Relationship between pressure and entropy value
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Can someone explain why the higher the saturated vapor pressure, the lower the entropy value?
What is your motivation for studying \"entropy values\"? In my opinion, you haven’t reached the stage of studying \"entropy values\" yet.
The higher the pressure, the smaller the volume, and the molecular arrangement becomes more ordered, which results in a decrease in entropy. In fact, entropy can be used to indicate the degree of disorder in a substance; the more chaotic the arrangement of the molecules (the more intense the thermal motion), the higher the entropy value. dS = -dQ/dT
Once you understand the physical meaning of entropy, it becomes clear. Entropy is a measure of the degree of disorder within a substance. S = lnΩ. As pressure increases, the internal disorder will decrease.
Entropy is used to indicate the degree of disorder in a substance; the greater the pressure, the more tightly the gas molecules are arranged, and the lower the entropy value.
Look what this friend says. . . It’s okay; one can learn it. That’s why I’m asking everyone for advice
Let me explain it to you: Entropy is a measure of the degree of disorder in a system. When pressure increases, it means there is less \"space\" and stricter control, and as a result, \"disorder (entropy)\" decreases. The same is true for social systems; “high-pressure policies (stress)” reduce “**degree of freedom (entropy)**”. So: nature and society both follow the same laws; this is one of my Wiseboy worldviews.
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