Difference between revisions of "Uncertainty and thermodynamics"
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(Uncertainty and thermodynamics helps explain why heat always flows to colder places, and why entropy is ever-increasing.) |
(Statistical thermodynamics is a field that uses probability to explain and predict thermodynamic behavior.) |
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'''Uncertainty and thermodynamics''' helps explain why heat always flows to colder places, and why [[entropy]] is ever-increasing. | '''Uncertainty and thermodynamics''' helps explain why heat always flows to colder places, and why [[entropy]] is ever-increasing. | ||
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| + | [[Statistical thermodynamics]] is a field that uses [[probability]] to explain and predict [[thermodynamic]] behavior. | ||
[[category:thermodynamics]] | [[category:thermodynamics]] | ||
[[category:uncertainty]] | [[category:uncertainty]] | ||
Latest revision as of 02:15, November 1, 2022
Uncertainty and thermodynamics helps explain why heat always flows to colder places, and why entropy is ever-increasing.
Statistical thermodynamics is a field that uses probability to explain and predict thermodynamic behavior.