Why is Entropy Defined This Way?

Why must the change in entropy defined for reversible paths, but reversible processes incur a zero entropy change? We're going to answer this paradox here in this video.
Music: Marshmallow by Lukrembo

[@krishnannarayanan8819]

HOLY CRAP! These videos are so well made and animated! You deserve much more views and subscribers! I've had a fascination with the intuition behind thermodynamics and my teacher never really fostered that. The animations are well done and your voice is sort of soothing. Thanks man!

[@kaushalgagan6723]

This channel is going to be hit, keep it up brother, great explanation🍻

[@mohamedmouh3949]

thank you so much for the clarification 🤩

[@joebob4579]

Thanks this is what I needed

[@simonmasters3295]

Interesting you would pick ice water as your irreversible example. Is it not more instructive to consider either steam liquid water (because of the density anomaly with ice) or an equilibrium chemical reaction? It's incredibly important how this stuff is taught in my opinion,.and you are approaching it in just the right way imho.

[@user-gz1ej4ig1q]

Yo I found a gem of channel

[@aspirantschannel1766]

Best❤

[@username8492]

Ah yes, 戦え

[@kennethcameron3904]

💯 ρ尺ｏΜ𝐎ᔕᗰ