Great presentation! Thanks!

Thank You As a physicst student doing a thesis in biological thernodynamics helps me alot to have all those information compressed and gives a a guide on what to research more! Wish I could got with u in contacts via email to have a more throughful guide on what to research more and a steucture for the thesis !

You rock. Making it thru my BP Chem class with your work. Much appreciate & gratitude from a stranger in nyc!

GOOD MORNING SIR, PLEASE CONTINUE CLASSESS

First!

Excellent way to relate the fundamental maths to fundamental process.

Thank you for you work. And thank you for sharing

Hey, thanks for the lectures ..it really help understading the world of thermodynamics...I want to ask some redicioulous question and I hope you have the time to answer How come you always assume the energy to be a state functions... I don't really get it.. let's take kinetic energy as an example... I saw tons of lectures that assume that it is a state function but no one ever has provided a prove mathematically.... I have done the mathematical expressions myself and I get it to be non-exact so how it is a state function if it is non-exact ..

Hands down best explanation of Gibbs and chemical potential on the internet! Where ChatGPT failed me, this teacher succeeded. Thank you professor.

very very helpful thank you

🙏🙏

excellent instruction and great use of visual tools to support our understanding. Which software did you utilize to make this video? LOVE IT!

PERFECT VIDEO!!

This is where thermodynamics stands. The thermodynamic description of equilibrium situations is fulfilled perfectly. But this can not be said about non-equilibrium situations. Quote: "The thermodynamics of irreversible processes has not yet achieved a phenomenological formulation and a methodology which can be considered satisfactory." Source: Mesquita, Vasconcellos and Luzzi in 'Irreversible processes in the context of a nonequilibrium statistical ensemble formalism' (1999). And nothing has changed over the last 25 years.

EVERY TIME YOU HEAR THE WORD POTENTIAL HE MEANS POTENTIAL ENERGY. NO POTENTIAL HAS UNITS OF JOULE ... you know.

Hello profesor, I hope this finds you well and healthy. I hope we will get to sso more video from you.

Im so confused. How can Pa/P be the molar ratio, if P here dosent represent P total after the mixing. The P here represents the pressure of the conponent before mixing, which is not the same at total pressure after mixing... Does this case only hold if pressures of both containers before mixing are the same?

Lovely dimples

please the name of the books

thank you for uploading this video, saved me😀

Thank you so much

Are you missing an n in the van der Waal's equation?

Excellent!!

24:25 are the seperate ionic strengths additive ???

The total differential wasn't quite correct, but still a good video

My volume is at its highest and i still cannot hear anything 👩🏿‍🦲🥲

Super helpful, thanks so much for putting time into this.

Thank you

Much appreciates!

Reminds me of Dr Delton Chen’s paper on the thermodynamics of economy. It’s referenced in “Ministry for the Future” a climate fiction book by Kim Stanley Robinson.

First time seeing this disscusion format for learning, i think i works really well. I have to check other videos later.

One question. When does the summation term equal zero? So when is the summation of the number of moles times the chemical potential equal to zero? Thanks!

Good one , thx Jeff

May i have this book sir?

Thank you, it was very helpful

Thank you very much for making sense out of this. Most videos just tell you here are the laws and this is how to apply thel. This explains a bit what is the meaning of all those variables. Essential to understand what all of this is about

Great video thank You

Thanks for having the subtitles too! Helps me so much

How is it for acids and bases?

Hello, I would like to see the quantitative approach. Where can I find the link?

Cool Tattoo ;)

proffessor em first year mbbs student i have med biophysics to study our first topic is biological thermodynamic is this video enough for me or should i dig in more?

thanks man , you rock

Wow thank you.

WORST

Gracias

You talked and talked without giving a basic knowledge of how to use it. Waste of complete time.

so, what does it mean a big or a small gibbs free energy in a mixture?

K4SO4 ?

if... we know, why are we whatching this then? just kidding. Thanks for helping me in PC