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{{r|Joule-Thomson effect}}

{{r|Joule}}

...gy]] equal to 1000 [[Watt (unit)|watt]] hours or 3.6 [[SI#prefixes|mega]][[joule]]s. Energy in kilowatt hours is the multiplication of [[Power (physics)|pow ...kilowatt hour is 3.6 × 10⁶ joules or 3.6 [[SI#prefixes|mega]][[joule]]s, which is the amount of energy expended if [[Work (Physics)|work]] is do

{{r|Joule-Thomson effect}}

{{r|Joule}}

{{r|Joule}}

{{r|Joule}}

{{r|Joule}}

...acity than 100 grams of water. The heat capacity is usually expressed as [[Joule|J]]K^-1.

...st lift one kilogram of mass to increase its potential energy by 9.80665 [[joule]]. On those places on Earth where the [[gravitational acceleration]] ''g

...[[cm]] against a force of 1 [[dyne]]. The [[SI]] unit of energy is the [[joule]] (J).

{{r|Joule-Thomson effect}}

where C is [[coulomb]], V is [[volt]], J is [[joule]], N is [[newton]], and m is [[meter]]. A farad is a huge capacitance, s

{{r|Joule}}

{{r|Joule-Thomson effect}}

*The [[joule]] (J) is the SI unit of [[Energy_(science)|energy]], and is the [[Work_(phy ...unit of [[Power_(physics)|power]], and is the power that gives rise to one joule in one second.

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).