Basic Tutorial: Oxidation and Reduction (Differences!) Simple 5 Points in tabular form and its done :) Easy to remember :)
\(\begin{array}{|c|c|} \hline \color{black}{\bf \huge Oxidation}&\color{black}{\bf \huge Reduction}\\ \hline \color{Red}{\rm Addition~of~ O_2}&\color{blue}{\rm Addition~ of~ H_2}\\ \hline \color{Red}{\rm Removal~ of~ H_2}&\color{blue}{\rm Removal~ of~ O_2}\\ \hline \color{Red}{\rm Loss~ of~ electron}&\color{blue}{\rm Gain~ of~ electron}\\ \hline \color{Red}{\rm Oxidation~State~Increases\\~ Zn~ \rightarrow~ Zn^{2+}~+~2e^{-}}&\color{blue}{\rm Oxidation~State~Decreases\\~ Cu^{+2}~+~2e^{-}~ \rightarrow~ Cu}\\ \hline \color{Red}{\rm Reducing~Agents~ get~ Oxidised}&\color{blue}{\rm Oxidizing~ Agents~ get~ Reduced }\\ \hline \end{array}\)
@chmvijay this is what i had to do :)
@rvc he just try to show you that he also have knowledge about it
i know @Haseeb96 :)
nice one @rvc another thing to rememeber easy is LEO makes sound GER!! LEO- Loss of electron Oxidation GER-Gain of electron reduction
yeah :) Thank you so much @chmvijay
High five for simpletons!
not how i remember this stuff but very good nonetheless
Thank you @sweetburger
OIL RIG oxidation is loss \(e^- \) reduction is gain \(e^- \)
do you want use quantitative analysis to make use of oxidation and reduction such in galvanic cells?
Sure, which method do you want to use: potentiometry? conductometry? voltammetry? Amptometry? Coulometry? optical microscopy....
@abb0t abbotometry
@rvc good job there, though i wasnt able to see it well since for some reason the app is not showing latex but i assume you've done a great job :D
Thank you so much :) You are my inspiration for making tutorials @Somy
aww <333
good job!! :) @rvc
Thank you so much @Michele_Laino
AMAZING! WELL DONE ☻☺☻
Thank you @SyedMohammed98
Great job :)
You're Welcome ☻
Thanks @TheSmartOne
Awesome job RVC I am liking all of your tutorials :)
Thank you @sammixboo
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