Your welcome...!!! Your honest appreciation will motivate us... We really love to listen from nice people like you. Be a part of @NajamAcademy... Wish you Godspeed...!!! 😊😊😊
Ok I'm not going to lie I just stumbled upon the word entropy, and wanted to understand it, and look up definitions on Google and couldn't really get clear understanding, but this video was great Im not in a physics, or chemistry class and I felt I understood this. The teaching method for me is excellent in this. Thank you.
This is the best channel for students great visualisation, great explained topics with diagram, easy English speaking, I love this channel,this made my topics crystal clear ♥️♥️♥️♥️
Could u please do a separate presentation on adiabatic & reversible process with examples of clouds at higher elevations, heat engine processes or refrigeration cycle? You definitely explained concepts with great clarity. Thank u so much
Due to my apparent unteachability regarding this topic, this video, like the other entropy videos I have watched, makes me feel jumping off a tall building head-first onto a thumb tack.
Really... Nice explanation 🤩🤩... This channel should have more subscribers and more views... I can understand thoroughly about entropy... Thank u very much sir.. 😊
S= q/t .. This formula is incorrect in my opinion .. Cause when the temperature of the system is high .. The particles inhibits more kinetic energy ; and entropy increases which is why it would be fair to say entropy increases when temperature of the system increases .. But in s=q/t if temperature increase entropy would decrease .. . S should be equal to S= qt not q/t
As K.E increases, the temperature increased. And due to the environmental condition, the high temperature would be released out due to its common tendency of moving from higher temperature to lower temperature. Hence Q will be -ve and would make the entropy less.