Source / pinned edition
Temperature and Thermal Equilibrium
Source of package openstax.thermodynamics · OpenStax University Physics, ch. 1 Temperature and Heat, module m58384
- work
- urn:openstax:clir:thermodynamics#M58384
- number
- OpenStax University Physics, ch. 1 Temperature and Heat, module m58384
- kind
- urn:openstax:clir:thermodynamics#treatise
m58384/index.cnxml at commit d0ed34a (main, 2026-06-11)
- edition
- urn:openstax:clir:thermodynamics#M58384_MAIN
- language
- en
- officiality
- official
- materialisation
- PINNED_OFFICIAL_BYTES
- life cycle
- adopted: 2026-06-11
Publications
| URI | Type | documentHash | Retrieved |
|---|---|---|---|
| https://raw.githubusercontent.com/openstax/osbooks-university-physics-bundle/d0ed34a5851119a42e3d972dfc0ff49e4663977c/modules/m58384/index.cnxml | application/xml; charset=utf-8 | sha256:bfb32c2aa5a5eb34283b6205e396d5143debe23378ce3226d5f8f121fb545afc | 2026-09-06T00:00:00Z |
Fragments — 3
module/m58384#fs-id1170902626474 · defn · referenced by: 1
en · official · sha256:84ccb679b59555a0e888e033be634fc09c3fadbc87c47523cd64cd611f79c5aa
<definition id="fs-id1170902626474">
<term>temperature</term>
<meaning id="fs-id1170901626978">functionally defined as a quantity measured by a thermometer, which, at least for most of the systems discussed in this chapter, reflects the mechanical energy of particles in the system</meaning>
</definition>Referencing norms: temperature_of
module/m58384#fs-id1170902899220 · defn · referenced by: 3
en · official · sha256:17eb4f3593396b32edee19af211df4b0e6bf47165cf92e1f06de79bb13a6c5e7
<definition id="fs-id1170902899220">
<term>thermal equilibrium</term>
<meaning id="fs-id1170902684727">condition in which heat no longer flows between two objects that are in contact; the two objects have the same temperature</meaning>
</definition>Referencing norms: DifferentTemperatureRefutesEquilibrium, EqualTemperatureIsEquilibrium, in_contact_with
module/m58384#fs-id1170903046581 · defn · referenced by: 1
en · official · sha256:425587755fce77fcd9c19b86bd14ee9ec873601b9b3f6d23fd1c13a7535b8352
<definition id="fs-id1170903046581">
<term>zeroth law of thermodynamics</term>
<meaning id="fs-id1170901585534">law that states that if two objects are in thermal equilibrium, and a third object is in thermal equilibrium with one of those objects, it is also in thermal equilibrium with the other object</meaning>
</definition>Referencing norms: ZerothLawOfThermodynamics
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