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I had trouble understanding this at my lectures in University. Thank you so much it was perfectly simple and understandable explanation.

Thanks

Muy buen video, gracias por compartir el conocimiento.

Thank you. Well explained, Sir.

That's so interesting Professor. I need for my new youtube video. Thanks for your explanation👍👍😍😍

Why did you stop

can you do a video about activity?

Thanks for the explanation!

This is how real chemist should learn or else they will be more like memory science biologist . Thanks for correlating maths and chemistry..

Thanks for the explanation!

How is E, found for equation 2? I cant find it in any tables..

Can I ask a quick question? How to we know at which potential a real corrosion reaction will occur? For instance, in natural pH 7 water, how we know if Cu will form Cu2O, Cu(OH)2 or Cu(s)? cause it all depends on the potential, thank you!!!

Thank you!

Thank you, very nice explanation of the stability diagram.

Sadly, I can't find the simulator on the website.

Good video thank you.

Sir what are the another examples for pourbaix diagram except iron please tell me sir...

your the MVP,

Why certain Poubaix diagrams such as FeCO3 and FeS2 have a curve line, instead of a linear/straight line?

Thank you so much!

Nice video!

What does stable mean?

awesome video

Which book to refer

Thanks Dylan!

Very helpful

thank you very helpful

Hello sir thank you so much for your very important and clear lecture. I am a phD student and I am wondering how can we do it experimentally in lab to produce data ? What kind of tools can we use?

I saw for the first time in my MCAT prep-course and I was so thrown off by it. Thank you for the thorough explanation.

Very helpful lectures!!!

A bit confusing.... This is about Astatine or Arsenic?

Where did you get 10^-4.95 from? What are the individual values of Kh and pco2 used to get that answer?

this is really awesome for me thanks <3

daium perfect thanks !

Just one question: in that line where it says: [B] >> [A] --> E << 0 Should it not be therefore: [A] is unstable above the line, [B] is unstable below or in other words: B ist stable above, A below? Should it not be the opposite of [A] >> [B] --> E << 0 where you say: A is stable above, B below? Thanks in advance

Due to your explanation I was finally able to understand it! Thank you so much! Greetings from Germany

Great video

Can you upload video on adsorption isotherm.

Thanks for explaining I wasn't clear earlier

Pourbaix duagram of sulphur species

I needed this help for the MCAT. Thanks for making the video. Helped a ton!

Nicely done!

Thank you for the video. My prof rushed this topic and the whole class didnt seem to get it. Now me and a few friends do! Thanks again!

Thank you for this video.

407000/273.15 is NOT 109!

Thanks a lot! Great explanation! :D

can you explain why the second equation must be h2co3 and not hco3- ? doesnt the hco3- which is produced in first step react with water to give co32- (charge 2-) ?

Thank you!

Any lecture for explanation of Evan Diagram ? Thank You

Nice sir