Mean Flux Density of Oscillating Electric Dipole Calculator

Calculate the mean flux density of an oscillating electric dipole with oscillation frequency, amplitude of dipole moment, angle, permittivity of free space, speed of light, distance, vector from dipole.

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Calculate the mean flux density of an oscillating electric dipole with oscillation frequency, amplitude of dipole moment, angle, permittivity of free space, speed of light, distance, vector from dipole.

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Formula:

N = ((ω4*po2*sin2θ) / (32*π2o*c3*r3)) * v Where, N = Mean Flux Density of Oscillating Electric Dipole ω = Oscillation Frequency po = Amplitude Of Dipole Moment θ = Angle εo = Permittivity Of Free Space c = Speed Of Light r = Distance v = Vector From Dipole

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