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Introduction to entropy | Applications of thermodynamics | AP Chemistry | Khan Academy 

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According to the Boltzmann equation, entropy is a measure of the number of microstates available to a system. The number of available microstates increases when matter becomes more dispersed, such as when a liquid changes into a gas or when a gas is expanded at constant temperature. It also increases when energy becomes more dispersed, which occurs with an increase in temperature. View more lessons or practice this subject at www.khanacademy.org/science/a...
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10 янв 2022

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Комментарии : 11   
@kyleytrimm7277
@kyleytrimm7277 Год назад
This definitely helped me visualize was I was reading in my book, thank you!
@sciencenerd7639
@sciencenerd7639 2 года назад
very helpful, thanks so much
@williamc2318
@williamc2318 10 месяцев назад
So helpful!
@qualquan
@qualquan Год назад
good, step by step.
@Eta_Carinae__
@Eta_Carinae__ 2 года назад
Apparently the entropy equation is misattributed to Boltzmann; the equation was actually developed by Max Planck, with great influence from Boltzmann's statistical mechanics.
@aguywithanopinion8912
@aguywithanopinion8912 Год назад
But thermodynamics is a classical theory. So there are an infinite possible number of micro-states associated with any particular macro-state. What gives?
@aryanpandey9391
@aryanpandey9391 2 года назад
Cool
@aryanpandey9391
@aryanpandey9391 2 года назад
First
@namename3130
@namename3130 9 месяцев назад
This is incredibly unhelpful, at no point is entropy actually explained or derrived, instead the formula is simply presented and what happens if you use it is explained.
@raymondcerv1370
@raymondcerv1370 5 месяцев назад
Like any other youtube video.
@user-dq4bh1cw6x
@user-dq4bh1cw6x 2 года назад
My children need food and live in a rented house, please 🇵🇸 ....
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