Entropy of mixing of Ideal Gases ( Theory + Derivation ) | Thermodynamics |

#thermodynamics #entropy #entropyderivation
Every single gas has some entropy value. Entropy is the randomness or disorder of the molecules of the gas. When two sample of ideal gases are mixed, their entropy causes some changes. Either the entropy increases or decreases. There are some ways by which we can know whether the entropy increases or decreases. In this video we are about the find the answer mathematically. I have explained a derivation (Entropy of mixing of ideal gases) by which we can know about the entropy change of the mixture.
By watching the complete video, it will be easier to understand the entropy behavior and it will help you in examination as well. I have explained the full derivation in simple English language.
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Presented by Govinda Thakur (Samir Sharma)
MSc Chemistry
Tribhuvan University
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[@Risharehman888]

Nice lecture, thank you. Easy method.

[@Sandeep-ic8jl]

Good explanation 👌👍

[@GTScienceTutorial]

Thank you😊😊

[@sandeepchouhan8035]

Nice sir 👍

[@GTScienceTutorial]

😊😊😊

[@tumharahelper7938]

Thanks may Allah bless you❤❤❤

[@GTScienceTutorial]

Thank you so much for this blessing😊

[@hajirabanoo4812]

Thx sir

[@GTScienceTutorial]

😊😊

[@jankmetko9407]

Nice explanation but I don't get why potential of gas in mixture is RTln(Pa/P0) and not RTln(P/P0)....the gas is under total pressure so if we release it to do work then it has the same potential to do work as before.

[@GTScienceTutorial]

I think I have explained the reason