Mod-01 Lec-27 Probability distributions (concld.). Phase transitions (Part 1)

[@rikteembhowmick3432]

I never thought "that straight line" in isotherms was so beautifully designed. "Kabhi kabhi lagta hai ye professor hi bhagwan hai" (not meant disrespectfully)

[@nishanthsree]

Great Teachings. I think there is no difference between the God and a perfect teacher

[@sagarmalhotra4473]

Prabhu aapke charan kahan hain , matlab aankhon mein aaasun aa gae , this is a revelation!!!!

[@ravithejakandalam449]

I cried out of happiness listening to this lecture.😭🙏🙏🙏

[@tanbir1631]

Time stamp for thermodynamics: Phase transition 10:36

[@janimoljeron3450]

Thanq so much

[@qlw15138]

An extremely insightful lecture. Pay close attention to get the big dividends from it.

[@alexlangnau3054]

What a great lecture! Thank you very much!

[@elamvaluthis7268]

Classical statistical mechanics /செவ்வியல் புள்ளியியல் எந்திரவியல்.

[@elamvaluthis7268]

Anamolous expansion of water at 4degree Celsius it expands instead of shrinking.

[@poorlittlesheep4098]

I go to a top 20 college in the US, he just explained in an hour what my prof failed to explain in a month. Sad.

[@omgj2830]

similar - AUS

[@kockarthur7976]

I don't think it's fair to compare a mere mortal professor, regardless of their university's ranking, with the illustrious Balki. He's on a league of his own, in the ranks of Feynman, Lewin, etc..

[@skyishigh7775]

Can anyone explain 26:07 the volume of gas how it change with temp the above part of the graph , is it decrease with temperature? If not what wrong with the question? Explain the logic sir gave here plz.

[@luciferinjustice2632]

The pressure decreases with at constant temperature that leads to increase in volume. The confusion in this type of graphs comes because this 3d graph is represented in 2d

[@luciferinjustice2632]

For this just draw a straight line at any point parallel to Volume and then Use this formula PV=nRT

[@luciferinjustice2632]

Here you can see that volume increases at constant temperature when pressure decreases

[@luciferinjustice2632]

In between this graph this equation no longer holds

[@ABHisheKSHarma-cd1cf]

you r great sir

[@souravchakravarty5168]

so there is no pressure hysteresis ? but we can have thermal hysteresis?

[@Deban.jannnn]

12:40

[@elamvaluthis7268]

Very nice.

[@chandranshutiwari4139]

great lecture