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The ohm's law for magnetic circuit is
- a)(Reluctance = flux/mmf)
- b)(mmf = Reluctance/flux)
- c)(mmf = flux/Reluctance)
- d)(mmf = flux x Reluctance)
Correct answer is option 'D'. Can you explain this answer?
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The ohm's law for magnetic circuit isa)(Reluctance = flux/mmf)b)(mmf ...
Mmf = flux × reluctance where f is the magnetomotive force (MMF) across a magnetic element, φis the magnetic flux through the magnetic element, and Rm is the magnetic reluctance of that element. (It will be shown later that this relationship is due to the empirical relationship between the H-field and the magnetic field B, B=μH, where μ is the permeability of the material). Like Ohm's law, Hopk in son's law can be interpreted either as an empirical equation that works for some materials, or it may serve as a definition of reluctance.
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The ohm's law for magnetic circuit isa)(Reluctance = flux/mmf)b)(mmf = Reluctance/flux)c)(mmf = flux/Reluctance)d)(mmf = flux x Reluctance)Correct answer is option 'D'. Can you explain this answer?
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