Adiabatic Process with Ideal Gas - Work Derivation (Integration, Area Under Curve, Exponent, Gamma)

[@eshatrivedi2878]

This video is a proof that the video and the lecture could be great even if it doesn't have a million views. So underrated.

[@BRAINSPLATTER16]

Doing the lords work my friend.

[@nikolashadjipaschalis5629]

Love this channel, would love to see a playlist on deriving the maxwell-Boltzmann distribution

[@Spokeme]

My favorite singer is Kevin Parker now my favorite teacher is Konstantin!! Love you aussies.. from Constantine a city in Algeria

[@devaboss6285]

keep going good work dude

[@Avneet_Kaur_Voyage]

Man this is gr8! Thnx for this wonderful explanation

[@NnamaniLucyIjeoma]

Love this sir, Well done 👍

[@ikennaunamadu4692]

Great video man

[@richardbruno201]

Thanks for the explanation. I really needed this. I was not sure how to integrate. Thank you sir.

[@MinuteMayne]

Ooooo do one with VDW gas!

[@amanda_dela]

u r saving me broh

[@yashsonawane6341]

❤

[@basedlegit]

Great video! I love practical education using boards, and pens like this! Cant learn most things from these python code video lol...

[@22bane32]

hi sir, I really learnt a lot from your video. can you help to explain the reversible work done by the system in this case?

[@力量人-d6t]

Awesome dude👊🏻

[@IceHockeyCreamer]

Is that equal to 3/2nRT

[@aslibri2684]

thanksss