemistry

[@loe7365]

Amazing video and super helpful for studying for chem midterm, thank you!

[@Leah4sciMCAT]

You're very welcome!

[@vishalmanickam8244]

Found the video when I really really need it

[@Leah4sciMCAT]

Perfect timing!

[@pattug333]

Thankyou mam, very useful video.

[@Leah4sciMCAT]

You're so welcome, glad you found it helpful!

[@sgsdance4276]

Very helpful

[@Leah4sciMCAT]

Yay, I'm so happy you found it useful!

[@obaidmohsin8188]

greatest of all time :)

[@Leah4sciMCAT]

Aww thanks!

[@yousifaburoos6041]

thanks alot for this simple yet effective explanation. have a nice day ma'am, please wish me luck I have an exam after 2 days...😅

[@Leah4sciMCAT]

You're very welcome and best wishes with your exam!

[@SkittleYaps]

thanks a lot for the video but I have question; suppose zn loses 2 electron and becomes zn++ right but it would have been easier to remember like zn loses 2 electrons and becomes zn-- (losing relates to negative)

[@Leah4sciMCAT]

You have to look at the ionization energy, some atoms will easily lose one electron, some will lose move than 1 with relative ease while others will never let the second one go. Zn however will NOT gain electrons to form a negative

[@napoleoncomplex2712]

If you ran the galvanic cell to depletion, and then evaporated off the solution, would you be left with just zinc sulphate?

[@Leah4sciMCAT]

In the anode, yes. But you might find a mixture of salts that also include a minority of sodium and nitrate ions from the salt bridge that migrated to help neutralize the cells.

[@vukbogunovic1317]

best video!!!!

[@Leah4sciMCAT]

Thanks so much, glad you like it

[@ZemikeEnd.]

found the video when i need it be

[@Leah4sciMCAT]

So glad this came at the right time for you!