Permeability of Free Space $(\frac{N}{A^{2}})$ $(N/A^2)$

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MichaelBartmess

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Jul 24, 2020, 6:28:07 PM

Created by

MichaelBartmess

on

Jul 9, 2014, 10:23:53 PM

μ_{0} = 4 π \cdot 10^{- 7} \frac{V \cdot s}{A \cdot m}

$mu_0 = 4pi * 10^-7 (V*s) / (A*m)$

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The Permeability of Free Space is defined as $4 π x 10^{- 7} \frac{V \cdot s}{A \cdot m}$ $4pi x 10^-7 (V*s) / (A*m)$ , which is approximately:

    1.2566370614359173E-6 $\frac{V \cdot s}{A \cdot m}$ $(V*s) / (A*m)$ or
     1.2566370614359173E-6 $\frac{H}{m}$ $H /m$ or
     1.2566370614359173E-6 $\frac{N}{A} * 2$ $N/A**2$ or
     1.2566370614359173E-6 $T \cdot \frac{M}{A}$ $T*M/A$ or
     1.2566370614359173E-6 $\frac{W b}{A \cdot m}$ $(Wb)/(A*m)$

This is an exactly known constant since it is the product of a precise value with a precisely known number, Pi.

This equation, Permeability of Free Space

(\frac{N}{A^{2}})

$(N/A^2)$ , references 0 pages

This equation, Permeability of Free Space

(\frac{N}{A^{2}})

$(N/A^2)$ , is used in 3 pages

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Permeability of Free Space (NA2)(NA2)(N/A^2)

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Permeability of Free Space $(\frac{N}{A^{2}})$ $(N/A^2)$