Factors Affecting the Preferential Discharge of Ions at Electrodes

[@TevinXt7]

Thank you for the work well done.God bless you 🙏

[@TheScienceChefAcademy]

Amen! Thank you too for watching!🙏

[@charlesoffiong6963]

Preferential discharge of ions explicitly explained. Thank you for making this video.

[@TheScienceChefAcademy]

You are welcome, Charlie! Meanwhile, thanks for unflinching support.

[@magdaleneeffiong2280]

Very detailed and simplified... Thank you.

[@TheScienceChefAcademy]

Glad it was helpful!

[@nolife8209]

OMG THNX!!!!! i was so confused bout the ease of discharge part but after watching this vid, everything make sense!!! now i can pass chemistry tomorrow!!! thnk u so much!!!

[@TheScienceChefAcademy]

You are welcome. We are glad we could help!

[@kachicelestine9659]

Wonderful, Thank you very much, sir.

[@TheScienceChefAcademy]

You are welcome. We are glad that you like it!

[@khooyeepingkpm-guru4250]

Thank you very much. Well done, for making this very clear and well explained video!

[@TheScienceChefAcademy]

You are welcome. We are glad that you like it!

[@omoyemiakorede127]

The video was helpful Nice work you are doing

[@TheScienceChefAcademy]

Thank you. We are glad that you enjoyed it!

[@pleasantchemistry5962]

Note well delivered

[@TheScienceChefAcademy]

Thank you for watching!

[@ttsookoo]

Very helpful video bro... keep it up.. would be looking out for future videos

[@TheScienceChefAcademy]

Thanks man! We are glad that you like.

[@ReubenWainaina]

Am simply asking whether a bigger cathode will increase the rate of electrolysis. Kenya.

[@TheScienceChefAcademy]

No, it will not, because the cathode has little or no effect on the electrolytic reactions, but the anode does. Actually, increasing the size of the anode will only increase the rate of electrolysis, if it is made wider and not just longer.

[@SamuelOforiAgyeman]

Very nice presentation but should be careful in the use of words such as ions and atoms

[@TheScienceChefAcademy]

Thank you for watching!🙏 It is noted!

[@toadsage2797]

Why did you multiply by 2 when the electrons are already equal?

[@TheScienceChefAcademy]

Actually, the electrons are not equal. The electrons are only equal after the multiplication. If you check the anodic and cathodic-half equations, i.e., equations I and II, you would observe that the electrons are 4 and 2 respectively. Hence, the need to multiply by 2. I hope we have been able clear the confusion. Thanks for watching our video, we truly appreciate you.

[@toadsage2797]

@@TheScienceChefAcademy Thanks

[@TheScienceChefAcademy]

You are welcome, Sage!

[@gopisoni9859]

Yarrr Hindi me dalo

[@swathikancharla8748]

Thank you so much man! You made it very easy for me to understand!!🥲

[@TheScienceChefAcademy]

Wow! Gopd to know you like it!🙏