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You are a life-saver.

Thank you Diego, very well explained!

Thank you so much Diego, very clear!

In the example at the end you say that the we can obtain electrical energy from the combustion of coal, however it is from the work produced from a turbine that spins a generator that actually produces this electrical energy. So the combustion of the coal itself does not directly generate this electrical work so I am confused

1.33

thank you so much!!!

What a wonderful lecture loved it

Thank you so much! This really really simplified the explanation!

With the mathematical equation of the TDM in mind, the explanation looks nice. But a dipole has two poles. I've never seen a dipole in this video.

Thanks

absolutely amazing video

Thank you

Thank you so much.

The Answer is INCORRECT because:- Ka1 is incorrectly written as concentration of HCO3- is not x but x-y.

Well explained!

Thanks! So helpful

This is a very high quality video over here!

I wonder why you stopped making videos...

Thanks sir i was so confused about how the entropy part cancels out but you helped to talk about approximation most pople just said in equilibrium entropy change is zero but jere we were talking about stantdard change in entropy

❤🇧🇩

6:45 MANNN i was so confused, my result was wrong since in the lecture notes of my professor this was not mentioned but assumed. Ty so much

Is that the acivity koefficients for both ions? thank you for video

Thanks so much for this video! Neither my prof nor my textbook could make me understand this concept, but your video really really helped!!!!!! :)))))))

Support this channel by 'NOT SKIPPING ADS". 🙂

I'm preparing for my Chemist Licensure Exam this coming October. I found your videos really helpful!

Well-explained. 💯

he is underrated

Really enjoyed the lesson, it was well explained 😊

Another underated channel sir.

very nice explanation

GOAT

i always feel lost in thermodynamics. thanks to you, you literally saved me. you are a great teacher!!!

Finally, I understand why we use deltaU=qv when the process is even not carry out at constant volume❤

thank you

Amazing explanation ❤

Excellent explanation indeed! May I know about the reference books?

Thank you!

you did it wrong, idiot

wow

Great explication, thank you

You're the best!!!!! Thank you (':

thanks. this really helped with my assignment. ❤

te quiero

Thanks. That was a helpful 😊

Crazy good

Very underrated channel <3

do we have to assume that the volume is changing at a constant rate? could the volume change at an increasing rate?

thanks a lot .........from sri lanka

tanx

U deserve million s of likes and views