- #1
confusion321
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Which is the correct equation for Magnetic Reluctance ?
[tex] R [/tex] = Reluctance
[tex] l [/tex] = Length
[tex] A [/tex] = Area
[tex] \mu [/tex] = Magnetic Permeability of the material
[tex] \mu_0 [/tex] = Magnetic Permeability of free space ([tex] 4\pi \times 10^- ^7 [/tex] tesla/ampere turn)
[tex]R = \frac {l} {\mu A}[/tex] as stated on Wikipedia or [tex]R = \frac {l} {\mu_0 \mu A}[/tex] as stated in my textbook.
[tex] R [/tex] = Reluctance
[tex] l [/tex] = Length
[tex] A [/tex] = Area
[tex] \mu [/tex] = Magnetic Permeability of the material
[tex] \mu_0 [/tex] = Magnetic Permeability of free space ([tex] 4\pi \times 10^- ^7 [/tex] tesla/ampere turn)
[tex]R = \frac {l} {\mu A}[/tex] as stated on Wikipedia or [tex]R = \frac {l} {\mu_0 \mu A}[/tex] as stated in my textbook.