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Electrostatic capacitance

Values for calculation

$ \{\text{Value}\in\mathbb{R}\} $
This set includes all real numbers.
$ \text{Value} $

Electrostatic capacitance converter

Electrostatic capacitance converter from farad to exafarad

$$ 1\ \mathrm{F}={1}\cdot{10^{-18}}\ \mathrm{EF}=1.0E-18\ \mathrm{EF} $$
$ 1.0E-18\ \mathrm{EF} $
Unrounded result
1.0E-18
$1\ \mathrm{F}={1}\cdot{10^{-18}}\ \mathrm{EF}=1.0E-18\ \mathrm{EF}$
Equations in LaTeX code
1\ \mathrm{F}={1}\cdot{10^{-18}}\ \mathrm{EF}=1.0E-18\ \mathrm{EF}

Electrostatic capacitance converter from farad to petafarad

$$ 1\ \mathrm{F}={1}\cdot{10^{-15}}\ \mathrm{PF}=1.0E-15\ \mathrm{PF} $$
$ 1.0E-15\ \mathrm{PF} $
Unrounded result
1.0E-15
$1\ \mathrm{F}={1}\cdot{10^{-15}}\ \mathrm{PF}=1.0E-15\ \mathrm{PF}$
Equations in LaTeX code
1\ \mathrm{F}={1}\cdot{10^{-15}}\ \mathrm{PF}=1.0E-15\ \mathrm{PF}

Electrostatic capacitance converter from farad to terafarad

$$ 1\ \mathrm{F}={1}\cdot{10^{-12}}\ \mathrm{TF}=1.0E-12\ \mathrm{TF} $$
$ 1.0E-12\ \mathrm{TF} $
Unrounded result
1.0E-12
$1\ \mathrm{F}={1}\cdot{10^{-12}}\ \mathrm{TF}=1.0E-12\ \mathrm{TF}$
Equations in LaTeX code
1\ \mathrm{F}={1}\cdot{10^{-12}}\ \mathrm{TF}=1.0E-12\ \mathrm{TF}

Electrostatic capacitance converter from farad to gigafarad

$$ 1\ \mathrm{F}={1}\cdot{10^{-9}}\ \mathrm{GF}=1.0E-9\ \mathrm{GF} $$
$ 1.0E-9\ \mathrm{GF} $
Unrounded result
1.0E-9
$1\ \mathrm{F}={1}\cdot{10^{-9}}\ \mathrm{GF}=1.0E-9\ \mathrm{GF}$
Equations in LaTeX code
1\ \mathrm{F}={1}\cdot{10^{-9}}\ \mathrm{GF}=1.0E-9\ \mathrm{GF}

Electrostatic capacitance converter from farad to megafarad

$$ 1\ \mathrm{F}={1}\cdot{10^{-6}}\ \mathrm{MF}=1.0E-6\ \mathrm{MF} $$
$ 1.0E-6\ \mathrm{MF} $
Unrounded result
1.0E-6
$1\ \mathrm{F}={1}\cdot{10^{-6}}\ \mathrm{MF}=1.0E-6\ \mathrm{MF}$
Equations in LaTeX code
1\ \mathrm{F}={1}\cdot{10^{-6}}\ \mathrm{MF}=1.0E-6\ \mathrm{MF}

Electrostatic capacitance converter from farad to kilofarad

$$ 1\ \mathrm{F}={1}\cdot{10^{-3}}\ \mathrm{kF}=0.001\ \mathrm{kF} $$
$ 0.001\ \mathrm{kF} $
Unrounded result
0.001
$1\ \mathrm{F}={1}\cdot{10^{-3}}\ \mathrm{kF}=0.001\ \mathrm{kF}$
Equations in LaTeX code
1\ \mathrm{F}={1}\cdot{10^{-3}}\ \mathrm{kF}=0.001\ \mathrm{kF}

Electrostatic capacitance converter from farad to hectofarad

$$ 1\ \mathrm{F}={1}\cdot{10^{-2}}\ \mathrm{hF}=0.01\ \mathrm{hF} $$
$ 0.01\ \mathrm{hF} $
Unrounded result
0.01
$1\ \mathrm{F}={1}\cdot{10^{-2}}\ \mathrm{hF}=0.01\ \mathrm{hF}$
Equations in LaTeX code
1\ \mathrm{F}={1}\cdot{10^{-2}}\ \mathrm{hF}=0.01\ \mathrm{hF}

Electrostatic capacitance converter from farad to dekafarad

$$ 1\ \mathrm{F}={1}\cdot{10^{-1}}\ \mathrm{daF}=0.1\ \mathrm{daF} $$
$ 0.1\ \mathrm{daF} $
Unrounded result
0.1
$1\ \mathrm{F}={1}\cdot{10^{-1}}\ \mathrm{daF}=0.1\ \mathrm{daF}$
Equations in LaTeX code
1\ \mathrm{F}={1}\cdot{10^{-1}}\ \mathrm{daF}=0.1\ \mathrm{daF}

Electrostatic capacitance converter from farad to decifarad

$$ 1\ \mathrm{F}={1}\cdot{10}\ \mathrm{dF}=10\ \mathrm{dF} $$
$ 10\ \mathrm{dF} $
Unrounded result
10
$1\ \mathrm{F}={1}\cdot{10}\ \mathrm{dF}=10\ \mathrm{dF}$
Equations in LaTeX code
1\ \mathrm{F}={1}\cdot{10}\ \mathrm{dF}=10\ \mathrm{dF}

Electrostatic capacitance converter from farad to centifarad

$$ 1\ \mathrm{F}={1}\cdot{10^2}\ \mathrm{cF}=100\ \mathrm{cF} $$
$ 100\ \mathrm{cF} $
Unrounded result
100
$1\ \mathrm{F}={1}\cdot{10^2}\ \mathrm{cF}=100\ \mathrm{cF}$
Equations in LaTeX code
1\ \mathrm{F}={1}\cdot{10^2}\ \mathrm{cF}=100\ \mathrm{cF}

Electrostatic capacitance converter from farad to millifarad

$$ 1\ \mathrm{F}={1}\cdot{10^3}\ \mathrm{mF}=1000\ \mathrm{mF} $$
$ 1000\ \mathrm{mF} $
Unrounded result
1000
$1\ \mathrm{F}={1}\cdot{10^3}\ \mathrm{mF}=1000\ \mathrm{mF}$
Equations in LaTeX code
1\ \mathrm{F}={1}\cdot{10^3}\ \mathrm{mF}=1000\ \mathrm{mF}

Electrostatic capacitance converter from farad to microfarad

$$ 1\ \mathrm{F}={1}\cdot{10^6}\ \mathrm{μF}=1000000\ \mathrm{μF} $$
$ 1000000\ \mathrm{μF} $
Unrounded result
1000000
$1\ \mathrm{F}={1}\cdot{10^6}\ \mathrm{μF}=1000000\ \mathrm{μF}$
Equations in LaTeX code
1\ \mathrm{F}={1}\cdot{10^6}\ \mathrm{μF}=1000000\ \mathrm{μF}

Electrostatic capacitance converter from farad to nanofarad

$$ 1\ \mathrm{F}={1}\cdot{10^9}\ \mathrm{nF}=1000000000\ \mathrm{nF} $$
$ 1000000000\ \mathrm{nF} $
Unrounded result
1000000000
$1\ \mathrm{F}={1}\cdot{10^9}\ \mathrm{nF}=1000000000\ \mathrm{nF}$
Equations in LaTeX code
1\ \mathrm{F}={1}\cdot{10^9}\ \mathrm{nF}=1000000000\ \mathrm{nF}

Electrostatic capacitance converter from farad to picofarad

$$ 1\ \mathrm{F}={1}\cdot{10^{12}}\ \mathrm{pF}=1000000000000\ \mathrm{pF} $$
$ 1000000000000\ \mathrm{pF} $
Unrounded result
1000000000000
$1\ \mathrm{F}={1}\cdot{10^{12}}\ \mathrm{pF}=1000000000000\ \mathrm{pF}$
Equations in LaTeX code
1\ \mathrm{F}={1}\cdot{10^{12}}\ \mathrm{pF}=1000000000000\ \mathrm{pF}

Electrostatic capacitance converter from farad to femtofarad

$$ 1\ \mathrm{F}={1}\cdot{10^{15}}\ \mathrm{fF}=1.0E+15\ \mathrm{fF} $$
$ 1000000000000000\ \mathrm{fF} $
Unrounded result
1000000000000000
$1\ \mathrm{F}={1}\cdot{10^{15}}\ \mathrm{fF}=1.0E+15\ \mathrm{fF}$
Equations in LaTeX code
1\ \mathrm{F}={1}\cdot{10^{15}}\ \mathrm{fF}=1.0E+15\ \mathrm{fF}

Electrostatic capacitance converter from farad to attofarad

$$ 1\ \mathrm{F}={1}\cdot{10^{18}}\ \mathrm{aF}=1.0E+18\ \mathrm{aF} $$
$ 1000000000000000000\ \mathrm{aF} $
Unrounded result
1000000000000000000
$1\ \mathrm{F}={1}\cdot{10^{18}}\ \mathrm{aF}=1.0E+18\ \mathrm{aF}$
Equations in LaTeX code
1\ \mathrm{F}={1}\cdot{10^{18}}\ \mathrm{aF}=1.0E+18\ \mathrm{aF}

Electrostatic capacitance converter from farad to coulomb/volt

$$ 1\ \mathrm{F}={1}\ \mathrm{C/V}=1\ \mathrm{C/V} $$
$ 1\ \mathrm{C/V} $
Unrounded result
1
$1\ \mathrm{F}={1}\ \mathrm{C/V}=1\ \mathrm{C/V}$
Equations in LaTeX code
1\ \mathrm{F}={1}\ \mathrm{C/V}=1\ \mathrm{C/V}

Electrostatic capacitance converter from farad to abfarad

$$ 1\ \mathrm{F}={1}\cdot{10^{-9}}\ \mathrm{abF}=1.0E-9\ \mathrm{abF} $$
$ 1.0E-9\ \mathrm{abF} $
Unrounded result
1.0E-9
$1\ \mathrm{F}={1}\cdot{10^{-9}}\ \mathrm{abF}=1.0E-9\ \mathrm{abF}$
Equations in LaTeX code
1\ \mathrm{F}={1}\cdot{10^{-9}}\ \mathrm{abF}=1.0E-9\ \mathrm{abF}

Electrostatic capacitance converter from farad to EMU of capacitance

$$ 1\ \mathrm{F}={1}\cdot{10^{-9}}\ \mathrm{EMU\ of\ capacitance}=1.0E-9\ \mathrm{EMU\ of\ capacitance} $$
$ 1.0E-9\ \mathrm{EMU\ of\ capacitance} $
Unrounded result
1.0E-9
$1\ \mathrm{F}={1}\cdot{10^{-9}}\ \mathrm{EMU\ of\ capacitance}=1.0E-9\ \mathrm{EMU\ of\ capacitance}$
Equations in LaTeX code
1\ \mathrm{F}={1}\cdot{10^{-9}}\ \mathrm{EMU\ of\ capacitance}=1.0E-9\ \mathrm{EMU\ of\ capacitance}

Electrostatic capacitance converter from farad to statfarad

$$ 1\ \mathrm{F}={1}\cdot{898755178737}\ \mathrm{stF}=898755178737\ \mathrm{stF} $$
$ 898755178737\ \mathrm{stF} $
Unrounded result
898755178737
$1\ \mathrm{F}={1}\cdot{898755178737}\ \mathrm{stF}=898755178737\ \mathrm{stF}$
Equations in LaTeX code
1\ \mathrm{F}={1}\cdot{898755178737}\ \mathrm{stF}=898755178737\ \mathrm{stF}

Electrostatic capacitance converter from farad to ESU of capacitance

$$ 1\ \mathrm{F}={1}\cdot{898755178737}\ \mathrm{ESU\ of\ capacitance}=898755178737\ \mathrm{ESU\ of\ capacitance} $$
$ 898755178737\ \mathrm{ESU\ of\ capacitance} $
Unrounded result
898755178737
$1\ \mathrm{F}={1}\cdot{898755178737}\ \mathrm{ESU\ of\ capacitance}=898755178737\ \mathrm{ESU\ of\ capacitance}$
Equations in LaTeX code
1\ \mathrm{F}={1}\cdot{898755178737}\ \mathrm{ESU\ of\ capacitance}=898755178737\ \mathrm{ESU\ of\ capacitance}
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