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Auto-populated based on [[Special:WhatLinksHere/Joule]]. Needs checking by a human.

...em of Units|SI units]], the Planck constant is expressed in [[Joule second|joule-seconds]]. The dimensions may also be written as [[momentum]] times [[dista

...dissipated between them is equal to 1 [[erg]] ( = 10^−7 [[joule]]) per second.

...rm ''pV'' have dimension of energy, in [[SI]] units this is [[joule (unit)|joule]]; the extensive (linear in size) quantity ''H'' has the same dimension. ...The dimensions of molar enthalpy are energy per number of moles (SI unit: joule/mole).

...essing its value in [[SI]] units. The 15° calorie is equivalent to 4.185 [[joule]], the SI unit for energy. Two other calories sometimes used are the ''Inte

...names of William Thomson (the later Lord Kelvin), Rudolf Clausius, James Joule, and Julius Mayer. It was not easy to see that the heat that you generate b

{{r|Joule-Thomson effect}}

...hysical concepts the units are always written as newton meter and never as joule.

{{r|Joule}}

{{r|Joule}}

{{r|Joule-Thomson effect}}

...lose one [[joule_(unit)|joule]] of energy. Hence another unit of ''V'' is joule/coulomb (J/C).

...demonstrated the equivalence of heat and work in the early 1840s<ref>J.P. Joule (1845) "On the Mechanical Equivalent of Heat", ''Brit. Assoc. Rep., Trans.

* ''E'' = energy equivalent to the mass (assuming that it is at rest) ([[Joule|J]])

The [[SI]] unit of energy is the [[joule (unit)]].

<tr> <td><i>W</i> </td> <td>[[Energy]] </td> <td>joule (J) </td> <td>10⁷ </td> <td>erg (erg) </td></tr> ...)|tesla]], m = [[meter]], A = [[ampere (unit)|ampere]], J = [[joule (unit)|joule]], kg = [[kilogram]], H = [[henry (unit)|henry]]

...defined as the power which in one [[second]] gives rise to energy of one [[joule]] (1 J = 1 W&sdot;s)<ref>{{cite web|title=The International System of Units

{{r|Joule-Thomson effect}}

| [[Joule|J]]⋅kg⁻¹

= - \mathcal{E}_\textrm{Joule} \qquad\qquad\qquad(1) \mathcal{E}_\textrm{Joule} &= \mathbf{E}\cdot \mathbf{J} \\