Phase diagrams of binary solutions: dew point and bubble point

[@florentinosanchez3969]

This is the best video in the whole internet

[@IITJEE-lx7ec]

Amazing explanation sir.

[@hamidraza9655]

Awesome way to demonstrate.... thank you sir

[@florentinosanchez3969]

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

[@ayushaggarwal906]

Great dude

[@pruthveshmandle4978]

Explained 1000 times better than my class teacher

[@nareshnarra8175]

The best video,no doubt at all

[@storm9769]

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

[@florentinosanchez3969]

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

[@dhruvikgajera4594]

Well done sir keep going on

[@devangjoshi1194]

Nicely explained thanks!

[@simplesasidhasa3603]

thanks a lot ... you are unique and best

[@neoroumoren2891]

Thanks, well explained👏

[@asjadjaved335]

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

[@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).

[@EthioMediaCorporation]

Great Explanation!!

[@rameshanumandla3931]

Do more videos on solutions phase diagram.

[@nuxitgaming3682]

Thank you sir

[@navdeepsinghtanwar7769]

It is an awesome video

[@parthdahale2884]

Thank you very much!!!

[@rohanp1338]

Thanks!

[@Imansisr]

Thanks alot

[@bic1349]

Thank you!

[@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......