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  • ...kilogram of water has a greater heat capacity than 100 grams of water. The heat capacity is usually expressed as [[Joule|J]]K<sup>-1</sup>.
    786 bytes (126 words) - 06:05, 15 April 2009
  • 173 bytes (26 words) - 20:21, 3 September 2009
  • 32 bytes (4 words) - 17:44, 3 July 2008
  • 35 bytes (7 words) - 16:58, 13 March 2009
  • Auto-populated based on [[Special:WhatLinksHere/Heat capacity]]. Needs checking by a human.
    559 bytes (74 words) - 12:49, 15 March 2024

Page text matches

  • ...kilogram of water has a greater heat capacity than 100 grams of water. The heat capacity is usually expressed as [[Joule|J]]K<sup>-1</sup>.
    786 bytes (126 words) - 06:05, 15 April 2009
  • ...1 gram of water by 1 kelvin is 4.184 [[Joule (unit)|joule]]s. The specific heat capacity is usually expressed as Jg<sup>-1</sup>K<sup>-1</sup>. It may also be expre Specific heat capacities and [[heat capacity|heat capacities]] have the same symbols of <math>C_p</math> and <math>C_v</
    834 bytes (138 words) - 06:04, 15 April 2009
  • ..., <math>C_v</math>, also sometimes called the ''adiabatic index'' or the ''heat capacity ratio'' or the ''isentropic expansion factor''.
    300 bytes (46 words) - 17:10, 3 July 2008
  • {{r|Heat capacity}}
    348 bytes (41 words) - 11:23, 5 November 2009
  • Auto-populated based on [[Special:WhatLinksHere/Heat capacity]]. Needs checking by a human.
    559 bytes (74 words) - 12:49, 15 March 2024
  • ...ling point|Critical point|Triple point|Heat of fusion|Heat of vaporization|Heat capacity|Decomposition temperature|Vapor pressure|Vapor pressure comment|Crystal str
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  • {{r|Heat capacity}}
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  • ...oint K|Critical point MPa|Triple point|Heat of fusion|Heat of vaporization|Heat capacity|Decomposition temperature|Vapor pressure|Vapor pressure comment|Crystal str
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  • ...math>. It is sometimes referred to as the '''adiabatic index''' or the '''heat capacity ratio''' or the '''isentropic expansion factor''' or the '''adiabatic expon ...th> for the [[internal energy]]. For an [[Ideal gas law|ideal gas]], the [[heat capacity]] is constant with temperature. Accordingly, we can express the enthalpy as
    10 KB (1,457 words) - 16:09, 23 September 2013
  • ...math>. It is sometimes referred to as the '''adiabatic index''' or the '''heat capacity ratio''' or the '''isentropic expansion factor''' or the '''adiabatic expon ...th> for the [[internal energy]]. For an [[Ideal gas law|ideal gas]], the [[heat capacity]] is constant with temperature. Accordingly, we can express the enthalpy as
    10 KB (1,459 words) - 16:10, 23 September 2013
  • '''Accidental overheating.''' The pool of molten sodium has enough heat capacity to absorb the decay heat if there is a total loss of power. Hot sodium will
    3 KB (532 words) - 14:13, 12 November 2023
  • |align=left|= &nbsp;'''liquid [[specific heat capacity|specific heat]] at upstream temperature and pressure, J/(kg &middot; °C)''
    9 KB (1,381 words) - 08:26, 1 September 2013
  • |align=left|= &nbsp;'''liquid [[specific heat capacity|specific heat]] at upstream temperature and pressure, J/(kg &middot; °C)''
    9 KB (1,404 words) - 02:16, 27 October 2013
  • |align=left|= [[specific heat capacity]] of the gas at constant pressure |align=left|= specific heat capacity of the gas at constant volume
    19 KB (3,081 words) - 13:47, 12 August 2013
  • |align=left|= [[specific heat capacity]] of the gas at constant pressure |align=left|= specific heat capacity of the gas at constant volume
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  • * the [[Specific heat|specific heat capacity]] of the fuel and the air
    12 KB (1,825 words) - 17:36, 28 March 2021
  • ...mperature than areas close to the [[ocean]]. Oceans have in fact a great [[heat capacity]], which mitigates the climate.
    12 KB (1,812 words) - 03:20, 8 November 2013
  • |align=left|= [[specific heat capacity|specific heat]] of the gas at constant pressure
    10 KB (1,535 words) - 13:11, 23 October 2021
  • ...balances are also done based on [[Heat of reaction|heats of reaction]], [[Heat capacity|heat capacities]], expected temperatures and pressures at various points to
    23 KB (3,456 words) - 11:44, 2 February 2023
  • ...o change the temperature by a certain amount, i.e. it will have a higher [[heat capacity]] than a monatomic gas.
    23 KB (3,670 words) - 05:52, 15 March 2024
  • ...nd depends parametrically on the molar gas constant ''R'' and the [[molar heat capacity]] at constant volume, ''C''<sub>V</sub>, The definition of heat capacity and the first law (''DQ = dU+pdV'', for constant volume: ''DQ=dU'') give,
    36 KB (5,928 words) - 10:21, 8 July 2019
  • | [[heat capacity]], [[entropy (thermodynamics)|entropy]]|| kg·m<sup>2</sup>·s<sup>&minus;2 | molar heat capacity, molar entropy
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  • very different [[heat capacity]]), it could be expected that after
    22 KB (3,530 words) - 12:07, 10 November 2009
  • ...Cooled Fast Reactor.png|right|350px|Fig.2 Pool-type reactors have enormous heat capacity, and molten sodium will expand when hot, allowing convection to cool the co
    12 KB (1,882 words) - 11:17, 21 April 2024
  • ...reactors, because it does not moderate neutron speeds much and has a high heat capacity. However, it burns and foams in air. However, the combustion reaction of so
    35 KB (5,379 words) - 12:53, 15 March 2024
  • * [[specific heat capacity]]: 850 - 1050 [[SI#Other derived units||J/kg•K]]
    9 KB (1,301 words) - 16:53, 12 March 2024