If i understand the equation correctly, the magnitude of the equation is the m / (4⋅π⋅R3). the R is the distance from the wire to the point of the B field being measured. I suppose its not technically a 'radius', rather a distance. The plot i created was for 7 different R values for θ = 0 to...
I am trying to understand the magnetic dipole field via loop of wire.
The above pictures show how this problem is typically setup and how the field lines are typically shown.
The math is messy but every textbook yields the following:
β = ∇xA = (m / (4⋅π⋅R3)) ⋅ (2⋅cos(θ) r + sin(θ) θ)
The...