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- Rate_of_heat_flow abstract "The rate of heat flow between two systems is measured in watts (joules per second).The formula for rate of heat flow is ∆Q/∆t = -K×A×∆T/x, where ∆Q/∆t is the rate of heat flow; -K is the thermal conductivity factor; A is the surface area; ∆T is the change in temperature and x is the thickness of the material (∆T/x is called the temperature gradient and is always negative because of the heat of flow always goes from more thermal energy to less).".
- Rate_of_heat_flow wikiPageID "2071466".
- Rate_of_heat_flow wikiPageLength "1121".
- Rate_of_heat_flow wikiPageOutDegree "12".
- Rate_of_heat_flow wikiPageRevisionID "672522127".
- Rate_of_heat_flow wikiPageWikiLink Category:Temporal_rates.
- Rate_of_heat_flow wikiPageWikiLink Category:Thermodynamic_properties.
- Rate_of_heat_flow wikiPageWikiLink Flux.
- Rate_of_heat_flow wikiPageWikiLink Heat_capacity.
- Rate_of_heat_flow wikiPageWikiLink Heat_flux.
- Rate_of_heat_flow wikiPageWikiLink Heat_transfer.
- Rate_of_heat_flow wikiPageWikiLink Joule.
- Rate_of_heat_flow wikiPageWikiLink Kelvin.
- Rate_of_heat_flow wikiPageWikiLink Mass.
- Rate_of_heat_flow wikiPageWikiLink Thermal_conduction.
- Rate_of_heat_flow wikiPageWikiLink Watt.
- Rate_of_heat_flow wikiPageWikiLinkText "K-factor (Rate_of_heat_flow)".
- Rate_of_heat_flow wikiPageWikiLinkText "Rate of heat flow".
- Rate_of_heat_flow wikiPageUsesTemplate Template:Physics-stub.
- Rate_of_heat_flow wikiPageUsesTemplate Template:Portal.
- Rate_of_heat_flow wikiPageUsesTemplate Template:Refimprove.
- Rate_of_heat_flow subject Category:Temporal_rates.
- Rate_of_heat_flow subject Category:Thermodynamic_properties.
- Rate_of_heat_flow type Concept.
- Rate_of_heat_flow type Physic.
- Rate_of_heat_flow type Thermodynamic.
- Rate_of_heat_flow comment "The rate of heat flow between two systems is measured in watts (joules per second).The formula for rate of heat flow is ∆Q/∆t = -K×A×∆T/x, where ∆Q/∆t is the rate of heat flow; -K is the thermal conductivity factor; A is the surface area; ∆T is the change in temperature and x is the thickness of the material (∆T/x is called the temperature gradient and is always negative because of the heat of flow always goes from more thermal energy to less).".
- Rate_of_heat_flow label "Rate of heat flow".
- Rate_of_heat_flow sameAs Q12160631.
- Rate_of_heat_flow sameAs Wärmestrom.
- Rate_of_heat_flow sameAs Wärmestrom.
- Rate_of_heat_flow sameAs Varmokurento.
- Rate_of_heat_flow sameAs Lämpövirta.
- Rate_of_heat_flow sameAs Flux_thermique.
- Rate_of_heat_flow sameAs Strumień_ciepła.
- Rate_of_heat_flow sameAs Taxa_de_fluxo_de_calor.
- Rate_of_heat_flow sameAs m.06k5gr.
- Rate_of_heat_flow sameAs Toplotni_tok.
- Rate_of_heat_flow sameAs Тепловий_потік.
- Rate_of_heat_flow sameAs Dòng_nhiệt.
- Rate_of_heat_flow sameAs Q12160631.
- Rate_of_heat_flow wasDerivedFrom Rate_of_heat_flow?oldid=672522127.
- Rate_of_heat_flow isPrimaryTopicOf Rate_of_heat_flow.