Phase diagrams of binary solutions: dew point and bubble point

In this video, prof. Márcio Neto shows how phase diagrams of binary solutions are constructed, and shows how to use them to obtain the dew point and bubble point of a given system.

[@florentinosanchez3969]

This is the best video in the whole internet

[@hamidraza9655]

Awesome way to demonstrate.... thank you sir

[@IITJEE-lx7ec]

Amazing explanation sir.

[@pruthveshmandle4978]

Explained 1000 times better than my class teacher

[@florentinosanchez3969]

I have been days trying to understand this by videos and web pages, but I couldnt understand It untill I saw this video

[@dhruvikgajera4594]

Well done sir keep going on

[@devangjoshi1194]

Nicely explained thanks!

[@storm9769]

thanks man i had trobule understanding with the books you make it clear for me

[@asjadjaved335]

Amazing explaining completely understand it but kindly make more videos like on pressure temperature diagrams of hydrogen systems..
Thanks

[@neoroumoren2891]

Thanks, well explained👏

[@simplesasidhasa3603]

thanks a lot ... you are unique and best

[@ayushaggarwal906]

Great dude

[@florentinosanchez3969]

Thank you very much for making It, you are a good person

[@boundlesspresents190]

Great Explanation!!

[@Khalid-mf8ck]

Thanks for the amazing video, One thing I want to ask about the graph, how to draw the graph at different pressure and temperature to see the dynamic behavior of the mixture (ammonia-water).

[@parthdahale2884]

Thank you very much!!!

[@rameshanumandla3931]

Do more videos on solutions phase diagram.

[@rohanp1338]

Thanks!

[@navdeepsinghtanwar7769]

It is an awesome video

[@bic1349]

Thank you!

[@Imansisr]

Thanks alot

[@luqmanhakim867]

Superb.. Please add subtittle..

[@baqeralmankhi6792]

Good

[@navdeepsinghtanwar7769]

Plzzz upload combined of vapour pressure and mole fraction

[@godsvoice9405]

1. before temp t, There are no vapours ? Even at room temperature water got some vapour pressure.....
Can anyone clarify?
2. 3:21 Xa and Ya both decreses on increasing temperature.... as compared to their previous state. How it is possible that mole fraction of A is decreasing in vapour as well as liquid state.... ?

[@jayant5886]

1.It is assumed that there are almost no vapous of water below t temperature assuming ideal behaviour
2.As temperature is increasing and A is more volatile than B so mole fraction of A is decreasing in liquid phase...
And when the vapours of B begins to form the mole fraction of B begins to rise steadily......