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

{{r|Gaussian units}}

{{r|Gaussian units}}

{{r|Gaussian units}}

{{r|Gaussian units}}

In [[Gaussian units]], the symbols ''μ''₀ and ''ε''₀ do not appear.<ref </ref> Also, in Gaussian units, the speed of light is a measured, not a defined quantity.

{{r|Gaussian units}}

{{r|Gaussian units}}

{{r|Gaussian units}}

{{r|Gaussian units}}

for [[Gaussian units]]. Here &mu;₀ is the [[magnetic constant]] (also known as vacuum ...= \mu_0</math> for SI units and <math>\scriptstyle k = 4\pi/c </math> for Gaussian units.

{{r|Gaussian units}}

{{r|Gaussian units}}

{{r|Gaussian units}}

In [[Gaussian units]] (a non-rationalized centimeter-gram-second system): ...is absent from ''K'' (as is &epsilon;₀, which is not defined in Gaussian units).

...um]] the dimensionless quantity &epsilon;_r = 1 (both for SI and Gaussian units) and '''D''' is simply related (SI), or equal (Gaussian), to '''E'''. Often [[Gaussian units]] '''D''' has the same dimension as '''E''', i.e., statV/cm or dyne/statC

\mathbf{B} &= \mathbf{H} \qquad\quad \hbox{in Gaussian units},\\ ...nd '''H''', because they differ by an exact and constant factor (unity for Gaussian units and &mu;₀ for SI units).

{{r|Gaussian units}}

...''k'' = 1/&epsilon;₀ in [[SI|SI units]] and ''k'' = 4&pi; in [[Gaussian units]]. ...ectric constant]] (also known as relative [[electric permittivity]]). In [[Gaussian units]]

{{r|Gaussian units}}