A charge q (point-like) rotates at an angular velocity wo in a circle of radius R. 。-iwnt (a) Show that the vector poten

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A charge q (point-like) rotates at an angular velocity wo in a circle of radius R. 。-iwnt (a) Show that the vector poten

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A Charge Q Point Like Rotates At An Angular Velocity Wo In A Circle Of Radius R Iwnt A Show That The Vector Poten 1
A Charge Q Point Like Rotates At An Angular Velocity Wo In A Circle Of Radius R Iwnt A Show That The Vector Poten 1 (34.9 KiB) Viewed 9 times
A charge q (point-like) rotates at an angular velocity wo in a circle of radius R. 。-iwnt (a) Show that the vector potential à is of the form Ã(r, t) = Σo Ân(r)e¯ An (r) and wn. (b) Distance Ã(r, t) in the radiation zone and the dipole approximation. (c) Find E and B in the radiation zone. and evaluate
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