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The internal energy of the molecule does ''not'' depend on the volume ''V'' (this is an exact r

...ble, in-of-itself. It is to make them healthier by enabling their Prana or Internal Energy flow more freely and evenly. Greater flexibility just happens to be a by-pr A Chakra is an Internal Energy or ''Prana'' center. It is shaped like a wheel and it spins around itself.

...Chinese medicine]], all illnesses are caused by an imbalance in a person's internal energy.

...he specific heat ratio of an ideal gas is the ratio of the enthalpy to the internal energy:<ref name=Turns/>

...he specific heat ratio of an ideal gas is the ratio of the enthalpy to the internal energy:<ref name=Turns/>

...[Internal energy]] written by Paul Wormer, [[Enthalpy]] and a section of [[Internal energy]] that covers the First law in detail. Paul is also currently working on an

...ion of state|equations of state]]. Properties can be combined to express [[internal energy]] and [[thermodynamic potentials]], which are useful for determining condit * [[Internal energy#First law of thermodynamics|First law of thermodynamics]], about the [[cons

Thermodynamics is concerned with concepts as [[internal energy]], [[entropy]], and [[work]]. Again, these properties are real.

...erted back into heat and re-funneled into the reservoir (in which case the internal energy of the heat reservoir would be the same at the beginning and the end of the ...extracted from sea water. After all, the oceans contain immense amounts of internal energy. When one could extract just a small portion of it—whereby a slight cool

...th an [[ideal gas law|ideal gas]]. By the [[equipartition theorem]], the [[internal energy]] of one mole of an ideal gas is, ...rature remains constant (i.e., it is an isothermic process), and hence the internal energy ''U'' of the gas does not change, ''dU'' = 0. By the first and second law o

*[[Internal energy]] (''U'') ...extensive quantity|extensive]] [[thermodynamic potentials]], including the internal energy. If the quantities {&nbsp;''N''_''i''&nbsp;}, the number of [[che

...py]] of a system. The higher the temperature of a system, the higher its [[internal energy]] and enthalpy are.

...leading from one state to another, whereas the first law states that the [[internal energy]] of the system is conserved. ...ng the [[first law of thermodynamics]] (the differential ''dU'' of the [[internal energy]] satisfies ''dU'' = ''DQ'' &minus; ''DW''), it follows that

increase of the internal energy of the earth, which in general implies increase of the [[internal energy]] of the earth add up to the kinetic

...both the catalyzed path and the uncatalyzed path have the same change in [[Internal energy#Gibbs free energy|Gibbs free energy]] between the reactants and the reactio

...work by Joule on [[Joule expansion]] in which a gas expands at constant [[internal energy]].<ref>{{cite journal| author=J. P. Joule and W. Thompson|title=On the Ther

...work by Joule on [[Joule expansion]] in which a gas expands at constant [[internal energy]].<ref>{{cite journal| author=J. P. Joule and W. Thompson|title=On the Ther

from which we can calculate the [[internal energy]]

...means by a brief footnote? Or describe it in the text just as you did in [[Internal energy]]?

from which we can calculate the [[internal energy]]