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He gave "transformational content" (Verwandlungsinhalt) as a synonym, paralleling his "thermal and ergonal content" (Wärme- und Werkinhalt) as the name of U, but preferring the term entropy as a close parallel of the word energy, as he found the concepts nearly "analogous in their physical significance". [9]
Entropy and disorder also have associations with equilibrium. [8] Technically, entropy, from this perspective, is defined as a thermodynamic property which serves as a measure of how close a system is to equilibrium—that is, to perfect internal disorder. [9]
Entropy or Alchemiss, a character in Freedom Force vs the 3rd Reich; N. Tropy, a character from Crash Bandicoot: Warped; Entropy: Zero, a Source mod for Half-Life 2 released in 2017 developed by Breadman; Entropy: Zero 2, a sequel to Entropy: Zero released in 2022; Entropy: Zero - Uprising, a mod of Entropy: Zero developed by Employee8 and Filipad
The word 'entropy' has entered popular usage to refer to a lack of order or predictability, or of a gradual decline into disorder. [1] A more physical interpretation of thermodynamic entropy refers to spread of energy or matter, or to extent and diversity of microscopic motion.
The inspiration for adopting the word entropy in information theory came from the close resemblance between Shannon's formula and very similar known formulae from statistical mechanics. In statistical thermodynamics the most general formula for the thermodynamic entropy S of a thermodynamic system is the Gibbs entropy
It is in this sense that entropy is a measure of the energy in a system that cannot be used to do work. An irreversible process degrades the performance of a thermodynamic system, designed to do work or produce cooling, and results in entropy production. The entropy generation during a reversible process is zero. Thus entropy production is a ...
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A system's entropy approaches a constant value as its temperature approaches absolute zero. a) Single possible configuration for a system at absolute zero, i.e., only one microstate is accessible. b) At temperatures greater than absolute zero, multiple microstates are accessible due to atomic vibration (exaggerated in the figure).