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In 1827, [[Georg Ohm]] published a different law, in which current varies inversely with the wir where <math>c</math> is a constant dependent on the circuit setup. [[Ohm's law]] is now considered the correct law, and Barlow's false. ...

...r of Hindenburg's school of [[combinatorics]].<ref>{{citation|title=Martin Ohm, 1792-1872: Universitäts- und Schulmathematik in der neuhumanistischen Bild ...othe's 1793 thesis. It is named for him and for the later work of [[Johann Georg Hagen]].<ref>{{citation ...

* [[Ohm's law]] * [[Georg Ohm|Ohm]] ...

[[File:Line model Ohm.svg|thumb|300px|Ohm's model of the transmission line was simply resistance.]] ...lar Science Monthly'', pp.599–614, December 1913 ISSN 0161-7370.</ref> The Ohm model thus included only resistance. [[Latimer Clark]] noted that signals w ...

...and interrelationships of units were not yet established.<ref group="Note">Ohm's Law wasn't discovered until 1824, for example.</ref> Both Fahrenheit (ca. ...roposed the names of [[ohm]], [[volt]], and [[farad]] in honour of [[Georg Ohm]], [[Alessandro Volta]], and [[Michael Faraday]] respectively for the pract ...

...which an object opposes an [[electric current]] through it, measured in [[Ohm]]s. ; Ohm ...

...fferent [[radius|radii]]. It was invented by the German carriage builder [[Georg Lankensperger]] in Munich in 1817, then patented by his agent in England, [ ...es through a [[Electrical resistance and conductance|resistance]] of one [[ohm]] for one second. ...

: The effectively resulting resistance is ca. 57&nbsp;k[[Ohm|&Omega;]]. ...s?id=wBAjBgAAQBAJ&pg=PA246 |language=de |author-first=Otfried |author-last=Georg |date=2013 |orig-date=1999 |edition=1 |series=Springer-Lehrbuch |publisher= ...