For the following vector magnetic potential in the phasor representation, A(R, 0) = a Нот 4πR² (1+jBR)e-jẞR sin 0, where μo,m, and ẞ are the related particular constants, calculate: a) the associated magnetic field by using the solenoid attribute of the magnetic field, b) the relevant electric field by using Maxwell's equation in phasor forms.
For the following vector magnetic potential in the phasor representation, A(R, 0) = a Нот 4πR² (1+jBR)e-jẞR sin 0, where μo,m, and ẞ are the related particular constants, calculate: a) the associated magnetic field by using the solenoid attribute of the magnetic field, b) the relevant electric field by using Maxwell's equation in phasor forms.
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Transcribed Image Text:P3. For the following vector magnetic potential in the phasor representation,
Нот
4πR²
A(R, 0) = аф (1+jBR)e-jẞR sin 0,
where μo, m, and ẞ are the related particular constants, calculate:
a) the associated magnetic field by using the solenoid attribute of the magnetic field,
b) the relevant electric field by using Maxwell's equation in phasor forms.
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