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The [[International_System_of_Units|SI unit]] of energy is the [[joule]] (J). Alternative units include: A good example benchmark to answer the question: How small is one joule of energy?<br/>

| [[Joule|J]]·[[Kelvin|K]]^-1·[[Mole (unit)|mol]]^-1

...quared over time squared). The corresponding [[SI]] (metric) unit is the [[joule]] (which equals 1 kg·m²/s²); other measurement units ...t&times;hour), instead of the regular [[SI]] unit of energy [[joule (unit)|joule]] (J). Note that 1 kWh = 3600 kJ, since 1 W = 1 A&sdot;V (ampere&times;volt

...al in which one nucleus decays per second. One Gy is the absorption of one joule of radiation energy per kilogram of matter. One [https://en.wikipedia.org/w

The [[Joule-Thomson effect]] shows yet another example of an irreversible process.

...ned if no current is allowed to flow. The current might be dissipated as [[joule heating]], or it might in turn run an electrical device like a [[electric m

.... A kilotonne (kt) of TNT equivalent is equal to 4.184 x 10¹² [[joule]]s and a megatonne (Mt) of TNT equivalent is equal to 4.184 x 10<sup>15</su

...chemical reaction. It is denoted by '''''E_a''''' in units of [[Joule|kilojoules]] per [[mole]] (kJ/mol). It may be thought of as the ''energy ba

|align=left|= [[Universal gas constant]] = 8.3144 [[Joule|J]]/(K <math>\cdot</math> mol)

...nd a very high flame temperature. It is one of few gases with a negative [[Joule-Thompson]] coefficient, so that a serious leak can cause a fire or explosio

...ting value (GHV)</ref> of commercial, processed natural gas is about 40 M[[joule|J]] per normal cubic meter which, in the United States, is equivalent to ab

...ting value (GHV)</ref> of commercial, processed natural gas is about 40 M[[joule|J]] per normal cubic meter which, in the United States, is equivalent to ab

* [[Joule-Thomson effect]]

...the kinetic theory of gases was pursued, among others, by [[James Prescott Joule]] in England and [[Rudolf Clausius]] in Germany. Especially the latter work

...the kinetic theory of gases was pursued, among others, by [[James Prescott Joule]] in England and [[Rudolf Clausius]] in Germany. Especially the latter work