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<tr><td>[[Permeability (electromagnetism)|Relative permeability (μ_r)]] @ 1&nbsp;MHz</td><td>0.866(2)</td <tr><td>[[Permeability (electromagnetism)|Permeability (μ)]] @ 1&nbsp;MHz</td><td>1.089(2) [[Micro-|μ]]N/[[Ampere|

...e it is made of free ions which move in the fluid under the influence of [[Electromagnetism|electric attraction]] and [[thermal motion]] rather than being firmly ancho

...onth in Physics History September 4, 1821 and August 29, 1831: Faraday and Electromagnetism|accessdate = 2010-05-08}}</ref><ref>{{cite web |url = http://www-history.mc

{{Electromagnetism|cTopic=[[Classical electromagnetism|Electrodynamics]]}} ...romagnetic field extends indefinitely throughout space and describes the [[electromagnetism|electromagnetic interaction]]. It is one of the four [[fundamental force]]s

*[[Electromagnetism]]

...nt of temperature and optical radiation in addition to mechanical and [[SI electromagnetism units|electromagnetic]] quantities. The six base units that were <!--"that ...fo.ee.surrey.ac.uk/Workshop/advice/coils/unit_systems/#rms Unit Systems in Electromagnetism]

...]] into [[wood]] or some other kind of material. It is usually driven by [[electromagnetism]], [[gas compressor|compressed]] [[air]] ([[pneumatic]]), highly flammable

| [[Laplace's equation]]<br />[[Laplace's tidal equations]] || Electromagnetism, Fluid dynamics<br /> Fluid dynamics|| [[Pierre-Simon Laplace]]<br /> Pierr | [[Lorentz equation]] || Electromagnetism || [[Hendrik Lorentz]]

| [[Faraday's law of induction]]<br />[[Faraday's law of electrolysis]] || Electromagnetism<br />Chemistry || [[Michael Faraday]] | [[Hopkinson's law]] || Electromagnetism || [[John Hopkinson]]

...rus would later merge with the T-Virus, creating an extremely dangerous, [[electromagnetism|electromagnetic]]-capable variant called [[T/G Virus]]

In [[physics]], particularly in the [[electromagnetism]] field, the '''propagation delay''' is the length of time it takes for a s

...ide(SIW) or a laminated waveguide) is a synthetic rectangular [[Waveguide (electromagnetism)|electromagnetic waveguide]] formed in a [[dielectric]] substrate by densel

...nd out of the coil, varying the inductance by changing the [[permeability (electromagnetism)|magnetic permeability]].<ref name="Blanchard">{{Cite journal

* [[Reciprocity (electromagnetism)#Reciprocity for electrical networks|Reciprocity theorem]]