Why hydrogen and helium do not follow Joule-Thomson Effect?...Explanation. @GTScienceTutorial
Channel: GT Science Tutorial
Date: 2022-04-24

#Thermodynamics #joulethomsoneffect 

Joule Thomson effect tells that when gas expands, its temperature decreases except for hydrogen and helium. Hydrogen and helium shows heating effect when they expand at room temperature and that is against the Joule Thomson effect. So a study of inversion temperature finally explained this exceptional case.
In this video, I have explained why hydrogen and helium do now follow Joule Thomson effect in a simple concept.

In this video, you will find the answer of every question in Simple English language.

Joule-Thomson Effect | Experiment | Derivation | Application...  @GT Science Tutorial ​
https://youtu.be/G9BYC77HF_0

Enthalpy of a system
https://youtu.be/-7w-3LByCAI

First law of thermodynamics
https://youtu.be/xOyTiqhsl5E

Molar heat capacities
https://youtu.be/Qj4r5k2y1cQ

Thermodynamics Playlist
https://youtube.com/playlist?list=PL4JoZwTIEpXT0ypvaUhAJpFrw7ctTgna2

Presented by Govinda Thakur (Samir Sharma)
MSc Chemistry
Tribhuvan University

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